<?xml version="1.0" encoding="UTF-8"?>
<!-- Created by Gepasi 3.30 on September 03, 2002, 23:53 -->
<sbml xmlns="http://www.sbml.org/sbml/level1" level="1" version="1">
	<model name="_100_Yeast_glycolytic_cells_[multi_unit]">
		<notes>
			<body xmlns="http://www.w3.org/1999/xhtml">
				<p>Automatically generated with MEG from the file &lt;YeastGlycolysis.gps&gt;</p>
				<p></p>
				<p>This LARGE model represents a set of 100 yeast cells in a liquid culture. </p>
				<p>Acetaldehyde is transported to/from the medium. The Vmaxes are</p>
				<p>set to normal distributions with mean equal to the original value and </p>
				<p>standard deviations of 20% that value. </p>
			</body>
		</notes>
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			<specie name="GLCi_100" compartment="compartment_100" initialAmount="0.09765223106456296" boundaryCondition="false"/>
			<specie name="ATP_100" compartment="compartment_100" initialAmount="2.525127464992715" boundaryCondition="false"/>
			<specie name="G6P_100" compartment="compartment_100" initialAmount="2.675040140447866" boundaryCondition="false"/>
			<specie name="ADP_100" compartment="compartment_100" initialAmount="1.281987681687193" boundaryCondition="false"/>
			<specie name="F6P_100" compartment="compartment_100" initialAmount="0.6249764055323729" boundaryCondition="false"/>
			<specie name="F16bP_100" compartment="compartment_100" initialAmount="6.22132076069411" boundaryCondition="false"/>
			<specie name="AMP_100" compartment="compartment_100" initialAmount="0.2928848533200905" boundaryCondition="false"/>
			<specie name="F26bP_100" compartment="compartment_100" initialAmount="0.02" boundaryCondition="true"/>
			<specie name="DHAP_100" compartment="compartment_100" initialAmount="1.004152548996437" boundaryCondition="false"/>
			<specie name="GAP_100" compartment="compartment_100" initialAmount="0.04518091757809632" boundaryCondition="false"/>
			<specie name="NAD_100" compartment="compartment_100" initialAmount="1.503290302015306" boundaryCondition="false"/>
			<specie name="BPG_100" compartment="compartment_100" initialAmount="0.0007368734998656016" boundaryCondition="false"/>
			<specie name="NADH_100" compartment="compartment_100" initialAmount="0.08670969798469518" boundaryCondition="false"/>
			<specie name="P3G_100" compartment="compartment_100" initialAmount="0.8856885383606591" boundaryCondition="false"/>
			<specie name="P2G_100" compartment="compartment_100" initialAmount="0.1276958173866317" boundaryCondition="false"/>
			<specie name="PEP_100" compartment="compartment_100" initialAmount="0.06323521449365273" boundaryCondition="false"/>
			<specie name="PYR_100" compartment="compartment_100" initialAmount="1.815312511927359" boundaryCondition="false"/>
			<specie name="AcAld_100" compartment="compartment_100" initialAmount="0.178140579850657" boundaryCondition="false"/>
			<specie name="CO2_100" compartment="compartment_100" initialAmount="1" boundaryCondition="true"/>
			<specie name="EtOH_100" compartment="compartment_100" initialAmount="50" boundaryCondition="true"/>
			<specie name="Glycerol_100" compartment="compartment_100" initialAmount="0.15" boundaryCondition="true"/>
			<specie name="Glycogen_100" compartment="compartment_100" initialAmount="0" boundaryCondition="true"/>
			<specie name="Trehalose_100" compartment="compartment_100" initialAmount="0" boundaryCondition="true"/>
			<specie name="Succinate_100" compartment="compartment_100" initialAmount="0" boundaryCondition="true"/>
		</listOfSpecies>
		<listOfReactions>
			<reaction name="HXT_1" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1)*(GLCo_1-GLCi_1))/(Kglc_1))/(1                   +(GLCo_1+GLCi_1)/(Kglc_1)+(((Ki_1)*(GLCo_1))*(GLCi_1))/((Kglc_1)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1" value="100.844795069086"/>
						<parameter name="Kglc_1" value="1.1918"/>
						<parameter name="Ki_1" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_1" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_1" stoichiometry="1"/>
					<specieReference specie="ATP_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_1" stoichiometry="1"/>
					<specieReference specie="ADP_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_2)*(((GLCi_1)*(ATP_1))/((Kglc_2)*(Katp_2))-((G6P_1)*(ADP_1))/(((Kglc_2)*(Katp_2))*(Keq_2))))/((1                   +(GLCi_1)/(Kglc_2)+(G6P_1)/(Kg6p_2))*(1                   +(ATP_1)/(Katp_2)+(ADP_1)/(Kadp_2)))">
					<listOfParameters>
						<parameter name="Vmax_2" value="303.4875484636211"/>
						<parameter name="Kglc_2" value="0.08"/>
						<parameter name="Katp_2" value="0.15"/>
						<parameter name="Keq_2" value="2000"/>
						<parameter name="Kg6p_2" value="30"/>
						<parameter name="Kadp_2" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_1" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_3)*((G6P_1)/(Kg6p_3)-(F6P_1)/((Kg6p_3)*(Keq_3))))/(1                   +(G6P_1)/(Kg6p_3)+(F6P_1)/(Kf6p_3))">
					<listOfParameters>
						<parameter name="Vmax_3" value="1316.43509851708"/>
						<parameter name="Kg6p_3" value="1.4"/>
						<parameter name="Keq_3" value="0.29"/>
						<parameter name="Kf6p_3" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_1" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_1" stoichiometry="1"/>
					<specieReference specie="F6P_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_1" stoichiometry="1"/>
					<specieReference specie="F16bP_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_4)*(((((gR_4)*((F6P_1)/(Kf6p_4)))*((ATP_1)/(Katp_4)))*(1                   +(F6P_1)/(Kf6p_4)+(ATP_1)/(Katp_4)+((((gR_4)*(F6P_1))/(Kf6p_4))*(ATP_1))/(Katp_4)))/((1                   +(F6P_1)/(Kf6p_4)+(ATP_1)/(Katp_4)+((((gR_4)*(F6P_1))/(Kf6p_4))*(ATP_1))/(Katp_4))^(2                   )+((((L0_4)*(((1                   +((Ciatp_4)*(ATP_1))/(Kiatp_4))/(1                   +(ATP_1)/(Kiatp_4)))^(2                   )))*(((1                   +((Camp_4)*(AMP_1))/(Kamp_4))/(1                   +(AMP_1)/(Kamp_4)))^(2                   )))*(((1                   +((Cf26_4)*(F26bP_1))/(Kf26_4)+((Cf16_4)*(F16bP_1))/(Kf16_4))/(1                   +(F26bP_1)/(Kf26_4)+(F16bP_1)/(Kf16_4)))^(2                   )))*((1                   +((Catp_4)*(ATP_1))/(Katp_4))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_4" value="103.2685992430667"/>
						<parameter name="gR_4" value="5.12"/>
						<parameter name="Kf6p_4" value="0.1"/>
						<parameter name="Katp_4" value="0.71"/>
						<parameter name="L0_4" value="0.66"/>
						<parameter name="Ciatp_4" value="100"/>
						<parameter name="Kiatp_4" value="0.65"/>
						<parameter name="Camp_4" value="0.08450000000000001"/>
						<parameter name="Kamp_4" value="0.09950000000000001"/>
						<parameter name="Cf26_4" value="0.0174"/>
						<parameter name="Kf26_4" value="0.000682"/>
						<parameter name="Cf16_4" value="0.397"/>
						<parameter name="Kf16_4" value="0.111"/>
						<parameter name="Catp_4" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_1" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_1" stoichiometry="1"/>
					<specieReference specie="GAP_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_5)*((F16bP_1)/(Kf16bp_5)-((DHAP_1)*(GAP_1))/((Kf16bp_5)*(Keq_5))))/(1                   +(F16bP_1)/(Kf16bp_5)+(DHAP_1)/(Kdhap_5)+(GAP_1)/(Kgap_5)+((F16bP_1)*(GAP_1))/((Kf16bp_5)*(Kigap_5))+((DHAP_1)*(GAP_1))/((Kdhap_5)*(Kgap_5)))">
					<listOfParameters>
						<parameter name="Vmax_5" value="95.51240649332678"/>
						<parameter name="Kf16bp_5" value="0.3"/>
						<parameter name="Keq_5" value="0.06900000000000001"/>
						<parameter name="Kdhap_5" value="2"/>
						<parameter name="Kgap_5" value="2.4"/>
						<parameter name="Kigap_5" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_1" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_6*DHAP_1-k2_6*GAP_1">
					<listOfParameters>
						<parameter name="k1_6" value="450000"/>
						<parameter name="k2_6" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_1" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_1" stoichiometry="1"/>
					<specieReference specie="NAD_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_1" stoichiometry="1"/>
					<specieReference specie="NADH_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_7)*((((Vmaxf_7)*(GAP_1))*(NAD_1))/((Kgap_7)*(Knad_7))-(((Vmaxr_7)*(BPG_1))*(NADH_1))/((Kbpg_7)*(Knadh_7))))/((1                   +(GAP_1)/(Kgap_7)+(BPG_1)/(Kbpg_7))*(1                   +(NAD_1)/(Knad_7)+(NADH_1)/(Knadh_7)))">
					<listOfParameters>
						<parameter name="C_7" value="1"/>
						<parameter name="Vmaxf_7" value="1152"/>
						<parameter name="Kgap_7" value="0.21"/>
						<parameter name="Knad_7" value="0.09"/>
						<parameter name="Vmaxr_7" value="7193.178038867445"/>
						<parameter name="Kbpg_7" value="0.0098"/>
						<parameter name="Knadh_7" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_1" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_1" stoichiometry="1"/>
					<specieReference specie="BPG_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_1" stoichiometry="1"/>
					<specieReference specie="P3G_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_8)*((((Keq_8)*(BPG_1))*(ADP_1)-(P3G_1)*(ATP_1))/((Kp3g_8)*(Katp_8))))/((1                   +(BPG_1)/(Kbpg_8)+(P3G_1)/(Kp3g_8))*(1                   +(ADP_1)/(Kadp_8)+(ATP_1)/(Katp_8)))">
					<listOfParameters>
						<parameter name="Vmax_8" value="1316.265489402738"/>
						<parameter name="Keq_8" value="3200"/>
						<parameter name="Kp3g_8" value="0.53"/>
						<parameter name="Katp_8" value="0.3"/>
						<parameter name="Kbpg_8" value="0.003"/>
						<parameter name="Kadp_8" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_1" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_9)*((P3G_1)/(Kp3g_9)-(P2G_1)/((Kp3g_9)*(Keq_9))))/(1                   +(P3G_1)/(Kp3g_9)+(P2G_1)/(Kp2g_9))">
					<listOfParameters>
						<parameter name="Vmax_9" value="2149.503727196257"/>
						<parameter name="Kp3g_9" value="1.2"/>
						<parameter name="Keq_9" value="0.19"/>
						<parameter name="Kp2g_9" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_1" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_10)*((P2G_1)/(Kp2g_10)-(PEP_1)/((Kp2g_10)*(Keq_10))))/(1                   +(P2G_1)/(Kp2g_10)+(PEP_1)/(Kpep_10))">
					<listOfParameters>
						<parameter name="Vmax_10" value="168.4454440145703"/>
						<parameter name="Kp2g_10" value="0.04"/>
						<parameter name="Keq_10" value="6.7"/>
						<parameter name="Kpep_10" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_1" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_1" stoichiometry="1"/>
					<specieReference specie="PEP_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_1" stoichiometry="1"/>
					<specieReference specie="PYR_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_11)*(((PEP_1)*(ADP_1))/((Kpep_11)*(Kadp_11))-((PYR_1)*(ATP_1))/(((Kpep_11)*(Kadp_11))*(Keq_11))))/((1                   +(PEP_1)/(Kpep_11)+(PYR_1)/(Kpyr_11))*(1                   +(ADP_1)/(Kadp_11)+(ATP_1)/(Katp_11)))">
					<listOfParameters>
						<parameter name="Vmax_11" value="959.1873590828857"/>
						<parameter name="Kpep_11" value="0.14"/>
						<parameter name="Kadp_11" value="0.53"/>
						<parameter name="Keq_11" value="6500"/>
						<parameter name="Kpyr_11" value="21"/>
						<parameter name="Katp_11" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_1" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_1" stoichiometry="1"/>
					<specieReference specie="CO2_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_12)*(((PYR_1)/(Kpyr_12))^(nH_12)))/(1                   +((PYR_1)/(Kpyr_12))^(nH_12))">
					<listOfParameters>
						<parameter name="Vmax_12" value="954.3618670774296"/>
						<parameter name="Kpyr_12" value="4.33"/>
						<parameter name="nH_12" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_1" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_1" stoichiometry="1"/>
					<specieReference specie="EtOH_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_1" stoichiometry="1"/>
					<specieReference specie="AcAld_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_13)*(((EtOH_1)*(NAD_1))/((Ketoh_13)*(Kinad_13))-((AcAld_1)*(NADH_1))/(((Ketoh_13)*(Kinad_13))*(Keq_13))))/(1                   +(NAD_1)/(Kinad_13)+((EtOH_1)*(Knad_13))/((Kinad_13)*(Ketoh_13))+((AcAld_1)*(Knadh_13))/((Kinadh_13)*(Kacald_13))+(NADH_1)/(Kinadh_13)+((EtOH_1)*(NAD_1))/((Kinad_13)*(Ketoh_13))+(((NAD_1)*(AcAld_1))*(Knadh_13))/(((Kinad_13)*(Kinadh_13))*(Kacald_13))+(((EtOH_1)*(NADH_1))*(Knad_13))/(((Kinad_13)*(Kinadh_13))*(Ketoh_13))+((AcAld_1)*(NADH_1))/((Kacald_13)*(Kinadh_13))+(((EtOH_1)*(NAD_1))*(AcAld_1))/(((Kinad_13)*(Kiacald_13))*(Ketoh_13))+(((EtOH_1)*(AcAld_1))*(NADH_1))/(((Kietoh_13)*(Kinadh_13))*(Kacald_13)))">
					<listOfParameters>
						<parameter name="Vmax_13" value="167.368866220551"/>
						<parameter name="Ketoh_13" value="17"/>
						<parameter name="Kinad_13" value="0.92"/>
						<parameter name="Keq_13" value="6.9e-005"/>
						<parameter name="Knad_13" value="0.17"/>
						<parameter name="Knadh_13" value="0.11"/>
						<parameter name="Kinadh_13" value="0.031"/>
						<parameter name="Kacald_13" value="1.11"/>
						<parameter name="Kiacald_13" value="1.1"/>
						<parameter name="Kietoh_13" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_1" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_14)*(ATP_1)">
					<listOfParameters>
						<parameter name="Katpase_14" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_1" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_1" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_1" stoichiometry="1"/>
					<specieReference specie="AMP_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_15*ADP_1*ADP_1-k2_15*ATP_1*AMP_1">
					<listOfParameters>
						<parameter name="k1_15" value="45"/>
						<parameter name="k2_15" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_1" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_1" stoichiometry="1"/>
					<specieReference specie="NADH_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_1" stoichiometry="1"/>
					<specieReference specie="Glycerol_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_16)*(((DHAP_1)/(Kdhap_16))*((NADH_1)/(Knadh_16))-(((Glycerol_1)/(Kdhap_16))*((NAD_1)/(Knadh_16)))*((1                   )/(Keq_16))))/((1                   +(DHAP_1)/(Kdhap_16)+(Glycerol_1)/(Kglycerol_16))*(1                   +(NADH_1)/(Knadh_16)+(NAD_1)/(Knad_16)))">
					<listOfParameters>
						<parameter name="Vmax_16" value="54.23875308471121"/>
						<parameter name="Kdhap_16" value="0.4"/>
						<parameter name="Knadh_16" value="0.023"/>
						<parameter name="Keq_16" value="4300"/>
						<parameter name="Kglycerol_16" value="1"/>
						<parameter name="Knad_16" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_1" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_1" stoichiometry="1"/>
					<specieReference specie="G6P_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_1" stoichiometry="1"/>
					<specieReference specie="Glycogen_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_17">
					<listOfParameters>
						<parameter name="KGLYCOGEN_17" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_1" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_1" stoichiometry="1"/>
					<specieReference specie="G6P_1" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_1" stoichiometry="1"/>
					<specieReference specie="Trehalose_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_18">
					<listOfParameters>
						<parameter name="Ktrehalose_18" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_1" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_1" stoichiometry="3"/>
					<specieReference specie="AcAld_1" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_1" stoichiometry="3"/>
					<specieReference specie="Succinate_1" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_19)*(AcAld_1)">
					<listOfParameters>
						<parameter name="k_19" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_2" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_20)*(GLCo_2-GLCi_2))/(Kglc_20))/(1                   +(GLCo_2+GLCi_2)/(Kglc_20)+(((Ki_20)*(GLCo_2))*(GLCi_2))/((Kglc_20)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_20" value="106.0393415971264"/>
						<parameter name="Kglc_20" value="1.1918"/>
						<parameter name="Ki_20" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_2" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_2" stoichiometry="1"/>
					<specieReference specie="ATP_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_2" stoichiometry="1"/>
					<specieReference specie="ADP_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_21)*(((GLCi_2)*(ATP_2))/((Kglc_21)*(Katp_21))-((G6P_2)*(ADP_2))/(((Kglc_21)*(Katp_21))*(Keq_21))))/((1                   +(GLCi_2)/(Kglc_21)+(G6P_2)/(Kg6p_21))*(1                   +(ATP_2)/(Katp_21)+(ADP_2)/(Kadp_21)))">
					<listOfParameters>
						<parameter name="Vmax_21" value="305.1203489721474"/>
						<parameter name="Kglc_21" value="0.08"/>
						<parameter name="Katp_21" value="0.15"/>
						<parameter name="Keq_21" value="2000"/>
						<parameter name="Kg6p_21" value="30"/>
						<parameter name="Kadp_21" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_2" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_22)*((G6P_2)/(Kg6p_22)-(F6P_2)/((Kg6p_22)*(Keq_22))))/(1                   +(G6P_2)/(Kg6p_22)+(F6P_2)/(Kf6p_22))">
					<listOfParameters>
						<parameter name="Vmax_22" value="1212.080563563403"/>
						<parameter name="Kg6p_22" value="1.4"/>
						<parameter name="Keq_22" value="0.29"/>
						<parameter name="Kf6p_22" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_2" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_2" stoichiometry="1"/>
					<specieReference specie="F6P_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_2" stoichiometry="1"/>
					<specieReference specie="F16bP_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_23)*(((((gR_23)*((F6P_2)/(Kf6p_23)))*((ATP_2)/(Katp_23)))*(1                   +(F6P_2)/(Kf6p_23)+(ATP_2)/(Katp_23)+((((gR_23)*(F6P_2))/(Kf6p_23))*(ATP_2))/(Katp_23)))/((1                   +(F6P_2)/(Kf6p_23)+(ATP_2)/(Katp_23)+((((gR_23)*(F6P_2))/(Kf6p_23))*(ATP_2))/(Katp_23))^(2                   )+((((L0_23)*(((1                   +((Ciatp_23)*(ATP_2))/(Kiatp_23))/(1                   +(ATP_2)/(Kiatp_23)))^(2                   )))*(((1                   +((Camp_23)*(AMP_2))/(Kamp_23))/(1                   +(AMP_2)/(Kamp_23)))^(2                   )))*(((1                   +((Cf26_23)*(F26bP_2))/(Kf26_23)+((Cf16_23)*(F16bP_2))/(Kf16_23))/(1                   +(F26bP_2)/(Kf26_23)+(F16bP_2)/(Kf16_23)))^(2                   )))*((1                   +((Catp_23)*(ATP_2))/(Katp_23))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_23" value="159.9073107789456"/>
						<parameter name="gR_23" value="5.12"/>
						<parameter name="Kf6p_23" value="0.1"/>
						<parameter name="Katp_23" value="0.71"/>
						<parameter name="L0_23" value="0.66"/>
						<parameter name="Ciatp_23" value="100"/>
						<parameter name="Kiatp_23" value="0.65"/>
						<parameter name="Camp_23" value="0.08450000000000001"/>
						<parameter name="Kamp_23" value="0.09950000000000001"/>
						<parameter name="Cf26_23" value="0.0174"/>
						<parameter name="Kf26_23" value="0.000682"/>
						<parameter name="Cf16_23" value="0.397"/>
						<parameter name="Kf16_23" value="0.111"/>
						<parameter name="Catp_23" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_2" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_2" stoichiometry="1"/>
					<specieReference specie="GAP_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_24)*((F16bP_2)/(Kf16bp_24)-((DHAP_2)*(GAP_2))/((Kf16bp_24)*(Keq_24))))/(1                   +(F16bP_2)/(Kf16bp_24)+(DHAP_2)/(Kdhap_24)+(GAP_2)/(Kgap_24)+((F16bP_2)*(GAP_2))/((Kf16bp_24)*(Kigap_24))+((DHAP_2)*(GAP_2))/((Kdhap_24)*(Kgap_24)))">
					<listOfParameters>
						<parameter name="Vmax_24" value="78.39018919816877"/>
						<parameter name="Kf16bp_24" value="0.3"/>
						<parameter name="Keq_24" value="0.06900000000000001"/>
						<parameter name="Kdhap_24" value="2"/>
						<parameter name="Kgap_24" value="2.4"/>
						<parameter name="Kigap_24" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_2" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_25*DHAP_2-k2_25*GAP_2">
					<listOfParameters>
						<parameter name="k1_25" value="450000"/>
						<parameter name="k2_25" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_2" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_2" stoichiometry="1"/>
					<specieReference specie="NAD_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_2" stoichiometry="1"/>
					<specieReference specie="NADH_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_26)*((((Vmaxf_26)*(GAP_2))*(NAD_2))/((Kgap_26)*(Knad_26))-(((Vmaxr_26)*(BPG_2))*(NADH_2))/((Kbpg_26)*(Knadh_26))))/((1                   +(GAP_2)/(Kgap_26)+(BPG_2)/(Kbpg_26))*(1                   +(NAD_2)/(Knad_26)+(NADH_2)/(Knadh_26)))">
					<listOfParameters>
						<parameter name="C_26" value="1"/>
						<parameter name="Vmaxf_26" value="1152"/>
						<parameter name="Kgap_26" value="0.21"/>
						<parameter name="Knad_26" value="0.09"/>
						<parameter name="Vmaxr_26" value="2770.488273803493"/>
						<parameter name="Kbpg_26" value="0.0098"/>
						<parameter name="Knadh_26" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_2" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_2" stoichiometry="1"/>
					<specieReference specie="BPG_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_2" stoichiometry="1"/>
					<specieReference specie="P3G_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_27)*((((Keq_27)*(BPG_2))*(ADP_2)-(P3G_2)*(ATP_2))/((Kp3g_27)*(Katp_27))))/((1                   +(BPG_2)/(Kbpg_27)+(P3G_2)/(Kp3g_27))*(1                   +(ADP_2)/(Kadp_27)+(ATP_2)/(Katp_27)))">
					<listOfParameters>
						<parameter name="Vmax_27" value="1559.467052039095"/>
						<parameter name="Keq_27" value="3200"/>
						<parameter name="Kp3g_27" value="0.53"/>
						<parameter name="Katp_27" value="0.3"/>
						<parameter name="Kbpg_27" value="0.003"/>
						<parameter name="Kadp_27" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_2" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_28)*((P3G_2)/(Kp3g_28)-(P2G_2)/((Kp3g_28)*(Keq_28))))/(1                   +(P3G_2)/(Kp3g_28)+(P2G_2)/(Kp2g_28))">
					<listOfParameters>
						<parameter name="Vmax_28" value="2589.711166456595"/>
						<parameter name="Kp3g_28" value="1.2"/>
						<parameter name="Keq_28" value="0.19"/>
						<parameter name="Kp2g_28" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_2" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_29)*((P2G_2)/(Kp2g_29)-(PEP_2)/((Kp2g_29)*(Keq_29))))/(1                   +(P2G_2)/(Kp2g_29)+(PEP_2)/(Kpep_29))">
					<listOfParameters>
						<parameter name="Vmax_29" value="266.2277788479923"/>
						<parameter name="Kp2g_29" value="0.04"/>
						<parameter name="Keq_29" value="6.7"/>
						<parameter name="Kpep_29" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_2" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_2" stoichiometry="1"/>
					<specieReference specie="PEP_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_2" stoichiometry="1"/>
					<specieReference specie="PYR_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_30)*(((PEP_2)*(ADP_2))/((Kpep_30)*(Kadp_30))-((PYR_2)*(ATP_2))/(((Kpep_30)*(Kadp_30))*(Keq_30))))/((1                   +(PEP_2)/(Kpep_30)+(PYR_2)/(Kpyr_30))*(1                   +(ADP_2)/(Kadp_30)+(ATP_2)/(Katp_30)))">
					<listOfParameters>
						<parameter name="Vmax_30" value="878.6238060632379"/>
						<parameter name="Kpep_30" value="0.14"/>
						<parameter name="Kadp_30" value="0.53"/>
						<parameter name="Keq_30" value="6500"/>
						<parameter name="Kpyr_30" value="21"/>
						<parameter name="Katp_30" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_2" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_2" stoichiometry="1"/>
					<specieReference specie="CO2_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_31)*(((PYR_2)/(Kpyr_31))^(nH_31)))/(1                   +((PYR_2)/(Kpyr_31))^(nH_31))">
					<listOfParameters>
						<parameter name="Vmax_31" value="774.8326813007324"/>
						<parameter name="Kpyr_31" value="4.33"/>
						<parameter name="nH_31" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_2" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_2" stoichiometry="1"/>
					<specieReference specie="EtOH_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_2" stoichiometry="1"/>
					<specieReference specie="AcAld_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_32)*(((EtOH_2)*(NAD_2))/((Ketoh_32)*(Kinad_32))-((AcAld_2)*(NADH_2))/(((Ketoh_32)*(Kinad_32))*(Keq_32))))/(1                   +(NAD_2)/(Kinad_32)+((EtOH_2)*(Knad_32))/((Kinad_32)*(Ketoh_32))+((AcAld_2)*(Knadh_32))/((Kinadh_32)*(Kacald_32))+(NADH_2)/(Kinadh_32)+((EtOH_2)*(NAD_2))/((Kinad_32)*(Ketoh_32))+(((NAD_2)*(AcAld_2))*(Knadh_32))/(((Kinad_32)*(Kinadh_32))*(Kacald_32))+(((EtOH_2)*(NADH_2))*(Knad_32))/(((Kinad_32)*(Kinadh_32))*(Ketoh_32))+((AcAld_2)*(NADH_2))/((Kacald_32)*(Kinadh_32))+(((EtOH_2)*(NAD_2))*(AcAld_2))/(((Kinad_32)*(Kiacald_32))*(Ketoh_32))+(((EtOH_2)*(AcAld_2))*(NADH_2))/(((Kietoh_32)*(Kinadh_32))*(Kacald_32)))">
					<listOfParameters>
						<parameter name="Vmax_32" value="329.5158004698345"/>
						<parameter name="Ketoh_32" value="17"/>
						<parameter name="Kinad_32" value="0.92"/>
						<parameter name="Keq_32" value="6.9e-005"/>
						<parameter name="Knad_32" value="0.17"/>
						<parameter name="Knadh_32" value="0.11"/>
						<parameter name="Kinadh_32" value="0.031"/>
						<parameter name="Kacald_32" value="1.11"/>
						<parameter name="Kiacald_32" value="1.1"/>
						<parameter name="Kietoh_32" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_2" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_33)*(ATP_2)">
					<listOfParameters>
						<parameter name="Katpase_33" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_2" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_2" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_2" stoichiometry="1"/>
					<specieReference specie="AMP_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_34*ADP_2*ADP_2-k2_34*ATP_2*AMP_2">
					<listOfParameters>
						<parameter name="k1_34" value="45"/>
						<parameter name="k2_34" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_2" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_2" stoichiometry="1"/>
					<specieReference specie="NADH_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_2" stoichiometry="1"/>
					<specieReference specie="Glycerol_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_35)*(((DHAP_2)/(Kdhap_35))*((NADH_2)/(Knadh_35))-(((Glycerol_2)/(Kdhap_35))*((NAD_2)/(Knadh_35)))*((1                   )/(Keq_35))))/((1                   +(DHAP_2)/(Kdhap_35)+(Glycerol_2)/(Kglycerol_35))*(1                   +(NADH_2)/(Knadh_35)+(NAD_2)/(Knad_35)))">
					<listOfParameters>
						<parameter name="Vmax_35" value="44.58869364764611"/>
						<parameter name="Kdhap_35" value="0.4"/>
						<parameter name="Knadh_35" value="0.023"/>
						<parameter name="Keq_35" value="4300"/>
						<parameter name="Kglycerol_35" value="1"/>
						<parameter name="Knad_35" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_2" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_2" stoichiometry="1"/>
					<specieReference specie="G6P_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_2" stoichiometry="1"/>
					<specieReference specie="Glycogen_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_36">
					<listOfParameters>
						<parameter name="KGLYCOGEN_36" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_2" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_2" stoichiometry="1"/>
					<specieReference specie="G6P_2" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_2" stoichiometry="1"/>
					<specieReference specie="Trehalose_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_37">
					<listOfParameters>
						<parameter name="Ktrehalose_37" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_2" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_2" stoichiometry="3"/>
					<specieReference specie="AcAld_2" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_2" stoichiometry="3"/>
					<specieReference specie="Succinate_2" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_38)*(AcAld_2)">
					<listOfParameters>
						<parameter name="k_38" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_3" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_39)*(GLCo_3-GLCi_3))/(Kglc_39))/(1                   +(GLCo_3+GLCi_3)/(Kglc_39)+(((Ki_39)*(GLCo_3))*(GLCi_3))/((Kglc_39)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_39" value="98.33052977916955"/>
						<parameter name="Kglc_39" value="1.1918"/>
						<parameter name="Ki_39" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_3" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_3" stoichiometry="1"/>
					<specieReference specie="ATP_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_3" stoichiometry="1"/>
					<specieReference specie="ADP_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_40)*(((GLCi_3)*(ATP_3))/((Kglc_40)*(Katp_40))-((G6P_3)*(ADP_3))/(((Kglc_40)*(Katp_40))*(Keq_40))))/((1                   +(GLCi_3)/(Kglc_40)+(G6P_3)/(Kg6p_40))*(1                   +(ATP_3)/(Katp_40)+(ADP_3)/(Kadp_40)))">
					<listOfParameters>
						<parameter name="Vmax_40" value="240.6450909646975"/>
						<parameter name="Kglc_40" value="0.08"/>
						<parameter name="Katp_40" value="0.15"/>
						<parameter name="Keq_40" value="2000"/>
						<parameter name="Kg6p_40" value="30"/>
						<parameter name="Kadp_40" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_3" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_41)*((G6P_3)/(Kg6p_41)-(F6P_3)/((Kg6p_41)*(Keq_41))))/(1                   +(G6P_3)/(Kg6p_41)+(F6P_3)/(Kf6p_41))">
					<listOfParameters>
						<parameter name="Vmax_41" value="1131.86414803117"/>
						<parameter name="Kg6p_41" value="1.4"/>
						<parameter name="Keq_41" value="0.29"/>
						<parameter name="Kf6p_41" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_3" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_3" stoichiometry="1"/>
					<specieReference specie="F6P_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_3" stoichiometry="1"/>
					<specieReference specie="F16bP_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_42)*(((((gR_42)*((F6P_3)/(Kf6p_42)))*((ATP_3)/(Katp_42)))*(1                   +(F6P_3)/(Kf6p_42)+(ATP_3)/(Katp_42)+((((gR_42)*(F6P_3))/(Kf6p_42))*(ATP_3))/(Katp_42)))/((1                   +(F6P_3)/(Kf6p_42)+(ATP_3)/(Katp_42)+((((gR_42)*(F6P_3))/(Kf6p_42))*(ATP_3))/(Katp_42))^(2                   )+((((L0_42)*(((1                   +((Ciatp_42)*(ATP_3))/(Kiatp_42))/(1                   +(ATP_3)/(Kiatp_42)))^(2                   )))*(((1                   +((Camp_42)*(AMP_3))/(Kamp_42))/(1                   +(AMP_3)/(Kamp_42)))^(2                   )))*(((1                   +((Cf26_42)*(F26bP_3))/(Kf26_42)+((Cf16_42)*(F16bP_3))/(Kf16_42))/(1                   +(F26bP_3)/(Kf26_42)+(F16bP_3)/(Kf16_42)))^(2                   )))*((1                   +((Catp_42)*(ATP_3))/(Katp_42))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_42" value="92.10915890577267"/>
						<parameter name="gR_42" value="5.12"/>
						<parameter name="Kf6p_42" value="0.1"/>
						<parameter name="Katp_42" value="0.71"/>
						<parameter name="L0_42" value="0.66"/>
						<parameter name="Ciatp_42" value="100"/>
						<parameter name="Kiatp_42" value="0.65"/>
						<parameter name="Camp_42" value="0.08450000000000001"/>
						<parameter name="Kamp_42" value="0.09950000000000001"/>
						<parameter name="Cf26_42" value="0.0174"/>
						<parameter name="Kf26_42" value="0.000682"/>
						<parameter name="Cf16_42" value="0.397"/>
						<parameter name="Kf16_42" value="0.111"/>
						<parameter name="Catp_42" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_3" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_3" stoichiometry="1"/>
					<specieReference specie="GAP_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_43)*((F16bP_3)/(Kf16bp_43)-((DHAP_3)*(GAP_3))/((Kf16bp_43)*(Keq_43))))/(1                   +(F16bP_3)/(Kf16bp_43)+(DHAP_3)/(Kdhap_43)+(GAP_3)/(Kgap_43)+((F16bP_3)*(GAP_3))/((Kf16bp_43)*(Kigap_43))+((DHAP_3)*(GAP_3))/((Kdhap_43)*(Kgap_43)))">
					<listOfParameters>
						<parameter name="Vmax_43" value="106.338712304563"/>
						<parameter name="Kf16bp_43" value="0.3"/>
						<parameter name="Keq_43" value="0.06900000000000001"/>
						<parameter name="Kdhap_43" value="2"/>
						<parameter name="Kgap_43" value="2.4"/>
						<parameter name="Kigap_43" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_3" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_44*DHAP_3-k2_44*GAP_3">
					<listOfParameters>
						<parameter name="k1_44" value="450000"/>
						<parameter name="k2_44" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_3" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_3" stoichiometry="1"/>
					<specieReference specie="NAD_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_3" stoichiometry="1"/>
					<specieReference specie="NADH_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_45)*((((Vmaxf_45)*(GAP_3))*(NAD_3))/((Kgap_45)*(Knad_45))-(((Vmaxr_45)*(BPG_3))*(NADH_3))/((Kbpg_45)*(Knadh_45))))/((1                   +(GAP_3)/(Kgap_45)+(BPG_3)/(Kbpg_45))*(1                   +(NAD_3)/(Knad_45)+(NADH_3)/(Knadh_45)))">
					<listOfParameters>
						<parameter name="C_45" value="1"/>
						<parameter name="Vmaxf_45" value="1152"/>
						<parameter name="Kgap_45" value="0.21"/>
						<parameter name="Knad_45" value="0.09"/>
						<parameter name="Vmaxr_45" value="5752.84279779015"/>
						<parameter name="Kbpg_45" value="0.0098"/>
						<parameter name="Knadh_45" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_3" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_3" stoichiometry="1"/>
					<specieReference specie="BPG_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_3" stoichiometry="1"/>
					<specieReference specie="P3G_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_46)*((((Keq_46)*(BPG_3))*(ADP_3)-(P3G_3)*(ATP_3))/((Kp3g_46)*(Katp_46))))/((1                   +(BPG_3)/(Kbpg_46)+(P3G_3)/(Kp3g_46))*(1                   +(ADP_3)/(Kadp_46)+(ATP_3)/(Katp_46)))">
					<listOfParameters>
						<parameter name="Vmax_46" value="1528.588989633323"/>
						<parameter name="Keq_46" value="3200"/>
						<parameter name="Kp3g_46" value="0.53"/>
						<parameter name="Katp_46" value="0.3"/>
						<parameter name="Kbpg_46" value="0.003"/>
						<parameter name="Kadp_46" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_3" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_47)*((P3G_3)/(Kp3g_47)-(P2G_3)/((Kp3g_47)*(Keq_47))))/(1                   +(P3G_3)/(Kp3g_47)+(P2G_3)/(Kp2g_47))">
					<listOfParameters>
						<parameter name="Vmax_47" value="2250.552986376853"/>
						<parameter name="Kp3g_47" value="1.2"/>
						<parameter name="Keq_47" value="0.19"/>
						<parameter name="Kp2g_47" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_3" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_48)*((P2G_3)/(Kp2g_48)-(PEP_3)/((Kp2g_48)*(Keq_48))))/(1                   +(P2G_3)/(Kp2g_48)+(PEP_3)/(Kpep_48))">
					<listOfParameters>
						<parameter name="Vmax_48" value="151.610423164352"/>
						<parameter name="Kp2g_48" value="0.04"/>
						<parameter name="Keq_48" value="6.7"/>
						<parameter name="Kpep_48" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_3" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_3" stoichiometry="1"/>
					<specieReference specie="PEP_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_3" stoichiometry="1"/>
					<specieReference specie="PYR_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_49)*(((PEP_3)*(ADP_3))/((Kpep_49)*(Kadp_49))-((PYR_3)*(ATP_3))/(((Kpep_49)*(Kadp_49))*(Keq_49))))/((1                   +(PEP_3)/(Kpep_49)+(PYR_3)/(Kpyr_49))*(1                   +(ADP_3)/(Kadp_49)+(ATP_3)/(Katp_49)))">
					<listOfParameters>
						<parameter name="Vmax_49" value="924.282347763687"/>
						<parameter name="Kpep_49" value="0.14"/>
						<parameter name="Kadp_49" value="0.53"/>
						<parameter name="Keq_49" value="6500"/>
						<parameter name="Kpyr_49" value="21"/>
						<parameter name="Katp_49" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_3" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_3" stoichiometry="1"/>
					<specieReference specie="CO2_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_50)*(((PYR_3)/(Kpyr_50))^(nH_50)))/(1                   +((PYR_3)/(Kpyr_50))^(nH_50))">
					<listOfParameters>
						<parameter name="Vmax_50" value="1078.271829859599"/>
						<parameter name="Kpyr_50" value="4.33"/>
						<parameter name="nH_50" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_3" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_3" stoichiometry="1"/>
					<specieReference specie="EtOH_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_3" stoichiometry="1"/>
					<specieReference specie="AcAld_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_51)*(((EtOH_3)*(NAD_3))/((Ketoh_51)*(Kinad_51))-((AcAld_3)*(NADH_3))/(((Ketoh_51)*(Kinad_51))*(Keq_51))))/(1                   +(NAD_3)/(Kinad_51)+((EtOH_3)*(Knad_51))/((Kinad_51)*(Ketoh_51))+((AcAld_3)*(Knadh_51))/((Kinadh_51)*(Kacald_51))+(NADH_3)/(Kinadh_51)+((EtOH_3)*(NAD_3))/((Kinad_51)*(Ketoh_51))+(((NAD_3)*(AcAld_3))*(Knadh_51))/(((Kinad_51)*(Kinadh_51))*(Kacald_51))+(((EtOH_3)*(NADH_3))*(Knad_51))/(((Kinad_51)*(Kinadh_51))*(Ketoh_51))+((AcAld_3)*(NADH_3))/((Kacald_51)*(Kinadh_51))+(((EtOH_3)*(NAD_3))*(AcAld_3))/(((Kinad_51)*(Kiacald_51))*(Ketoh_51))+(((EtOH_3)*(AcAld_3))*(NADH_3))/(((Kietoh_51)*(Kinadh_51))*(Kacald_51)))">
					<listOfParameters>
						<parameter name="Vmax_51" value="161.9968706982305"/>
						<parameter name="Ketoh_51" value="17"/>
						<parameter name="Kinad_51" value="0.92"/>
						<parameter name="Keq_51" value="6.9e-005"/>
						<parameter name="Knad_51" value="0.17"/>
						<parameter name="Knadh_51" value="0.11"/>
						<parameter name="Kinadh_51" value="0.031"/>
						<parameter name="Kacald_51" value="1.11"/>
						<parameter name="Kiacald_51" value="1.1"/>
						<parameter name="Kietoh_51" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_3" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_52)*(ATP_3)">
					<listOfParameters>
						<parameter name="Katpase_52" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_3" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_3" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_3" stoichiometry="1"/>
					<specieReference specie="AMP_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_53*ADP_3*ADP_3-k2_53*ATP_3*AMP_3">
					<listOfParameters>
						<parameter name="k1_53" value="45"/>
						<parameter name="k2_53" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_3" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_3" stoichiometry="1"/>
					<specieReference specie="NADH_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_3" stoichiometry="1"/>
					<specieReference specie="Glycerol_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_54)*(((DHAP_3)/(Kdhap_54))*((NADH_3)/(Knadh_54))-(((Glycerol_3)/(Kdhap_54))*((NAD_3)/(Knadh_54)))*((1                   )/(Keq_54))))/((1                   +(DHAP_3)/(Kdhap_54)+(Glycerol_3)/(Kglycerol_54))*(1                   +(NADH_3)/(Knadh_54)+(NAD_3)/(Knad_54)))">
					<listOfParameters>
						<parameter name="Vmax_54" value="55.97162996441331"/>
						<parameter name="Kdhap_54" value="0.4"/>
						<parameter name="Knadh_54" value="0.023"/>
						<parameter name="Keq_54" value="4300"/>
						<parameter name="Kglycerol_54" value="1"/>
						<parameter name="Knad_54" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_3" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_3" stoichiometry="1"/>
					<specieReference specie="G6P_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_3" stoichiometry="1"/>
					<specieReference specie="Glycogen_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_55">
					<listOfParameters>
						<parameter name="KGLYCOGEN_55" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_3" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_3" stoichiometry="1"/>
					<specieReference specie="G6P_3" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_3" stoichiometry="1"/>
					<specieReference specie="Trehalose_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_56">
					<listOfParameters>
						<parameter name="Ktrehalose_56" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_3" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_3" stoichiometry="3"/>
					<specieReference specie="AcAld_3" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_3" stoichiometry="3"/>
					<specieReference specie="Succinate_3" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_57)*(AcAld_3)">
					<listOfParameters>
						<parameter name="k_57" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_4" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_58)*(GLCo_4-GLCi_4))/(Kglc_58))/(1                   +(GLCo_4+GLCi_4)/(Kglc_58)+(((Ki_58)*(GLCo_4))*(GLCi_4))/((Kglc_58)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_58" value="64.55026771862353"/>
						<parameter name="Kglc_58" value="1.1918"/>
						<parameter name="Ki_58" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_4" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_4" stoichiometry="1"/>
					<specieReference specie="ATP_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_4" stoichiometry="1"/>
					<specieReference specie="ADP_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_59)*(((GLCi_4)*(ATP_4))/((Kglc_59)*(Katp_59))-((G6P_4)*(ADP_4))/(((Kglc_59)*(Katp_59))*(Keq_59))))/((1                   +(GLCi_4)/(Kglc_59)+(G6P_4)/(Kg6p_59))*(1                   +(ATP_4)/(Katp_59)+(ADP_4)/(Kadp_59)))">
					<listOfParameters>
						<parameter name="Vmax_59" value="173.5957189718963"/>
						<parameter name="Kglc_59" value="0.08"/>
						<parameter name="Katp_59" value="0.15"/>
						<parameter name="Keq_59" value="2000"/>
						<parameter name="Kg6p_59" value="30"/>
						<parameter name="Kadp_59" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_4" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_60)*((G6P_4)/(Kg6p_60)-(F6P_4)/((Kg6p_60)*(Keq_60))))/(1                   +(G6P_4)/(Kg6p_60)+(F6P_4)/(Kf6p_60))">
					<listOfParameters>
						<parameter name="Vmax_60" value="865.3981683318308"/>
						<parameter name="Kg6p_60" value="1.4"/>
						<parameter name="Keq_60" value="0.29"/>
						<parameter name="Kf6p_60" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_4" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_4" stoichiometry="1"/>
					<specieReference specie="F6P_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_4" stoichiometry="1"/>
					<specieReference specie="F16bP_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_61)*(((((gR_61)*((F6P_4)/(Kf6p_61)))*((ATP_4)/(Katp_61)))*(1                   +(F6P_4)/(Kf6p_61)+(ATP_4)/(Katp_61)+((((gR_61)*(F6P_4))/(Kf6p_61))*(ATP_4))/(Katp_61)))/((1                   +(F6P_4)/(Kf6p_61)+(ATP_4)/(Katp_61)+((((gR_61)*(F6P_4))/(Kf6p_61))*(ATP_4))/(Katp_61))^(2                   )+((((L0_61)*(((1                   +((Ciatp_61)*(ATP_4))/(Kiatp_61))/(1                   +(ATP_4)/(Kiatp_61)))^(2                   )))*(((1                   +((Camp_61)*(AMP_4))/(Kamp_61))/(1                   +(AMP_4)/(Kamp_61)))^(2                   )))*(((1                   +((Cf26_61)*(F26bP_4))/(Kf26_61)+((Cf16_61)*(F16bP_4))/(Kf16_61))/(1                   +(F26bP_4)/(Kf26_61)+(F16bP_4)/(Kf16_61)))^(2                   )))*((1                   +((Catp_61)*(ATP_4))/(Katp_61))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_61" value="134.042624615012"/>
						<parameter name="gR_61" value="5.12"/>
						<parameter name="Kf6p_61" value="0.1"/>
						<parameter name="Katp_61" value="0.71"/>
						<parameter name="L0_61" value="0.66"/>
						<parameter name="Ciatp_61" value="100"/>
						<parameter name="Kiatp_61" value="0.65"/>
						<parameter name="Camp_61" value="0.08450000000000001"/>
						<parameter name="Kamp_61" value="0.09950000000000001"/>
						<parameter name="Cf26_61" value="0.0174"/>
						<parameter name="Kf26_61" value="0.000682"/>
						<parameter name="Cf16_61" value="0.397"/>
						<parameter name="Kf16_61" value="0.111"/>
						<parameter name="Catp_61" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_4" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_4" stoichiometry="1"/>
					<specieReference specie="GAP_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_62)*((F16bP_4)/(Kf16bp_62)-((DHAP_4)*(GAP_4))/((Kf16bp_62)*(Keq_62))))/(1                   +(F16bP_4)/(Kf16bp_62)+(DHAP_4)/(Kdhap_62)+(GAP_4)/(Kgap_62)+((F16bP_4)*(GAP_4))/((Kf16bp_62)*(Kigap_62))+((DHAP_4)*(GAP_4))/((Kdhap_62)*(Kgap_62)))">
					<listOfParameters>
						<parameter name="Vmax_62" value="101.11717473479"/>
						<parameter name="Kf16bp_62" value="0.3"/>
						<parameter name="Keq_62" value="0.06900000000000001"/>
						<parameter name="Kdhap_62" value="2"/>
						<parameter name="Kgap_62" value="2.4"/>
						<parameter name="Kigap_62" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_4" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_63*DHAP_4-k2_63*GAP_4">
					<listOfParameters>
						<parameter name="k1_63" value="450000"/>
						<parameter name="k2_63" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_4" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_4" stoichiometry="1"/>
					<specieReference specie="NAD_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_4" stoichiometry="1"/>
					<specieReference specie="NADH_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_64)*((((Vmaxf_64)*(GAP_4))*(NAD_4))/((Kgap_64)*(Knad_64))-(((Vmaxr_64)*(BPG_4))*(NADH_4))/((Kbpg_64)*(Knadh_64))))/((1                   +(GAP_4)/(Kgap_64)+(BPG_4)/(Kbpg_64))*(1                   +(NAD_4)/(Knad_64)+(NADH_4)/(Knadh_64)))">
					<listOfParameters>
						<parameter name="C_64" value="1"/>
						<parameter name="Vmaxf_64" value="1152"/>
						<parameter name="Kgap_64" value="0.21"/>
						<parameter name="Knad_64" value="0.09"/>
						<parameter name="Vmaxr_64" value="7435.992791107035"/>
						<parameter name="Kbpg_64" value="0.0098"/>
						<parameter name="Knadh_64" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_4" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_4" stoichiometry="1"/>
					<specieReference specie="BPG_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_4" stoichiometry="1"/>
					<specieReference specie="P3G_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_65)*((((Keq_65)*(BPG_4))*(ADP_4)-(P3G_4)*(ATP_4))/((Kp3g_65)*(Katp_65))))/((1                   +(BPG_4)/(Kbpg_65)+(P3G_4)/(Kp3g_65))*(1                   +(ADP_4)/(Kadp_65)+(ATP_4)/(Katp_65)))">
					<listOfParameters>
						<parameter name="Vmax_65" value="1259.098425051149"/>
						<parameter name="Keq_65" value="3200"/>
						<parameter name="Kp3g_65" value="0.53"/>
						<parameter name="Katp_65" value="0.3"/>
						<parameter name="Kbpg_65" value="0.003"/>
						<parameter name="Kadp_65" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_4" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_66)*((P3G_4)/(Kp3g_66)-(P2G_4)/((Kp3g_66)*(Keq_66))))/(1                   +(P3G_4)/(Kp3g_66)+(P2G_4)/(Kp2g_66))">
					<listOfParameters>
						<parameter name="Vmax_66" value="1591.492910899498"/>
						<parameter name="Kp3g_66" value="1.2"/>
						<parameter name="Keq_66" value="0.19"/>
						<parameter name="Kp2g_66" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_4" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_67)*((P2G_4)/(Kp2g_67)-(PEP_4)/((Kp2g_67)*(Keq_67))))/(1                   +(P2G_4)/(Kp2g_67)+(PEP_4)/(Kpep_67))">
					<listOfParameters>
						<parameter name="Vmax_67" value="229.9644031566374"/>
						<parameter name="Kp2g_67" value="0.04"/>
						<parameter name="Keq_67" value="6.7"/>
						<parameter name="Kpep_67" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_4" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_4" stoichiometry="1"/>
					<specieReference specie="PEP_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_4" stoichiometry="1"/>
					<specieReference specie="PYR_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_68)*(((PEP_4)*(ADP_4))/((Kpep_68)*(Kadp_68))-((PYR_4)*(ATP_4))/(((Kpep_68)*(Kadp_68))*(Keq_68))))/((1                   +(PEP_4)/(Kpep_68)+(PYR_4)/(Kpyr_68))*(1                   +(ADP_4)/(Kadp_68)+(ATP_4)/(Katp_68)))">
					<listOfParameters>
						<parameter name="Vmax_68" value="1181.188431061582"/>
						<parameter name="Kpep_68" value="0.14"/>
						<parameter name="Kadp_68" value="0.53"/>
						<parameter name="Keq_68" value="6500"/>
						<parameter name="Kpyr_68" value="21"/>
						<parameter name="Katp_68" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_4" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_4" stoichiometry="1"/>
					<specieReference specie="CO2_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_69)*(((PYR_4)/(Kpyr_69))^(nH_69)))/(1                   +((PYR_4)/(Kpyr_69))^(nH_69))">
					<listOfParameters>
						<parameter name="Vmax_69" value="928.7276003335406"/>
						<parameter name="Kpyr_69" value="4.33"/>
						<parameter name="nH_69" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_4" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_4" stoichiometry="1"/>
					<specieReference specie="EtOH_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_4" stoichiometry="1"/>
					<specieReference specie="AcAld_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_70)*(((EtOH_4)*(NAD_4))/((Ketoh_70)*(Kinad_70))-((AcAld_4)*(NADH_4))/(((Ketoh_70)*(Kinad_70))*(Keq_70))))/(1                   +(NAD_4)/(Kinad_70)+((EtOH_4)*(Knad_70))/((Kinad_70)*(Ketoh_70))+((AcAld_4)*(Knadh_70))/((Kinadh_70)*(Kacald_70))+(NADH_4)/(Kinadh_70)+((EtOH_4)*(NAD_4))/((Kinad_70)*(Ketoh_70))+(((NAD_4)*(AcAld_4))*(Knadh_70))/(((Kinad_70)*(Kinadh_70))*(Kacald_70))+(((EtOH_4)*(NADH_4))*(Knad_70))/(((Kinad_70)*(Kinadh_70))*(Ketoh_70))+((AcAld_4)*(NADH_4))/((Kacald_70)*(Kinadh_70))+(((EtOH_4)*(NAD_4))*(AcAld_4))/(((Kinad_70)*(Kiacald_70))*(Ketoh_70))+(((EtOH_4)*(AcAld_4))*(NADH_4))/(((Kietoh_70)*(Kinadh_70))*(Kacald_70)))">
					<listOfParameters>
						<parameter name="Vmax_70" value="172.3884902030608"/>
						<parameter name="Ketoh_70" value="17"/>
						<parameter name="Kinad_70" value="0.92"/>
						<parameter name="Keq_70" value="6.9e-005"/>
						<parameter name="Knad_70" value="0.17"/>
						<parameter name="Knadh_70" value="0.11"/>
						<parameter name="Kinadh_70" value="0.031"/>
						<parameter name="Kacald_70" value="1.11"/>
						<parameter name="Kiacald_70" value="1.1"/>
						<parameter name="Kietoh_70" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_4" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_71)*(ATP_4)">
					<listOfParameters>
						<parameter name="Katpase_71" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_4" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_4" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_4" stoichiometry="1"/>
					<specieReference specie="AMP_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_72*ADP_4*ADP_4-k2_72*ATP_4*AMP_4">
					<listOfParameters>
						<parameter name="k1_72" value="45"/>
						<parameter name="k2_72" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_4" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_4" stoichiometry="1"/>
					<specieReference specie="NADH_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_4" stoichiometry="1"/>
					<specieReference specie="Glycerol_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_73)*(((DHAP_4)/(Kdhap_73))*((NADH_4)/(Knadh_73))-(((Glycerol_4)/(Kdhap_73))*((NAD_4)/(Knadh_73)))*((1                   )/(Keq_73))))/((1                   +(DHAP_4)/(Kdhap_73)+(Glycerol_4)/(Kglycerol_73))*(1                   +(NADH_4)/(Knadh_73)+(NAD_4)/(Knad_73)))">
					<listOfParameters>
						<parameter name="Vmax_73" value="34.12599017335594"/>
						<parameter name="Kdhap_73" value="0.4"/>
						<parameter name="Knadh_73" value="0.023"/>
						<parameter name="Keq_73" value="4300"/>
						<parameter name="Kglycerol_73" value="1"/>
						<parameter name="Knad_73" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_4" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_4" stoichiometry="1"/>
					<specieReference specie="G6P_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_4" stoichiometry="1"/>
					<specieReference specie="Glycogen_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_74">
					<listOfParameters>
						<parameter name="KGLYCOGEN_74" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_4" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_4" stoichiometry="1"/>
					<specieReference specie="G6P_4" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_4" stoichiometry="1"/>
					<specieReference specie="Trehalose_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_75">
					<listOfParameters>
						<parameter name="Ktrehalose_75" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_4" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_4" stoichiometry="3"/>
					<specieReference specie="AcAld_4" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_4" stoichiometry="3"/>
					<specieReference specie="Succinate_4" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_76)*(AcAld_4)">
					<listOfParameters>
						<parameter name="k_76" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_5" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_77)*(GLCo_5-GLCi_5))/(Kglc_77))/(1                   +(GLCo_5+GLCi_5)/(Kglc_77)+(((Ki_77)*(GLCo_5))*(GLCi_5))/((Kglc_77)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_77" value="111.6096485819837"/>
						<parameter name="Kglc_77" value="1.1918"/>
						<parameter name="Ki_77" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_5" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_5" stoichiometry="1"/>
					<specieReference specie="ATP_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_5" stoichiometry="1"/>
					<specieReference specie="ADP_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_78)*(((GLCi_5)*(ATP_5))/((Kglc_78)*(Katp_78))-((G6P_5)*(ADP_5))/(((Kglc_78)*(Katp_78))*(Keq_78))))/((1                   +(GLCi_5)/(Kglc_78)+(G6P_5)/(Kg6p_78))*(1                   +(ATP_5)/(Katp_78)+(ADP_5)/(Kadp_78)))">
					<listOfParameters>
						<parameter name="Vmax_78" value="236.5238050870096"/>
						<parameter name="Kglc_78" value="0.08"/>
						<parameter name="Katp_78" value="0.15"/>
						<parameter name="Keq_78" value="2000"/>
						<parameter name="Kg6p_78" value="30"/>
						<parameter name="Kadp_78" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_5" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_79)*((G6P_5)/(Kg6p_79)-(F6P_5)/((Kg6p_79)*(Keq_79))))/(1                   +(G6P_5)/(Kg6p_79)+(F6P_5)/(Kf6p_79))">
					<listOfParameters>
						<parameter name="Vmax_79" value="915.401178526776"/>
						<parameter name="Kg6p_79" value="1.4"/>
						<parameter name="Keq_79" value="0.29"/>
						<parameter name="Kf6p_79" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_5" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_5" stoichiometry="1"/>
					<specieReference specie="F6P_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_5" stoichiometry="1"/>
					<specieReference specie="F16bP_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_80)*(((((gR_80)*((F6P_5)/(Kf6p_80)))*((ATP_5)/(Katp_80)))*(1                   +(F6P_5)/(Kf6p_80)+(ATP_5)/(Katp_80)+((((gR_80)*(F6P_5))/(Kf6p_80))*(ATP_5))/(Katp_80)))/((1                   +(F6P_5)/(Kf6p_80)+(ATP_5)/(Katp_80)+((((gR_80)*(F6P_5))/(Kf6p_80))*(ATP_5))/(Katp_80))^(2                   )+((((L0_80)*(((1                   +((Ciatp_80)*(ATP_5))/(Kiatp_80))/(1                   +(ATP_5)/(Kiatp_80)))^(2                   )))*(((1                   +((Camp_80)*(AMP_5))/(Kamp_80))/(1                   +(AMP_5)/(Kamp_80)))^(2                   )))*(((1                   +((Cf26_80)*(F26bP_5))/(Kf26_80)+((Cf16_80)*(F16bP_5))/(Kf16_80))/(1                   +(F26bP_5)/(Kf26_80)+(F16bP_5)/(Kf16_80)))^(2                   )))*((1                   +((Catp_80)*(ATP_5))/(Katp_80))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_80" value="165.8269290011849"/>
						<parameter name="gR_80" value="5.12"/>
						<parameter name="Kf6p_80" value="0.1"/>
						<parameter name="Katp_80" value="0.71"/>
						<parameter name="L0_80" value="0.66"/>
						<parameter name="Ciatp_80" value="100"/>
						<parameter name="Kiatp_80" value="0.65"/>
						<parameter name="Camp_80" value="0.08450000000000001"/>
						<parameter name="Kamp_80" value="0.09950000000000001"/>
						<parameter name="Cf26_80" value="0.0174"/>
						<parameter name="Kf26_80" value="0.000682"/>
						<parameter name="Cf16_80" value="0.397"/>
						<parameter name="Kf16_80" value="0.111"/>
						<parameter name="Catp_80" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_5" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_5" stoichiometry="1"/>
					<specieReference specie="GAP_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_81)*((F16bP_5)/(Kf16bp_81)-((DHAP_5)*(GAP_5))/((Kf16bp_81)*(Keq_81))))/(1                   +(F16bP_5)/(Kf16bp_81)+(DHAP_5)/(Kdhap_81)+(GAP_5)/(Kgap_81)+((F16bP_5)*(GAP_5))/((Kf16bp_81)*(Kigap_81))+((DHAP_5)*(GAP_5))/((Kdhap_81)*(Kgap_81)))">
					<listOfParameters>
						<parameter name="Vmax_81" value="84.6143666128476"/>
						<parameter name="Kf16bp_81" value="0.3"/>
						<parameter name="Keq_81" value="0.06900000000000001"/>
						<parameter name="Kdhap_81" value="2"/>
						<parameter name="Kgap_81" value="2.4"/>
						<parameter name="Kigap_81" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_5" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_82*DHAP_5-k2_82*GAP_5">
					<listOfParameters>
						<parameter name="k1_82" value="450000"/>
						<parameter name="k2_82" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_5" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_5" stoichiometry="1"/>
					<specieReference specie="NAD_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_5" stoichiometry="1"/>
					<specieReference specie="NADH_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_83)*((((Vmaxf_83)*(GAP_5))*(NAD_5))/((Kgap_83)*(Knad_83))-(((Vmaxr_83)*(BPG_5))*(NADH_5))/((Kbpg_83)*(Knadh_83))))/((1                   +(GAP_5)/(Kgap_83)+(BPG_5)/(Kbpg_83))*(1                   +(NAD_5)/(Knad_83)+(NADH_5)/(Knadh_83)))">
					<listOfParameters>
						<parameter name="C_83" value="1"/>
						<parameter name="Vmaxf_83" value="1152"/>
						<parameter name="Kgap_83" value="0.21"/>
						<parameter name="Knad_83" value="0.09"/>
						<parameter name="Vmaxr_83" value="7452.929139984309"/>
						<parameter name="Kbpg_83" value="0.0098"/>
						<parameter name="Knadh_83" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_5" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_5" stoichiometry="1"/>
					<specieReference specie="BPG_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_5" stoichiometry="1"/>
					<specieReference specie="P3G_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_84)*((((Keq_84)*(BPG_5))*(ADP_5)-(P3G_5)*(ATP_5))/((Kp3g_84)*(Katp_84))))/((1                   +(BPG_5)/(Kbpg_84)+(P3G_5)/(Kp3g_84))*(1                   +(ADP_5)/(Kadp_84)+(ATP_5)/(Katp_84)))">
					<listOfParameters>
						<parameter name="Vmax_84" value="1380.163017903451"/>
						<parameter name="Keq_84" value="3200"/>
						<parameter name="Kp3g_84" value="0.53"/>
						<parameter name="Katp_84" value="0.3"/>
						<parameter name="Kbpg_84" value="0.003"/>
						<parameter name="Kadp_84" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_5" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_85)*((P3G_5)/(Kp3g_85)-(P2G_5)/((Kp3g_85)*(Keq_85))))/(1                   +(P3G_5)/(Kp3g_85)+(P2G_5)/(Kp2g_85))">
					<listOfParameters>
						<parameter name="Vmax_85" value="2985.337914540789"/>
						<parameter name="Kp3g_85" value="1.2"/>
						<parameter name="Keq_85" value="0.19"/>
						<parameter name="Kp2g_85" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_5" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_86)*((P2G_5)/(Kp2g_86)-(PEP_5)/((Kp2g_86)*(Keq_86))))/(1                   +(P2G_5)/(Kp2g_86)+(PEP_5)/(Kpep_86))">
					<listOfParameters>
						<parameter name="Vmax_86" value="298.6261017537651"/>
						<parameter name="Kp2g_86" value="0.04"/>
						<parameter name="Keq_86" value="6.7"/>
						<parameter name="Kpep_86" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_5" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_5" stoichiometry="1"/>
					<specieReference specie="PEP_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_5" stoichiometry="1"/>
					<specieReference specie="PYR_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_87)*(((PEP_5)*(ADP_5))/((Kpep_87)*(Kadp_87))-((PYR_5)*(ATP_5))/(((Kpep_87)*(Kadp_87))*(Keq_87))))/((1                   +(PEP_5)/(Kpep_87)+(PYR_5)/(Kpyr_87))*(1                   +(ADP_5)/(Kadp_87)+(ATP_5)/(Katp_87)))">
					<listOfParameters>
						<parameter name="Vmax_87" value="1286.629676595231"/>
						<parameter name="Kpep_87" value="0.14"/>
						<parameter name="Kadp_87" value="0.53"/>
						<parameter name="Keq_87" value="6500"/>
						<parameter name="Kpyr_87" value="21"/>
						<parameter name="Katp_87" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_5" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_5" stoichiometry="1"/>
					<specieReference specie="CO2_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_88)*(((PYR_5)/(Kpyr_88))^(nH_88)))/(1                   +((PYR_5)/(Kpyr_88))^(nH_88))">
					<listOfParameters>
						<parameter name="Vmax_88" value="733.6021466319744"/>
						<parameter name="Kpyr_88" value="4.33"/>
						<parameter name="nH_88" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_5" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_5" stoichiometry="1"/>
					<specieReference specie="EtOH_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_5" stoichiometry="1"/>
					<specieReference specie="AcAld_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_89)*(((EtOH_5)*(NAD_5))/((Ketoh_89)*(Kinad_89))-((AcAld_5)*(NADH_5))/(((Ketoh_89)*(Kinad_89))*(Keq_89))))/(1                   +(NAD_5)/(Kinad_89)+((EtOH_5)*(Knad_89))/((Kinad_89)*(Ketoh_89))+((AcAld_5)*(Knadh_89))/((Kinadh_89)*(Kacald_89))+(NADH_5)/(Kinadh_89)+((EtOH_5)*(NAD_5))/((Kinad_89)*(Ketoh_89))+(((NAD_5)*(AcAld_5))*(Knadh_89))/(((Kinad_89)*(Kinadh_89))*(Kacald_89))+(((EtOH_5)*(NADH_5))*(Knad_89))/(((Kinad_89)*(Kinadh_89))*(Ketoh_89))+((AcAld_5)*(NADH_5))/((Kacald_89)*(Kinadh_89))+(((EtOH_5)*(NAD_5))*(AcAld_5))/(((Kinad_89)*(Kiacald_89))*(Ketoh_89))+(((EtOH_5)*(AcAld_5))*(NADH_5))/(((Kietoh_89)*(Kinadh_89))*(Kacald_89)))">
					<listOfParameters>
						<parameter name="Vmax_89" value="207.3701959989693"/>
						<parameter name="Ketoh_89" value="17"/>
						<parameter name="Kinad_89" value="0.92"/>
						<parameter name="Keq_89" value="6.9e-005"/>
						<parameter name="Knad_89" value="0.17"/>
						<parameter name="Knadh_89" value="0.11"/>
						<parameter name="Kinadh_89" value="0.031"/>
						<parameter name="Kacald_89" value="1.11"/>
						<parameter name="Kiacald_89" value="1.1"/>
						<parameter name="Kietoh_89" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_5" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_90)*(ATP_5)">
					<listOfParameters>
						<parameter name="Katpase_90" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_5" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_5" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_5" stoichiometry="1"/>
					<specieReference specie="AMP_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_91*ADP_5*ADP_5-k2_91*ATP_5*AMP_5">
					<listOfParameters>
						<parameter name="k1_91" value="45"/>
						<parameter name="k2_91" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_5" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_5" stoichiometry="1"/>
					<specieReference specie="NADH_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_5" stoichiometry="1"/>
					<specieReference specie="Glycerol_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_92)*(((DHAP_5)/(Kdhap_92))*((NADH_5)/(Knadh_92))-(((Glycerol_5)/(Kdhap_92))*((NAD_5)/(Knadh_92)))*((1                   )/(Keq_92))))/((1                   +(DHAP_5)/(Kdhap_92)+(Glycerol_5)/(Kglycerol_92))*(1                   +(NADH_5)/(Knadh_92)+(NAD_5)/(Knad_92)))">
					<listOfParameters>
						<parameter name="Vmax_92" value="59.85479039726958"/>
						<parameter name="Kdhap_92" value="0.4"/>
						<parameter name="Knadh_92" value="0.023"/>
						<parameter name="Keq_92" value="4300"/>
						<parameter name="Kglycerol_92" value="1"/>
						<parameter name="Knad_92" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_5" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_5" stoichiometry="1"/>
					<specieReference specie="G6P_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_5" stoichiometry="1"/>
					<specieReference specie="Glycogen_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_93">
					<listOfParameters>
						<parameter name="KGLYCOGEN_93" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_5" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_5" stoichiometry="1"/>
					<specieReference specie="G6P_5" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_5" stoichiometry="1"/>
					<specieReference specie="Trehalose_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_94">
					<listOfParameters>
						<parameter name="Ktrehalose_94" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_5" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_5" stoichiometry="3"/>
					<specieReference specie="AcAld_5" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_5" stoichiometry="3"/>
					<specieReference specie="Succinate_5" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_95)*(AcAld_5)">
					<listOfParameters>
						<parameter name="k_95" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_6" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_96)*(GLCo_6-GLCi_6))/(Kglc_96))/(1                   +(GLCo_6+GLCi_6)/(Kglc_96)+(((Ki_96)*(GLCo_6))*(GLCi_6))/((Kglc_96)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_96" value="104.3825156204015"/>
						<parameter name="Kglc_96" value="1.1918"/>
						<parameter name="Ki_96" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_6" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_6" stoichiometry="1"/>
					<specieReference specie="ATP_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_6" stoichiometry="1"/>
					<specieReference specie="ADP_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_97)*(((GLCi_6)*(ATP_6))/((Kglc_97)*(Katp_97))-((G6P_6)*(ADP_6))/(((Kglc_97)*(Katp_97))*(Keq_97))))/((1                   +(GLCi_6)/(Kglc_97)+(G6P_6)/(Kg6p_97))*(1                   +(ATP_6)/(Katp_97)+(ADP_6)/(Kadp_97)))">
					<listOfParameters>
						<parameter name="Vmax_97" value="160.4129423620009"/>
						<parameter name="Kglc_97" value="0.08"/>
						<parameter name="Katp_97" value="0.15"/>
						<parameter name="Keq_97" value="2000"/>
						<parameter name="Kg6p_97" value="30"/>
						<parameter name="Kadp_97" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_6" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_98)*((G6P_6)/(Kg6p_98)-(F6P_6)/((Kg6p_98)*(Keq_98))))/(1                   +(G6P_6)/(Kg6p_98)+(F6P_6)/(Kf6p_98))">
					<listOfParameters>
						<parameter name="Vmax_98" value="1278.918232768004"/>
						<parameter name="Kg6p_98" value="1.4"/>
						<parameter name="Keq_98" value="0.29"/>
						<parameter name="Kf6p_98" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_6" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_6" stoichiometry="1"/>
					<specieReference specie="F6P_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_6" stoichiometry="1"/>
					<specieReference specie="F16bP_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_99)*(((((gR_99)*((F6P_6)/(Kf6p_99)))*((ATP_6)/(Katp_99)))*(1                   +(F6P_6)/(Kf6p_99)+(ATP_6)/(Katp_99)+((((gR_99)*(F6P_6))/(Kf6p_99))*(ATP_6))/(Katp_99)))/((1                   +(F6P_6)/(Kf6p_99)+(ATP_6)/(Katp_99)+((((gR_99)*(F6P_6))/(Kf6p_99))*(ATP_6))/(Katp_99))^(2                   )+((((L0_99)*(((1                   +((Ciatp_99)*(ATP_6))/(Kiatp_99))/(1                   +(ATP_6)/(Kiatp_99)))^(2                   )))*(((1                   +((Camp_99)*(AMP_6))/(Kamp_99))/(1                   +(AMP_6)/(Kamp_99)))^(2                   )))*(((1                   +((Cf26_99)*(F26bP_6))/(Kf26_99)+((Cf16_99)*(F16bP_6))/(Kf16_99))/(1                   +(F26bP_6)/(Kf26_99)+(F16bP_6)/(Kf16_99)))^(2                   )))*((1                   +((Catp_99)*(ATP_6))/(Katp_99))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_99" value="134.7683068399593"/>
						<parameter name="gR_99" value="5.12"/>
						<parameter name="Kf6p_99" value="0.1"/>
						<parameter name="Katp_99" value="0.71"/>
						<parameter name="L0_99" value="0.66"/>
						<parameter name="Ciatp_99" value="100"/>
						<parameter name="Kiatp_99" value="0.65"/>
						<parameter name="Camp_99" value="0.08450000000000001"/>
						<parameter name="Kamp_99" value="0.09950000000000001"/>
						<parameter name="Cf26_99" value="0.0174"/>
						<parameter name="Kf26_99" value="0.000682"/>
						<parameter name="Cf16_99" value="0.397"/>
						<parameter name="Kf16_99" value="0.111"/>
						<parameter name="Catp_99" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_6" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_6" stoichiometry="1"/>
					<specieReference specie="GAP_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_100)*((F16bP_6)/(Kf16bp_100)-((DHAP_6)*(GAP_6))/((Kf16bp_100)*(Keq_100))))/(1                   +(F16bP_6)/(Kf16bp_100)+(DHAP_6)/(Kdhap_100)+(GAP_6)/(Kgap_100)+((F16bP_6)*(GAP_6))/((Kf16bp_100)*(Kigap_100))+((DHAP_6)*(GAP_6))/((Kdhap_100)*(Kgap_100)))">
					<listOfParameters>
						<parameter name="Vmax_100" value="91.36562443564276"/>
						<parameter name="Kf16bp_100" value="0.3"/>
						<parameter name="Keq_100" value="0.06900000000000001"/>
						<parameter name="Kdhap_100" value="2"/>
						<parameter name="Kgap_100" value="2.4"/>
						<parameter name="Kigap_100" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_6" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_101*DHAP_6-k2_101*GAP_6">
					<listOfParameters>
						<parameter name="k1_101" value="450000"/>
						<parameter name="k2_101" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_6" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_6" stoichiometry="1"/>
					<specieReference specie="NAD_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_6" stoichiometry="1"/>
					<specieReference specie="NADH_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_102)*((((Vmaxf_102)*(GAP_6))*(NAD_6))/((Kgap_102)*(Knad_102))-(((Vmaxr_102)*(BPG_6))*(NADH_6))/((Kbpg_102)*(Knadh_102))))/((1                   +(GAP_6)/(Kgap_102)+(BPG_6)/(Kbpg_102))*(1                   +(NAD_6)/(Knad_102)+(NADH_6)/(Knadh_102)))">
					<listOfParameters>
						<parameter name="C_102" value="1"/>
						<parameter name="Vmaxf_102" value="1152"/>
						<parameter name="Kgap_102" value="0.21"/>
						<parameter name="Knad_102" value="0.09"/>
						<parameter name="Vmaxr_102" value="6069.138724308786"/>
						<parameter name="Kbpg_102" value="0.0098"/>
						<parameter name="Knadh_102" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_6" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_6" stoichiometry="1"/>
					<specieReference specie="BPG_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_6" stoichiometry="1"/>
					<specieReference specie="P3G_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_103)*((((Keq_103)*(BPG_6))*(ADP_6)-(P3G_6)*(ATP_6))/((Kp3g_103)*(Katp_103))))/((1                   +(BPG_6)/(Kbpg_103)+(P3G_6)/(Kp3g_103))*(1                   +(ADP_6)/(Kadp_103)+(ATP_6)/(Katp_103)))">
					<listOfParameters>
						<parameter name="Vmax_103" value="1462.837169183661"/>
						<parameter name="Keq_103" value="3200"/>
						<parameter name="Kp3g_103" value="0.53"/>
						<parameter name="Katp_103" value="0.3"/>
						<parameter name="Kbpg_103" value="0.003"/>
						<parameter name="Kadp_103" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_6" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_104)*((P3G_6)/(Kp3g_104)-(P2G_6)/((Kp3g_104)*(Keq_104))))/(1                   +(P3G_6)/(Kp3g_104)+(P2G_6)/(Kp2g_104))">
					<listOfParameters>
						<parameter name="Vmax_104" value="2649.029397878194"/>
						<parameter name="Kp3g_104" value="1.2"/>
						<parameter name="Keq_104" value="0.19"/>
						<parameter name="Kp2g_104" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_6" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_105)*((P2G_6)/(Kp2g_105)-(PEP_6)/((Kp2g_105)*(Keq_105))))/(1                   +(P2G_6)/(Kp2g_105)+(PEP_6)/(Kpep_105))">
					<listOfParameters>
						<parameter name="Vmax_105" value="171.656847038233"/>
						<parameter name="Kp2g_105" value="0.04"/>
						<parameter name="Keq_105" value="6.7"/>
						<parameter name="Kpep_105" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_6" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_6" stoichiometry="1"/>
					<specieReference specie="PEP_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_6" stoichiometry="1"/>
					<specieReference specie="PYR_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_106)*(((PEP_6)*(ADP_6))/((Kpep_106)*(Kadp_106))-((PYR_6)*(ATP_6))/(((Kpep_106)*(Kadp_106))*(Keq_106))))/((1                   +(PEP_6)/(Kpep_106)+(PYR_6)/(Kpyr_106))*(1                   +(ADP_6)/(Kadp_106)+(ATP_6)/(Katp_106)))">
					<listOfParameters>
						<parameter name="Vmax_106" value="1179.771135788855"/>
						<parameter name="Kpep_106" value="0.14"/>
						<parameter name="Kadp_106" value="0.53"/>
						<parameter name="Keq_106" value="6500"/>
						<parameter name="Kpyr_106" value="21"/>
						<parameter name="Katp_106" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_6" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_6" stoichiometry="1"/>
					<specieReference specie="CO2_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_107)*(((PYR_6)/(Kpyr_107))^(nH_107)))/(1                   +((PYR_6)/(Kpyr_107))^(nH_107))">
					<listOfParameters>
						<parameter name="Vmax_107" value="787.7205901209752"/>
						<parameter name="Kpyr_107" value="4.33"/>
						<parameter name="nH_107" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_6" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_6" stoichiometry="1"/>
					<specieReference specie="EtOH_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_6" stoichiometry="1"/>
					<specieReference specie="AcAld_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_108)*(((EtOH_6)*(NAD_6))/((Ketoh_108)*(Kinad_108))-((AcAld_6)*(NADH_6))/(((Ketoh_108)*(Kinad_108))*(Keq_108))))/(1                   +(NAD_6)/(Kinad_108)+((EtOH_6)*(Knad_108))/((Kinad_108)*(Ketoh_108))+((AcAld_6)*(Knadh_108))/((Kinadh_108)*(Kacald_108))+(NADH_6)/(Kinadh_108)+((EtOH_6)*(NAD_6))/((Kinad_108)*(Ketoh_108))+(((NAD_6)*(AcAld_6))*(Knadh_108))/(((Kinad_108)*(Kinadh_108))*(Kacald_108))+(((EtOH_6)*(NADH_6))*(Knad_108))/(((Kinad_108)*(Kinadh_108))*(Ketoh_108))+((AcAld_6)*(NADH_6))/((Kacald_108)*(Kinadh_108))+(((EtOH_6)*(NAD_6))*(AcAld_6))/(((Kinad_108)*(Kiacald_108))*(Ketoh_108))+(((EtOH_6)*(AcAld_6))*(NADH_6))/(((Kietoh_108)*(Kinadh_108))*(Kacald_108)))">
					<listOfParameters>
						<parameter name="Vmax_108" value="239.4753236392922"/>
						<parameter name="Ketoh_108" value="17"/>
						<parameter name="Kinad_108" value="0.92"/>
						<parameter name="Keq_108" value="6.9e-005"/>
						<parameter name="Knad_108" value="0.17"/>
						<parameter name="Knadh_108" value="0.11"/>
						<parameter name="Kinadh_108" value="0.031"/>
						<parameter name="Kacald_108" value="1.11"/>
						<parameter name="Kiacald_108" value="1.1"/>
						<parameter name="Kietoh_108" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_6" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_109)*(ATP_6)">
					<listOfParameters>
						<parameter name="Katpase_109" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_6" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_6" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_6" stoichiometry="1"/>
					<specieReference specie="AMP_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_110*ADP_6*ADP_6-k2_110*ATP_6*AMP_6">
					<listOfParameters>
						<parameter name="k1_110" value="45"/>
						<parameter name="k2_110" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_6" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_6" stoichiometry="1"/>
					<specieReference specie="NADH_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_6" stoichiometry="1"/>
					<specieReference specie="Glycerol_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_111)*(((DHAP_6)/(Kdhap_111))*((NADH_6)/(Knadh_111))-(((Glycerol_6)/(Kdhap_111))*((NAD_6)/(Knadh_111)))*((1                   )/(Keq_111))))/((1                   +(DHAP_6)/(Kdhap_111)+(Glycerol_6)/(Kglycerol_111))*(1                   +(NADH_6)/(Knadh_111)+(NAD_6)/(Knad_111)))">
					<listOfParameters>
						<parameter name="Vmax_111" value="52.4438843982263"/>
						<parameter name="Kdhap_111" value="0.4"/>
						<parameter name="Knadh_111" value="0.023"/>
						<parameter name="Keq_111" value="4300"/>
						<parameter name="Kglycerol_111" value="1"/>
						<parameter name="Knad_111" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_6" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_6" stoichiometry="1"/>
					<specieReference specie="G6P_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_6" stoichiometry="1"/>
					<specieReference specie="Glycogen_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_112">
					<listOfParameters>
						<parameter name="KGLYCOGEN_112" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_6" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_6" stoichiometry="1"/>
					<specieReference specie="G6P_6" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_6" stoichiometry="1"/>
					<specieReference specie="Trehalose_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_113">
					<listOfParameters>
						<parameter name="Ktrehalose_113" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_6" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_6" stoichiometry="3"/>
					<specieReference specie="AcAld_6" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_6" stoichiometry="3"/>
					<specieReference specie="Succinate_6" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_114)*(AcAld_6)">
					<listOfParameters>
						<parameter name="k_114" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_7" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_115)*(GLCo_7-GLCi_7))/(Kglc_115))/(1                   +(GLCo_7+GLCi_7)/(Kglc_115)+(((Ki_115)*(GLCo_7))*(GLCi_7))/((Kglc_115)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_115" value="119.2998066027666"/>
						<parameter name="Kglc_115" value="1.1918"/>
						<parameter name="Ki_115" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_7" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_7" stoichiometry="1"/>
					<specieReference specie="ATP_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_7" stoichiometry="1"/>
					<specieReference specie="ADP_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_116)*(((GLCi_7)*(ATP_7))/((Kglc_116)*(Katp_116))-((G6P_7)*(ADP_7))/(((Kglc_116)*(Katp_116))*(Keq_116))))/((1                   +(GLCi_7)/(Kglc_116)+(G6P_7)/(Kg6p_116))*(1                   +(ATP_7)/(Katp_116)+(ADP_7)/(Kadp_116)))">
					<listOfParameters>
						<parameter name="Vmax_116" value="201.9258390448578"/>
						<parameter name="Kglc_116" value="0.08"/>
						<parameter name="Katp_116" value="0.15"/>
						<parameter name="Keq_116" value="2000"/>
						<parameter name="Kg6p_116" value="30"/>
						<parameter name="Kadp_116" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_7" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_117)*((G6P_7)/(Kg6p_117)-(F6P_7)/((Kg6p_117)*(Keq_117))))/(1                   +(G6P_7)/(Kg6p_117)+(F6P_7)/(Kf6p_117))">
					<listOfParameters>
						<parameter name="Vmax_117" value="1349.301480680506"/>
						<parameter name="Kg6p_117" value="1.4"/>
						<parameter name="Keq_117" value="0.29"/>
						<parameter name="Kf6p_117" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_7" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_7" stoichiometry="1"/>
					<specieReference specie="F6P_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_7" stoichiometry="1"/>
					<specieReference specie="F16bP_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_118)*(((((gR_118)*((F6P_7)/(Kf6p_118)))*((ATP_7)/(Katp_118)))*(1                   +(F6P_7)/(Kf6p_118)+(ATP_7)/(Katp_118)+((((gR_118)*(F6P_7))/(Kf6p_118))*(ATP_7))/(Katp_118)))/((1                   +(F6P_7)/(Kf6p_118)+(ATP_7)/(Katp_118)+((((gR_118)*(F6P_7))/(Kf6p_118))*(ATP_7))/(Katp_118))^(2                   )+((((L0_118)*(((1                   +((Ciatp_118)*(ATP_7))/(Kiatp_118))/(1                   +(ATP_7)/(Kiatp_118)))^(2                   )))*(((1                   +((Camp_118)*(AMP_7))/(Kamp_118))/(1                   +(AMP_7)/(Kamp_118)))^(2                   )))*(((1                   +((Cf26_118)*(F26bP_7))/(Kf26_118)+((Cf16_118)*(F16bP_7))/(Kf16_118))/(1                   +(F26bP_7)/(Kf26_118)+(F16bP_7)/(Kf16_118)))^(2                   )))*((1                   +((Catp_118)*(ATP_7))/(Katp_118))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_118" value="98.19212821629728"/>
						<parameter name="gR_118" value="5.12"/>
						<parameter name="Kf6p_118" value="0.1"/>
						<parameter name="Katp_118" value="0.71"/>
						<parameter name="L0_118" value="0.66"/>
						<parameter name="Ciatp_118" value="100"/>
						<parameter name="Kiatp_118" value="0.65"/>
						<parameter name="Camp_118" value="0.08450000000000001"/>
						<parameter name="Kamp_118" value="0.09950000000000001"/>
						<parameter name="Cf26_118" value="0.0174"/>
						<parameter name="Kf26_118" value="0.000682"/>
						<parameter name="Cf16_118" value="0.397"/>
						<parameter name="Kf16_118" value="0.111"/>
						<parameter name="Catp_118" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_7" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_7" stoichiometry="1"/>
					<specieReference specie="GAP_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_119)*((F16bP_7)/(Kf16bp_119)-((DHAP_7)*(GAP_7))/((Kf16bp_119)*(Keq_119))))/(1                   +(F16bP_7)/(Kf16bp_119)+(DHAP_7)/(Kdhap_119)+(GAP_7)/(Kgap_119)+((F16bP_7)*(GAP_7))/((Kf16bp_119)*(Kigap_119))+((DHAP_7)*(GAP_7))/((Kdhap_119)*(Kgap_119)))">
					<listOfParameters>
						<parameter name="Vmax_119" value="71.33581509977529"/>
						<parameter name="Kf16bp_119" value="0.3"/>
						<parameter name="Keq_119" value="0.06900000000000001"/>
						<parameter name="Kdhap_119" value="2"/>
						<parameter name="Kgap_119" value="2.4"/>
						<parameter name="Kigap_119" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_7" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_120*DHAP_7-k2_120*GAP_7">
					<listOfParameters>
						<parameter name="k1_120" value="450000"/>
						<parameter name="k2_120" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_7" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_7" stoichiometry="1"/>
					<specieReference specie="NAD_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_7" stoichiometry="1"/>
					<specieReference specie="NADH_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_121)*((((Vmaxf_121)*(GAP_7))*(NAD_7))/((Kgap_121)*(Knad_121))-(((Vmaxr_121)*(BPG_7))*(NADH_7))/((Kbpg_121)*(Knadh_121))))/((1                   +(GAP_7)/(Kgap_121)+(BPG_7)/(Kbpg_121))*(1                   +(NAD_7)/(Knad_121)+(NADH_7)/(Knadh_121)))">
					<listOfParameters>
						<parameter name="C_121" value="1"/>
						<parameter name="Vmaxf_121" value="1152"/>
						<parameter name="Kgap_121" value="0.21"/>
						<parameter name="Knad_121" value="0.09"/>
						<parameter name="Vmaxr_121" value="6184.963264144095"/>
						<parameter name="Kbpg_121" value="0.0098"/>
						<parameter name="Knadh_121" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_7" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_7" stoichiometry="1"/>
					<specieReference specie="BPG_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_7" stoichiometry="1"/>
					<specieReference specie="P3G_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_122)*((((Keq_122)*(BPG_7))*(ADP_7)-(P3G_7)*(ATP_7))/((Kp3g_122)*(Katp_122))))/((1                   +(BPG_7)/(Kbpg_122)+(P3G_7)/(Kp3g_122))*(1                   +(ADP_7)/(Kadp_122)+(ATP_7)/(Katp_122)))">
					<listOfParameters>
						<parameter name="Vmax_122" value="688.0228094685876"/>
						<parameter name="Keq_122" value="3200"/>
						<parameter name="Kp3g_122" value="0.53"/>
						<parameter name="Katp_122" value="0.3"/>
						<parameter name="Kbpg_122" value="0.003"/>
						<parameter name="Kadp_122" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_7" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_123)*((P3G_7)/(Kp3g_123)-(P2G_7)/((Kp3g_123)*(Keq_123))))/(1                   +(P3G_7)/(Kp3g_123)+(P2G_7)/(Kp2g_123))">
					<listOfParameters>
						<parameter name="Vmax_123" value="2943.960651219727"/>
						<parameter name="Kp3g_123" value="1.2"/>
						<parameter name="Keq_123" value="0.19"/>
						<parameter name="Kp2g_123" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_7" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_124)*((P2G_7)/(Kp2g_124)-(PEP_7)/((Kp2g_124)*(Keq_124))))/(1                   +(P2G_7)/(Kp2g_124)+(PEP_7)/(Kpep_124))">
					<listOfParameters>
						<parameter name="Vmax_124" value="200.9966127802906"/>
						<parameter name="Kp2g_124" value="0.04"/>
						<parameter name="Keq_124" value="6.7"/>
						<parameter name="Kpep_124" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_7" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_7" stoichiometry="1"/>
					<specieReference specie="PEP_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_7" stoichiometry="1"/>
					<specieReference specie="PYR_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_125)*(((PEP_7)*(ADP_7))/((Kpep_125)*(Kadp_125))-((PYR_7)*(ATP_7))/(((Kpep_125)*(Kadp_125))*(Keq_125))))/((1                   +(PEP_7)/(Kpep_125)+(PYR_7)/(Kpyr_125))*(1                   +(ADP_7)/(Kadp_125)+(ATP_7)/(Katp_125)))">
					<listOfParameters>
						<parameter name="Vmax_125" value="827.5098034523152"/>
						<parameter name="Kpep_125" value="0.14"/>
						<parameter name="Kadp_125" value="0.53"/>
						<parameter name="Keq_125" value="6500"/>
						<parameter name="Kpyr_125" value="21"/>
						<parameter name="Katp_125" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_7" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_7" stoichiometry="1"/>
					<specieReference specie="CO2_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_126)*(((PYR_7)/(Kpyr_126))^(nH_126)))/(1                   +((PYR_7)/(Kpyr_126))^(nH_126))">
					<listOfParameters>
						<parameter name="Vmax_126" value="1024.521336331068"/>
						<parameter name="Kpyr_126" value="4.33"/>
						<parameter name="nH_126" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_7" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_7" stoichiometry="1"/>
					<specieReference specie="EtOH_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_7" stoichiometry="1"/>
					<specieReference specie="AcAld_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_127)*(((EtOH_7)*(NAD_7))/((Ketoh_127)*(Kinad_127))-((AcAld_7)*(NADH_7))/(((Ketoh_127)*(Kinad_127))*(Keq_127))))/(1                   +(NAD_7)/(Kinad_127)+((EtOH_7)*(Knad_127))/((Kinad_127)*(Ketoh_127))+((AcAld_7)*(Knadh_127))/((Kinadh_127)*(Kacald_127))+(NADH_7)/(Kinadh_127)+((EtOH_7)*(NAD_7))/((Kinad_127)*(Ketoh_127))+(((NAD_7)*(AcAld_7))*(Knadh_127))/(((Kinad_127)*(Kinadh_127))*(Kacald_127))+(((EtOH_7)*(NADH_7))*(Knad_127))/(((Kinad_127)*(Kinadh_127))*(Ketoh_127))+((AcAld_7)*(NADH_7))/((Kacald_127)*(Kinadh_127))+(((EtOH_7)*(NAD_7))*(AcAld_7))/(((Kinad_127)*(Kiacald_127))*(Ketoh_127))+(((EtOH_7)*(AcAld_7))*(NADH_7))/(((Kietoh_127)*(Kinadh_127))*(Kacald_127)))">
					<listOfParameters>
						<parameter name="Vmax_127" value="199.2013840094787"/>
						<parameter name="Ketoh_127" value="17"/>
						<parameter name="Kinad_127" value="0.92"/>
						<parameter name="Keq_127" value="6.9e-005"/>
						<parameter name="Knad_127" value="0.17"/>
						<parameter name="Knadh_127" value="0.11"/>
						<parameter name="Kinadh_127" value="0.031"/>
						<parameter name="Kacald_127" value="1.11"/>
						<parameter name="Kiacald_127" value="1.1"/>
						<parameter name="Kietoh_127" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_7" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_128)*(ATP_7)">
					<listOfParameters>
						<parameter name="Katpase_128" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_7" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_7" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_7" stoichiometry="1"/>
					<specieReference specie="AMP_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_129*ADP_7*ADP_7-k2_129*ATP_7*AMP_7">
					<listOfParameters>
						<parameter name="k1_129" value="45"/>
						<parameter name="k2_129" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_7" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_7" stoichiometry="1"/>
					<specieReference specie="NADH_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_7" stoichiometry="1"/>
					<specieReference specie="Glycerol_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_130)*(((DHAP_7)/(Kdhap_130))*((NADH_7)/(Knadh_130))-(((Glycerol_7)/(Kdhap_130))*((NAD_7)/(Knadh_130)))*((1                   )/(Keq_130))))/((1                   +(DHAP_7)/(Kdhap_130)+(Glycerol_7)/(Kglycerol_130))*(1                   +(NADH_7)/(Knadh_130)+(NAD_7)/(Knad_130)))">
					<listOfParameters>
						<parameter name="Vmax_130" value="37.86223430169338"/>
						<parameter name="Kdhap_130" value="0.4"/>
						<parameter name="Knadh_130" value="0.023"/>
						<parameter name="Keq_130" value="4300"/>
						<parameter name="Kglycerol_130" value="1"/>
						<parameter name="Knad_130" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_7" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_7" stoichiometry="1"/>
					<specieReference specie="G6P_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_7" stoichiometry="1"/>
					<specieReference specie="Glycogen_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_131">
					<listOfParameters>
						<parameter name="KGLYCOGEN_131" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_7" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_7" stoichiometry="1"/>
					<specieReference specie="G6P_7" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_7" stoichiometry="1"/>
					<specieReference specie="Trehalose_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_132">
					<listOfParameters>
						<parameter name="Ktrehalose_132" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_7" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_7" stoichiometry="3"/>
					<specieReference specie="AcAld_7" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_7" stoichiometry="3"/>
					<specieReference specie="Succinate_7" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_133)*(AcAld_7)">
					<listOfParameters>
						<parameter name="k_133" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_8" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_134)*(GLCo_8-GLCi_8))/(Kglc_134))/(1                   +(GLCo_8+GLCi_8)/(Kglc_134)+(((Ki_134)*(GLCo_8))*(GLCi_8))/((Kglc_134)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_134" value="101.1189348323357"/>
						<parameter name="Kglc_134" value="1.1918"/>
						<parameter name="Ki_134" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_8" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_8" stoichiometry="1"/>
					<specieReference specie="ATP_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_8" stoichiometry="1"/>
					<specieReference specie="ADP_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_135)*(((GLCi_8)*(ATP_8))/((Kglc_135)*(Katp_135))-((G6P_8)*(ADP_8))/(((Kglc_135)*(Katp_135))*(Keq_135))))/((1                   +(GLCi_8)/(Kglc_135)+(G6P_8)/(Kg6p_135))*(1                   +(ATP_8)/(Katp_135)+(ADP_8)/(Kadp_135)))">
					<listOfParameters>
						<parameter name="Vmax_135" value="276.399286175065"/>
						<parameter name="Kglc_135" value="0.08"/>
						<parameter name="Katp_135" value="0.15"/>
						<parameter name="Keq_135" value="2000"/>
						<parameter name="Kg6p_135" value="30"/>
						<parameter name="Kadp_135" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_8" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_136)*((G6P_8)/(Kg6p_136)-(F6P_8)/((Kg6p_136)*(Keq_136))))/(1                   +(G6P_8)/(Kg6p_136)+(F6P_8)/(Kf6p_136))">
					<listOfParameters>
						<parameter name="Vmax_136" value="1565.914317360637"/>
						<parameter name="Kg6p_136" value="1.4"/>
						<parameter name="Keq_136" value="0.29"/>
						<parameter name="Kf6p_136" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_8" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_8" stoichiometry="1"/>
					<specieReference specie="F6P_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_8" stoichiometry="1"/>
					<specieReference specie="F16bP_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_137)*(((((gR_137)*((F6P_8)/(Kf6p_137)))*((ATP_8)/(Katp_137)))*(1                   +(F6P_8)/(Kf6p_137)+(ATP_8)/(Katp_137)+((((gR_137)*(F6P_8))/(Kf6p_137))*(ATP_8))/(Katp_137)))/((1                   +(F6P_8)/(Kf6p_137)+(ATP_8)/(Katp_137)+((((gR_137)*(F6P_8))/(Kf6p_137))*(ATP_8))/(Katp_137))^(2                   )+((((L0_137)*(((1                   +((Ciatp_137)*(ATP_8))/(Kiatp_137))/(1                   +(ATP_8)/(Kiatp_137)))^(2                   )))*(((1                   +((Camp_137)*(AMP_8))/(Kamp_137))/(1                   +(AMP_8)/(Kamp_137)))^(2                   )))*(((1                   +((Cf26_137)*(F26bP_8))/(Kf26_137)+((Cf16_137)*(F16bP_8))/(Kf16_137))/(1                   +(F26bP_8)/(Kf26_137)+(F16bP_8)/(Kf16_137)))^(2                   )))*((1                   +((Catp_137)*(ATP_8))/(Katp_137))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_137" value="72.84853857112847"/>
						<parameter name="gR_137" value="5.12"/>
						<parameter name="Kf6p_137" value="0.1"/>
						<parameter name="Katp_137" value="0.71"/>
						<parameter name="L0_137" value="0.66"/>
						<parameter name="Ciatp_137" value="100"/>
						<parameter name="Kiatp_137" value="0.65"/>
						<parameter name="Camp_137" value="0.08450000000000001"/>
						<parameter name="Kamp_137" value="0.09950000000000001"/>
						<parameter name="Cf26_137" value="0.0174"/>
						<parameter name="Kf26_137" value="0.000682"/>
						<parameter name="Cf16_137" value="0.397"/>
						<parameter name="Kf16_137" value="0.111"/>
						<parameter name="Catp_137" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_8" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_8" stoichiometry="1"/>
					<specieReference specie="GAP_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_138)*((F16bP_8)/(Kf16bp_138)-((DHAP_8)*(GAP_8))/((Kf16bp_138)*(Keq_138))))/(1                   +(F16bP_8)/(Kf16bp_138)+(DHAP_8)/(Kdhap_138)+(GAP_8)/(Kgap_138)+((F16bP_8)*(GAP_8))/((Kf16bp_138)*(Kigap_138))+((DHAP_8)*(GAP_8))/((Kdhap_138)*(Kgap_138)))">
					<listOfParameters>
						<parameter name="Vmax_138" value="93.51941674925325"/>
						<parameter name="Kf16bp_138" value="0.3"/>
						<parameter name="Keq_138" value="0.06900000000000001"/>
						<parameter name="Kdhap_138" value="2"/>
						<parameter name="Kgap_138" value="2.4"/>
						<parameter name="Kigap_138" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_8" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_139*DHAP_8-k2_139*GAP_8">
					<listOfParameters>
						<parameter name="k1_139" value="450000"/>
						<parameter name="k2_139" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_8" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_8" stoichiometry="1"/>
					<specieReference specie="NAD_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_8" stoichiometry="1"/>
					<specieReference specie="NADH_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_140)*((((Vmaxf_140)*(GAP_8))*(NAD_8))/((Kgap_140)*(Knad_140))-(((Vmaxr_140)*(BPG_8))*(NADH_8))/((Kbpg_140)*(Knadh_140))))/((1                   +(GAP_8)/(Kgap_140)+(BPG_8)/(Kbpg_140))*(1                   +(NAD_8)/(Knad_140)+(NADH_8)/(Knadh_140)))">
					<listOfParameters>
						<parameter name="C_140" value="1"/>
						<parameter name="Vmaxf_140" value="1152"/>
						<parameter name="Kgap_140" value="0.21"/>
						<parameter name="Knad_140" value="0.09"/>
						<parameter name="Vmaxr_140" value="5506.208836064832"/>
						<parameter name="Kbpg_140" value="0.0098"/>
						<parameter name="Knadh_140" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_8" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_8" stoichiometry="1"/>
					<specieReference specie="BPG_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_8" stoichiometry="1"/>
					<specieReference specie="P3G_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_141)*((((Keq_141)*(BPG_8))*(ADP_8)-(P3G_8)*(ATP_8))/((Kp3g_141)*(Katp_141))))/((1                   +(BPG_8)/(Kbpg_141)+(P3G_8)/(Kp3g_141))*(1                   +(ADP_8)/(Kadp_141)+(ATP_8)/(Katp_141)))">
					<listOfParameters>
						<parameter name="Vmax_141" value="1056.95312166053"/>
						<parameter name="Keq_141" value="3200"/>
						<parameter name="Kp3g_141" value="0.53"/>
						<parameter name="Katp_141" value="0.3"/>
						<parameter name="Kbpg_141" value="0.003"/>
						<parameter name="Kadp_141" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_8" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_142)*((P3G_8)/(Kp3g_142)-(P2G_8)/((Kp3g_142)*(Keq_142))))/(1                   +(P3G_8)/(Kp3g_142)+(P2G_8)/(Kp2g_142))">
					<listOfParameters>
						<parameter name="Vmax_142" value="2070.389435981053"/>
						<parameter name="Kp3g_142" value="1.2"/>
						<parameter name="Keq_142" value="0.19"/>
						<parameter name="Kp2g_142" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_8" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_143)*((P2G_8)/(Kp2g_143)-(PEP_8)/((Kp2g_143)*(Keq_143))))/(1                   +(P2G_8)/(Kp2g_143)+(PEP_8)/(Kpep_143))">
					<listOfParameters>
						<parameter name="Vmax_143" value="199.8180979188413"/>
						<parameter name="Kp2g_143" value="0.04"/>
						<parameter name="Keq_143" value="6.7"/>
						<parameter name="Kpep_143" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_8" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_8" stoichiometry="1"/>
					<specieReference specie="PEP_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_8" stoichiometry="1"/>
					<specieReference specie="PYR_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_144)*(((PEP_8)*(ADP_8))/((Kpep_144)*(Kadp_144))-((PYR_8)*(ATP_8))/(((Kpep_144)*(Kadp_144))*(Keq_144))))/((1                   +(PEP_8)/(Kpep_144)+(PYR_8)/(Kpyr_144))*(1                   +(ADP_8)/(Kadp_144)+(ATP_8)/(Katp_144)))">
					<listOfParameters>
						<parameter name="Vmax_144" value="466.9885706060717"/>
						<parameter name="Kpep_144" value="0.14"/>
						<parameter name="Kadp_144" value="0.53"/>
						<parameter name="Keq_144" value="6500"/>
						<parameter name="Kpyr_144" value="21"/>
						<parameter name="Katp_144" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_8" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_8" stoichiometry="1"/>
					<specieReference specie="CO2_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_145)*(((PYR_8)/(Kpyr_145))^(nH_145)))/(1                   +((PYR_8)/(Kpyr_145))^(nH_145))">
					<listOfParameters>
						<parameter name="Vmax_145" value="642.1697691916297"/>
						<parameter name="Kpyr_145" value="4.33"/>
						<parameter name="nH_145" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_8" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_8" stoichiometry="1"/>
					<specieReference specie="EtOH_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_8" stoichiometry="1"/>
					<specieReference specie="AcAld_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_146)*(((EtOH_8)*(NAD_8))/((Ketoh_146)*(Kinad_146))-((AcAld_8)*(NADH_8))/(((Ketoh_146)*(Kinad_146))*(Keq_146))))/(1                   +(NAD_8)/(Kinad_146)+((EtOH_8)*(Knad_146))/((Kinad_146)*(Ketoh_146))+((AcAld_8)*(Knadh_146))/((Kinadh_146)*(Kacald_146))+(NADH_8)/(Kinadh_146)+((EtOH_8)*(NAD_8))/((Kinad_146)*(Ketoh_146))+(((NAD_8)*(AcAld_8))*(Knadh_146))/(((Kinad_146)*(Kinadh_146))*(Kacald_146))+(((EtOH_8)*(NADH_8))*(Knad_146))/(((Kinad_146)*(Kinadh_146))*(Ketoh_146))+((AcAld_8)*(NADH_8))/((Kacald_146)*(Kinadh_146))+(((EtOH_8)*(NAD_8))*(AcAld_8))/(((Kinad_146)*(Kiacald_146))*(Ketoh_146))+(((EtOH_8)*(AcAld_8))*(NADH_8))/(((Kietoh_146)*(Kinadh_146))*(Kacald_146)))">
					<listOfParameters>
						<parameter name="Vmax_146" value="235.5282281158789"/>
						<parameter name="Ketoh_146" value="17"/>
						<parameter name="Kinad_146" value="0.92"/>
						<parameter name="Keq_146" value="6.9e-005"/>
						<parameter name="Knad_146" value="0.17"/>
						<parameter name="Knadh_146" value="0.11"/>
						<parameter name="Kinadh_146" value="0.031"/>
						<parameter name="Kacald_146" value="1.11"/>
						<parameter name="Kiacald_146" value="1.1"/>
						<parameter name="Kietoh_146" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_8" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_147)*(ATP_8)">
					<listOfParameters>
						<parameter name="Katpase_147" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_8" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_8" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_8" stoichiometry="1"/>
					<specieReference specie="AMP_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_148*ADP_8*ADP_8-k2_148*ATP_8*AMP_8">
					<listOfParameters>
						<parameter name="k1_148" value="45"/>
						<parameter name="k2_148" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_8" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_8" stoichiometry="1"/>
					<specieReference specie="NADH_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_8" stoichiometry="1"/>
					<specieReference specie="Glycerol_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_149)*(((DHAP_8)/(Kdhap_149))*((NADH_8)/(Knadh_149))-(((Glycerol_8)/(Kdhap_149))*((NAD_8)/(Knadh_149)))*((1                   )/(Keq_149))))/((1                   +(DHAP_8)/(Kdhap_149)+(Glycerol_8)/(Kglycerol_149))*(1                   +(NADH_8)/(Knadh_149)+(NAD_8)/(Knad_149)))">
					<listOfParameters>
						<parameter name="Vmax_149" value="52.70121330867916"/>
						<parameter name="Kdhap_149" value="0.4"/>
						<parameter name="Knadh_149" value="0.023"/>
						<parameter name="Keq_149" value="4300"/>
						<parameter name="Kglycerol_149" value="1"/>
						<parameter name="Knad_149" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_8" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_8" stoichiometry="1"/>
					<specieReference specie="G6P_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_8" stoichiometry="1"/>
					<specieReference specie="Glycogen_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_150">
					<listOfParameters>
						<parameter name="KGLYCOGEN_150" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_8" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_8" stoichiometry="1"/>
					<specieReference specie="G6P_8" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_8" stoichiometry="1"/>
					<specieReference specie="Trehalose_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_151">
					<listOfParameters>
						<parameter name="Ktrehalose_151" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_8" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_8" stoichiometry="3"/>
					<specieReference specie="AcAld_8" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_8" stoichiometry="3"/>
					<specieReference specie="Succinate_8" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_152)*(AcAld_8)">
					<listOfParameters>
						<parameter name="k_152" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_9" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_153)*(GLCo_9-GLCi_9))/(Kglc_153))/(1                   +(GLCo_9+GLCi_9)/(Kglc_153)+(((Ki_153)*(GLCo_9))*(GLCi_9))/((Kglc_153)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_153" value="101.7664438338481"/>
						<parameter name="Kglc_153" value="1.1918"/>
						<parameter name="Ki_153" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_9" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_9" stoichiometry="1"/>
					<specieReference specie="ATP_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_9" stoichiometry="1"/>
					<specieReference specie="ADP_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_154)*(((GLCi_9)*(ATP_9))/((Kglc_154)*(Katp_154))-((G6P_9)*(ADP_9))/(((Kglc_154)*(Katp_154))*(Keq_154))))/((1                   +(GLCi_9)/(Kglc_154)+(G6P_9)/(Kg6p_154))*(1                   +(ATP_9)/(Katp_154)+(ADP_9)/(Kadp_154)))">
					<listOfParameters>
						<parameter name="Vmax_154" value="221.5947740684189"/>
						<parameter name="Kglc_154" value="0.08"/>
						<parameter name="Katp_154" value="0.15"/>
						<parameter name="Keq_154" value="2000"/>
						<parameter name="Kg6p_154" value="30"/>
						<parameter name="Kadp_154" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_9" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_155)*((G6P_9)/(Kg6p_155)-(F6P_9)/((Kg6p_155)*(Keq_155))))/(1                   +(G6P_9)/(Kg6p_155)+(F6P_9)/(Kf6p_155))">
					<listOfParameters>
						<parameter name="Vmax_155" value="1275.497427701576"/>
						<parameter name="Kg6p_155" value="1.4"/>
						<parameter name="Keq_155" value="0.29"/>
						<parameter name="Kf6p_155" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_9" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_9" stoichiometry="1"/>
					<specieReference specie="F6P_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_9" stoichiometry="1"/>
					<specieReference specie="F16bP_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_156)*(((((gR_156)*((F6P_9)/(Kf6p_156)))*((ATP_9)/(Katp_156)))*(1                   +(F6P_9)/(Kf6p_156)+(ATP_9)/(Katp_156)+((((gR_156)*(F6P_9))/(Kf6p_156))*(ATP_9))/(Katp_156)))/((1                   +(F6P_9)/(Kf6p_156)+(ATP_9)/(Katp_156)+((((gR_156)*(F6P_9))/(Kf6p_156))*(ATP_9))/(Katp_156))^(2                   )+((((L0_156)*(((1                   +((Ciatp_156)*(ATP_9))/(Kiatp_156))/(1                   +(ATP_9)/(Kiatp_156)))^(2                   )))*(((1                   +((Camp_156)*(AMP_9))/(Kamp_156))/(1                   +(AMP_9)/(Kamp_156)))^(2                   )))*(((1                   +((Cf26_156)*(F26bP_9))/(Kf26_156)+((Cf16_156)*(F16bP_9))/(Kf16_156))/(1                   +(F26bP_9)/(Kf26_156)+(F16bP_9)/(Kf16_156)))^(2                   )))*((1                   +((Catp_156)*(ATP_9))/(Katp_156))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_156" value="147.9913763326752"/>
						<parameter name="gR_156" value="5.12"/>
						<parameter name="Kf6p_156" value="0.1"/>
						<parameter name="Katp_156" value="0.71"/>
						<parameter name="L0_156" value="0.66"/>
						<parameter name="Ciatp_156" value="100"/>
						<parameter name="Kiatp_156" value="0.65"/>
						<parameter name="Camp_156" value="0.08450000000000001"/>
						<parameter name="Kamp_156" value="0.09950000000000001"/>
						<parameter name="Cf26_156" value="0.0174"/>
						<parameter name="Kf26_156" value="0.000682"/>
						<parameter name="Cf16_156" value="0.397"/>
						<parameter name="Kf16_156" value="0.111"/>
						<parameter name="Catp_156" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_9" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_9" stoichiometry="1"/>
					<specieReference specie="GAP_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_157)*((F16bP_9)/(Kf16bp_157)-((DHAP_9)*(GAP_9))/((Kf16bp_157)*(Keq_157))))/(1                   +(F16bP_9)/(Kf16bp_157)+(DHAP_9)/(Kdhap_157)+(GAP_9)/(Kgap_157)+((F16bP_9)*(GAP_9))/((Kf16bp_157)*(Kigap_157))+((DHAP_9)*(GAP_9))/((Kdhap_157)*(Kgap_157)))">
					<listOfParameters>
						<parameter name="Vmax_157" value="109.5562589748781"/>
						<parameter name="Kf16bp_157" value="0.3"/>
						<parameter name="Keq_157" value="0.06900000000000001"/>
						<parameter name="Kdhap_157" value="2"/>
						<parameter name="Kgap_157" value="2.4"/>
						<parameter name="Kigap_157" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_9" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_158*DHAP_9-k2_158*GAP_9">
					<listOfParameters>
						<parameter name="k1_158" value="450000"/>
						<parameter name="k2_158" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_9" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_9" stoichiometry="1"/>
					<specieReference specie="NAD_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_9" stoichiometry="1"/>
					<specieReference specie="NADH_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_159)*((((Vmaxf_159)*(GAP_9))*(NAD_9))/((Kgap_159)*(Knad_159))-(((Vmaxr_159)*(BPG_9))*(NADH_9))/((Kbpg_159)*(Knadh_159))))/((1                   +(GAP_9)/(Kgap_159)+(BPG_9)/(Kbpg_159))*(1                   +(NAD_9)/(Knad_159)+(NADH_9)/(Knadh_159)))">
					<listOfParameters>
						<parameter name="C_159" value="1"/>
						<parameter name="Vmaxf_159" value="1152"/>
						<parameter name="Kgap_159" value="0.21"/>
						<parameter name="Knad_159" value="0.09"/>
						<parameter name="Vmaxr_159" value="9712.836671064171"/>
						<parameter name="Kbpg_159" value="0.0098"/>
						<parameter name="Knadh_159" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_9" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_9" stoichiometry="1"/>
					<specieReference specie="BPG_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_9" stoichiometry="1"/>
					<specieReference specie="P3G_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_160)*((((Keq_160)*(BPG_9))*(ADP_9)-(P3G_9)*(ATP_9))/((Kp3g_160)*(Katp_160))))/((1                   +(BPG_9)/(Kbpg_160)+(P3G_9)/(Kp3g_160))*(1                   +(ADP_9)/(Kadp_160)+(ATP_9)/(Katp_160)))">
					<listOfParameters>
						<parameter name="Vmax_160" value="1201.045597341448"/>
						<parameter name="Keq_160" value="3200"/>
						<parameter name="Kp3g_160" value="0.53"/>
						<parameter name="Katp_160" value="0.3"/>
						<parameter name="Kbpg_160" value="0.003"/>
						<parameter name="Kadp_160" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_9" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_161)*((P3G_9)/(Kp3g_161)-(P2G_9)/((Kp3g_161)*(Keq_161))))/(1                   +(P3G_9)/(Kp3g_161)+(P2G_9)/(Kp2g_161))">
					<listOfParameters>
						<parameter name="Vmax_161" value="2742.302587848147"/>
						<parameter name="Kp3g_161" value="1.2"/>
						<parameter name="Keq_161" value="0.19"/>
						<parameter name="Kp2g_161" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_9" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_162)*((P2G_9)/(Kp2g_162)-(PEP_9)/((Kp2g_162)*(Keq_162))))/(1                   +(P2G_9)/(Kp2g_162)+(PEP_9)/(Kpep_162))">
					<listOfParameters>
						<parameter name="Vmax_162" value="182.2236386683198"/>
						<parameter name="Kp2g_162" value="0.04"/>
						<parameter name="Keq_162" value="6.7"/>
						<parameter name="Kpep_162" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_9" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_9" stoichiometry="1"/>
					<specieReference specie="PEP_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_9" stoichiometry="1"/>
					<specieReference specie="PYR_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_163)*(((PEP_9)*(ADP_9))/((Kpep_163)*(Kadp_163))-((PYR_9)*(ATP_9))/(((Kpep_163)*(Kadp_163))*(Keq_163))))/((1                   +(PEP_9)/(Kpep_163)+(PYR_9)/(Kpyr_163))*(1                   +(ADP_9)/(Kadp_163)+(ATP_9)/(Katp_163)))">
					<listOfParameters>
						<parameter name="Vmax_163" value="666.8684149926444"/>
						<parameter name="Kpep_163" value="0.14"/>
						<parameter name="Kadp_163" value="0.53"/>
						<parameter name="Keq_163" value="6500"/>
						<parameter name="Kpyr_163" value="21"/>
						<parameter name="Katp_163" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_9" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_9" stoichiometry="1"/>
					<specieReference specie="CO2_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_164)*(((PYR_9)/(Kpyr_164))^(nH_164)))/(1                   +((PYR_9)/(Kpyr_164))^(nH_164))">
					<listOfParameters>
						<parameter name="Vmax_164" value="731.7785958974041"/>
						<parameter name="Kpyr_164" value="4.33"/>
						<parameter name="nH_164" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_9" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_9" stoichiometry="1"/>
					<specieReference specie="EtOH_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_9" stoichiometry="1"/>
					<specieReference specie="AcAld_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_165)*(((EtOH_9)*(NAD_9))/((Ketoh_165)*(Kinad_165))-((AcAld_9)*(NADH_9))/(((Ketoh_165)*(Kinad_165))*(Keq_165))))/(1                   +(NAD_9)/(Kinad_165)+((EtOH_9)*(Knad_165))/((Kinad_165)*(Ketoh_165))+((AcAld_9)*(Knadh_165))/((Kinadh_165)*(Kacald_165))+(NADH_9)/(Kinadh_165)+((EtOH_9)*(NAD_9))/((Kinad_165)*(Ketoh_165))+(((NAD_9)*(AcAld_9))*(Knadh_165))/(((Kinad_165)*(Kinadh_165))*(Kacald_165))+(((EtOH_9)*(NADH_9))*(Knad_165))/(((Kinad_165)*(Kinadh_165))*(Ketoh_165))+((AcAld_9)*(NADH_9))/((Kacald_165)*(Kinadh_165))+(((EtOH_9)*(NAD_9))*(AcAld_9))/(((Kinad_165)*(Kiacald_165))*(Ketoh_165))+(((EtOH_9)*(AcAld_9))*(NADH_9))/(((Kietoh_165)*(Kinadh_165))*(Kacald_165)))">
					<listOfParameters>
						<parameter name="Vmax_165" value="300.2247375584653"/>
						<parameter name="Ketoh_165" value="17"/>
						<parameter name="Kinad_165" value="0.92"/>
						<parameter name="Keq_165" value="6.9e-005"/>
						<parameter name="Knad_165" value="0.17"/>
						<parameter name="Knadh_165" value="0.11"/>
						<parameter name="Kinadh_165" value="0.031"/>
						<parameter name="Kacald_165" value="1.11"/>
						<parameter name="Kiacald_165" value="1.1"/>
						<parameter name="Kietoh_165" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_9" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_166)*(ATP_9)">
					<listOfParameters>
						<parameter name="Katpase_166" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_9" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_9" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_9" stoichiometry="1"/>
					<specieReference specie="AMP_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_167*ADP_9*ADP_9-k2_167*ATP_9*AMP_9">
					<listOfParameters>
						<parameter name="k1_167" value="45"/>
						<parameter name="k2_167" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_9" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_9" stoichiometry="1"/>
					<specieReference specie="NADH_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_9" stoichiometry="1"/>
					<specieReference specie="Glycerol_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_168)*(((DHAP_9)/(Kdhap_168))*((NADH_9)/(Knadh_168))-(((Glycerol_9)/(Kdhap_168))*((NAD_9)/(Knadh_168)))*((1                   )/(Keq_168))))/((1                   +(DHAP_9)/(Kdhap_168)+(Glycerol_9)/(Kglycerol_168))*(1                   +(NADH_9)/(Knadh_168)+(NAD_9)/(Knad_168)))">
					<listOfParameters>
						<parameter name="Vmax_168" value="40.17245102994812"/>
						<parameter name="Kdhap_168" value="0.4"/>
						<parameter name="Knadh_168" value="0.023"/>
						<parameter name="Keq_168" value="4300"/>
						<parameter name="Kglycerol_168" value="1"/>
						<parameter name="Knad_168" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_9" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_9" stoichiometry="1"/>
					<specieReference specie="G6P_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_9" stoichiometry="1"/>
					<specieReference specie="Glycogen_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_169">
					<listOfParameters>
						<parameter name="KGLYCOGEN_169" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_9" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_9" stoichiometry="1"/>
					<specieReference specie="G6P_9" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_9" stoichiometry="1"/>
					<specieReference specie="Trehalose_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_170">
					<listOfParameters>
						<parameter name="Ktrehalose_170" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_9" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_9" stoichiometry="3"/>
					<specieReference specie="AcAld_9" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_9" stoichiometry="3"/>
					<specieReference specie="Succinate_9" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_171)*(AcAld_9)">
					<listOfParameters>
						<parameter name="k_171" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_10" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_172)*(GLCo_10-GLCi_10))/(Kglc_172))/(1                   +(GLCo_10+GLCi_10)/(Kglc_172)+(((Ki_172)*(GLCo_10))*(GLCi_10))/((Kglc_172)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_172" value="118.7301567705773"/>
						<parameter name="Kglc_172" value="1.1918"/>
						<parameter name="Ki_172" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_10" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_10" stoichiometry="1"/>
					<specieReference specie="ATP_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_10" stoichiometry="1"/>
					<specieReference specie="ADP_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_173)*(((GLCi_10)*(ATP_10))/((Kglc_173)*(Katp_173))-((G6P_10)*(ADP_10))/(((Kglc_173)*(Katp_173))*(Keq_173))))/((1                   +(GLCi_10)/(Kglc_173)+(G6P_10)/(Kg6p_173))*(1                   +(ATP_10)/(Katp_173)+(ADP_10)/(Kadp_173)))">
					<listOfParameters>
						<parameter name="Vmax_173" value="224.6975036184553"/>
						<parameter name="Kglc_173" value="0.08"/>
						<parameter name="Katp_173" value="0.15"/>
						<parameter name="Keq_173" value="2000"/>
						<parameter name="Kg6p_173" value="30"/>
						<parameter name="Kadp_173" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_10" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_174)*((G6P_10)/(Kg6p_174)-(F6P_10)/((Kg6p_174)*(Keq_174))))/(1                   +(G6P_10)/(Kg6p_174)+(F6P_10)/(Kf6p_174))">
					<listOfParameters>
						<parameter name="Vmax_174" value="854.4322962088379"/>
						<parameter name="Kg6p_174" value="1.4"/>
						<parameter name="Keq_174" value="0.29"/>
						<parameter name="Kf6p_174" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_10" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_10" stoichiometry="1"/>
					<specieReference specie="F6P_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_10" stoichiometry="1"/>
					<specieReference specie="F16bP_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_175)*(((((gR_175)*((F6P_10)/(Kf6p_175)))*((ATP_10)/(Katp_175)))*(1                   +(F6P_10)/(Kf6p_175)+(ATP_10)/(Katp_175)+((((gR_175)*(F6P_10))/(Kf6p_175))*(ATP_10))/(Katp_175)))/((1                   +(F6P_10)/(Kf6p_175)+(ATP_10)/(Katp_175)+((((gR_175)*(F6P_10))/(Kf6p_175))*(ATP_10))/(Katp_175))^(2                   )+((((L0_175)*(((1                   +((Ciatp_175)*(ATP_10))/(Kiatp_175))/(1                   +(ATP_10)/(Kiatp_175)))^(2                   )))*(((1                   +((Camp_175)*(AMP_10))/(Kamp_175))/(1                   +(AMP_10)/(Kamp_175)))^(2                   )))*(((1                   +((Cf26_175)*(F26bP_10))/(Kf26_175)+((Cf16_175)*(F16bP_10))/(Kf16_175))/(1                   +(F26bP_10)/(Kf26_175)+(F16bP_10)/(Kf16_175)))^(2                   )))*((1                   +((Catp_175)*(ATP_10))/(Katp_175))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_175" value="115.8517172145036"/>
						<parameter name="gR_175" value="5.12"/>
						<parameter name="Kf6p_175" value="0.1"/>
						<parameter name="Katp_175" value="0.71"/>
						<parameter name="L0_175" value="0.66"/>
						<parameter name="Ciatp_175" value="100"/>
						<parameter name="Kiatp_175" value="0.65"/>
						<parameter name="Camp_175" value="0.08450000000000001"/>
						<parameter name="Kamp_175" value="0.09950000000000001"/>
						<parameter name="Cf26_175" value="0.0174"/>
						<parameter name="Kf26_175" value="0.000682"/>
						<parameter name="Cf16_175" value="0.397"/>
						<parameter name="Kf16_175" value="0.111"/>
						<parameter name="Catp_175" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_10" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_10" stoichiometry="1"/>
					<specieReference specie="GAP_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_176)*((F16bP_10)/(Kf16bp_176)-((DHAP_10)*(GAP_10))/((Kf16bp_176)*(Keq_176))))/(1                   +(F16bP_10)/(Kf16bp_176)+(DHAP_10)/(Kdhap_176)+(GAP_10)/(Kgap_176)+((F16bP_10)*(GAP_10))/((Kf16bp_176)*(Kigap_176))+((DHAP_10)*(GAP_10))/((Kdhap_176)*(Kgap_176)))">
					<listOfParameters>
						<parameter name="Vmax_176" value="104.0621371343736"/>
						<parameter name="Kf16bp_176" value="0.3"/>
						<parameter name="Keq_176" value="0.06900000000000001"/>
						<parameter name="Kdhap_176" value="2"/>
						<parameter name="Kgap_176" value="2.4"/>
						<parameter name="Kigap_176" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_10" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_177*DHAP_10-k2_177*GAP_10">
					<listOfParameters>
						<parameter name="k1_177" value="450000"/>
						<parameter name="k2_177" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_10" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_10" stoichiometry="1"/>
					<specieReference specie="NAD_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_10" stoichiometry="1"/>
					<specieReference specie="NADH_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_178)*((((Vmaxf_178)*(GAP_10))*(NAD_10))/((Kgap_178)*(Knad_178))-(((Vmaxr_178)*(BPG_10))*(NADH_10))/((Kbpg_178)*(Knadh_178))))/((1                   +(GAP_10)/(Kgap_178)+(BPG_10)/(Kbpg_178))*(1                   +(NAD_10)/(Knad_178)+(NADH_10)/(Knadh_178)))">
					<listOfParameters>
						<parameter name="C_178" value="1"/>
						<parameter name="Vmaxf_178" value="1152"/>
						<parameter name="Kgap_178" value="0.21"/>
						<parameter name="Knad_178" value="0.09"/>
						<parameter name="Vmaxr_178" value="6354.736787115347"/>
						<parameter name="Kbpg_178" value="0.0098"/>
						<parameter name="Knadh_178" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_10" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_10" stoichiometry="1"/>
					<specieReference specie="BPG_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_10" stoichiometry="1"/>
					<specieReference specie="P3G_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_179)*((((Keq_179)*(BPG_10))*(ADP_10)-(P3G_10)*(ATP_10))/((Kp3g_179)*(Katp_179))))/((1                   +(BPG_10)/(Kbpg_179)+(P3G_10)/(Kp3g_179))*(1                   +(ADP_10)/(Kadp_179)+(ATP_10)/(Katp_179)))">
					<listOfParameters>
						<parameter name="Vmax_179" value="1427.4047171097"/>
						<parameter name="Keq_179" value="3200"/>
						<parameter name="Kp3g_179" value="0.53"/>
						<parameter name="Katp_179" value="0.3"/>
						<parameter name="Kbpg_179" value="0.003"/>
						<parameter name="Kadp_179" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_10" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_180)*((P3G_10)/(Kp3g_180)-(P2G_10)/((Kp3g_180)*(Keq_180))))/(1                   +(P3G_10)/(Kp3g_180)+(P2G_10)/(Kp2g_180))">
					<listOfParameters>
						<parameter name="Vmax_180" value="3268.829858695575"/>
						<parameter name="Kp3g_180" value="1.2"/>
						<parameter name="Keq_180" value="0.19"/>
						<parameter name="Kp2g_180" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_10" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_181)*((P2G_10)/(Kp2g_181)-(PEP_10)/((Kp2g_181)*(Keq_181))))/(1                   +(P2G_10)/(Kp2g_181)+(PEP_10)/(Kpep_181))">
					<listOfParameters>
						<parameter name="Vmax_181" value="211.3359763681941"/>
						<parameter name="Kp2g_181" value="0.04"/>
						<parameter name="Keq_181" value="6.7"/>
						<parameter name="Kpep_181" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_10" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_10" stoichiometry="1"/>
					<specieReference specie="PEP_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_10" stoichiometry="1"/>
					<specieReference specie="PYR_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_182)*(((PEP_10)*(ADP_10))/((Kpep_182)*(Kadp_182))-((PYR_10)*(ATP_10))/(((Kpep_182)*(Kadp_182))*(Keq_182))))/((1                   +(PEP_10)/(Kpep_182)+(PYR_10)/(Kpyr_182))*(1                   +(ADP_10)/(Kadp_182)+(ATP_10)/(Katp_182)))">
					<listOfParameters>
						<parameter name="Vmax_182" value="862.2454015991757"/>
						<parameter name="Kpep_182" value="0.14"/>
						<parameter name="Kadp_182" value="0.53"/>
						<parameter name="Keq_182" value="6500"/>
						<parameter name="Kpyr_182" value="21"/>
						<parameter name="Katp_182" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_10" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_10" stoichiometry="1"/>
					<specieReference specie="CO2_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_183)*(((PYR_10)/(Kpyr_183))^(nH_183)))/(1                   +((PYR_10)/(Kpyr_183))^(nH_183))">
					<listOfParameters>
						<parameter name="Vmax_183" value="960.8274551419448"/>
						<parameter name="Kpyr_183" value="4.33"/>
						<parameter name="nH_183" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_10" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_10" stoichiometry="1"/>
					<specieReference specie="EtOH_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_10" stoichiometry="1"/>
					<specieReference specie="AcAld_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_184)*(((EtOH_10)*(NAD_10))/((Ketoh_184)*(Kinad_184))-((AcAld_10)*(NADH_10))/(((Ketoh_184)*(Kinad_184))*(Keq_184))))/(1                   +(NAD_10)/(Kinad_184)+((EtOH_10)*(Knad_184))/((Kinad_184)*(Ketoh_184))+((AcAld_10)*(Knadh_184))/((Kinadh_184)*(Kacald_184))+(NADH_10)/(Kinadh_184)+((EtOH_10)*(NAD_10))/((Kinad_184)*(Ketoh_184))+(((NAD_10)*(AcAld_10))*(Knadh_184))/(((Kinad_184)*(Kinadh_184))*(Kacald_184))+(((EtOH_10)*(NADH_10))*(Knad_184))/(((Kinad_184)*(Kinadh_184))*(Ketoh_184))+((AcAld_10)*(NADH_10))/((Kacald_184)*(Kinadh_184))+(((EtOH_10)*(NAD_10))*(AcAld_10))/(((Kinad_184)*(Kiacald_184))*(Ketoh_184))+(((EtOH_10)*(AcAld_10))*(NADH_10))/(((Kietoh_184)*(Kinadh_184))*(Kacald_184)))">
					<listOfParameters>
						<parameter name="Vmax_184" value="269.7538284738374"/>
						<parameter name="Ketoh_184" value="17"/>
						<parameter name="Kinad_184" value="0.92"/>
						<parameter name="Keq_184" value="6.9e-005"/>
						<parameter name="Knad_184" value="0.17"/>
						<parameter name="Knadh_184" value="0.11"/>
						<parameter name="Kinadh_184" value="0.031"/>
						<parameter name="Kacald_184" value="1.11"/>
						<parameter name="Kiacald_184" value="1.1"/>
						<parameter name="Kietoh_184" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_10" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_185)*(ATP_10)">
					<listOfParameters>
						<parameter name="Katpase_185" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_10" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_10" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_10" stoichiometry="1"/>
					<specieReference specie="AMP_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_186*ADP_10*ADP_10-k2_186*ATP_10*AMP_10">
					<listOfParameters>
						<parameter name="k1_186" value="45"/>
						<parameter name="k2_186" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_10" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_10" stoichiometry="1"/>
					<specieReference specie="NADH_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_10" stoichiometry="1"/>
					<specieReference specie="Glycerol_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_187)*(((DHAP_10)/(Kdhap_187))*((NADH_10)/(Knadh_187))-(((Glycerol_10)/(Kdhap_187))*((NAD_10)/(Knadh_187)))*((1                   )/(Keq_187))))/((1                   +(DHAP_10)/(Kdhap_187)+(Glycerol_10)/(Kglycerol_187))*(1                   +(NADH_10)/(Knadh_187)+(NAD_10)/(Knad_187)))">
					<listOfParameters>
						<parameter name="Vmax_187" value="26.19615080877534"/>
						<parameter name="Kdhap_187" value="0.4"/>
						<parameter name="Knadh_187" value="0.023"/>
						<parameter name="Keq_187" value="4300"/>
						<parameter name="Kglycerol_187" value="1"/>
						<parameter name="Knad_187" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_10" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_10" stoichiometry="1"/>
					<specieReference specie="G6P_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_10" stoichiometry="1"/>
					<specieReference specie="Glycogen_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_188">
					<listOfParameters>
						<parameter name="KGLYCOGEN_188" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_10" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_10" stoichiometry="1"/>
					<specieReference specie="G6P_10" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_10" stoichiometry="1"/>
					<specieReference specie="Trehalose_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_189">
					<listOfParameters>
						<parameter name="Ktrehalose_189" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_10" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_10" stoichiometry="3"/>
					<specieReference specie="AcAld_10" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_10" stoichiometry="3"/>
					<specieReference specie="Succinate_10" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_190)*(AcAld_10)">
					<listOfParameters>
						<parameter name="k_190" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_11" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_191)*(GLCo_11-GLCi_11))/(Kglc_191))/(1                   +(GLCo_11+GLCi_11)/(Kglc_191)+(((Ki_191)*(GLCo_11))*(GLCi_11))/((Kglc_191)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_191" value="84.04604404378304"/>
						<parameter name="Kglc_191" value="1.1918"/>
						<parameter name="Ki_191" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_11" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_11" stoichiometry="1"/>
					<specieReference specie="ATP_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_11" stoichiometry="1"/>
					<specieReference specie="ADP_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_192)*(((GLCi_11)*(ATP_11))/((Kglc_192)*(Katp_192))-((G6P_11)*(ADP_11))/(((Kglc_192)*(Katp_192))*(Keq_192))))/((1                   +(GLCi_11)/(Kglc_192)+(G6P_11)/(Kg6p_192))*(1                   +(ATP_11)/(Katp_192)+(ADP_11)/(Kadp_192)))">
					<listOfParameters>
						<parameter name="Vmax_192" value="348.0784076265555"/>
						<parameter name="Kglc_192" value="0.08"/>
						<parameter name="Katp_192" value="0.15"/>
						<parameter name="Keq_192" value="2000"/>
						<parameter name="Kg6p_192" value="30"/>
						<parameter name="Kadp_192" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_11" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_193)*((G6P_11)/(Kg6p_193)-(F6P_11)/((Kg6p_193)*(Keq_193))))/(1                   +(G6P_11)/(Kg6p_193)+(F6P_11)/(Kf6p_193))">
					<listOfParameters>
						<parameter name="Vmax_193" value="1139.319125374311"/>
						<parameter name="Kg6p_193" value="1.4"/>
						<parameter name="Keq_193" value="0.29"/>
						<parameter name="Kf6p_193" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_11" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_11" stoichiometry="1"/>
					<specieReference specie="F6P_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_11" stoichiometry="1"/>
					<specieReference specie="F16bP_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_194)*(((((gR_194)*((F6P_11)/(Kf6p_194)))*((ATP_11)/(Katp_194)))*(1                   +(F6P_11)/(Kf6p_194)+(ATP_11)/(Katp_194)+((((gR_194)*(F6P_11))/(Kf6p_194))*(ATP_11))/(Katp_194)))/((1                   +(F6P_11)/(Kf6p_194)+(ATP_11)/(Katp_194)+((((gR_194)*(F6P_11))/(Kf6p_194))*(ATP_11))/(Katp_194))^(2                   )+((((L0_194)*(((1                   +((Ciatp_194)*(ATP_11))/(Kiatp_194))/(1                   +(ATP_11)/(Kiatp_194)))^(2                   )))*(((1                   +((Camp_194)*(AMP_11))/(Kamp_194))/(1                   +(AMP_11)/(Kamp_194)))^(2                   )))*(((1                   +((Cf26_194)*(F26bP_11))/(Kf26_194)+((Cf16_194)*(F16bP_11))/(Kf16_194))/(1                   +(F26bP_11)/(Kf26_194)+(F16bP_11)/(Kf16_194)))^(2                   )))*((1                   +((Catp_194)*(ATP_11))/(Katp_194))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_194" value="101.1111123666084"/>
						<parameter name="gR_194" value="5.12"/>
						<parameter name="Kf6p_194" value="0.1"/>
						<parameter name="Katp_194" value="0.71"/>
						<parameter name="L0_194" value="0.66"/>
						<parameter name="Ciatp_194" value="100"/>
						<parameter name="Kiatp_194" value="0.65"/>
						<parameter name="Camp_194" value="0.08450000000000001"/>
						<parameter name="Kamp_194" value="0.09950000000000001"/>
						<parameter name="Cf26_194" value="0.0174"/>
						<parameter name="Kf26_194" value="0.000682"/>
						<parameter name="Cf16_194" value="0.397"/>
						<parameter name="Kf16_194" value="0.111"/>
						<parameter name="Catp_194" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_11" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_11" stoichiometry="1"/>
					<specieReference specie="GAP_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_195)*((F16bP_11)/(Kf16bp_195)-((DHAP_11)*(GAP_11))/((Kf16bp_195)*(Keq_195))))/(1                   +(F16bP_11)/(Kf16bp_195)+(DHAP_11)/(Kdhap_195)+(GAP_11)/(Kgap_195)+((F16bP_11)*(GAP_11))/((Kf16bp_195)*(Kigap_195))+((DHAP_11)*(GAP_11))/((Kdhap_195)*(Kgap_195)))">
					<listOfParameters>
						<parameter name="Vmax_195" value="58.45908007539244"/>
						<parameter name="Kf16bp_195" value="0.3"/>
						<parameter name="Keq_195" value="0.06900000000000001"/>
						<parameter name="Kdhap_195" value="2"/>
						<parameter name="Kgap_195" value="2.4"/>
						<parameter name="Kigap_195" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_11" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_196*DHAP_11-k2_196*GAP_11">
					<listOfParameters>
						<parameter name="k1_196" value="450000"/>
						<parameter name="k2_196" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_11" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_11" stoichiometry="1"/>
					<specieReference specie="NAD_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_11" stoichiometry="1"/>
					<specieReference specie="NADH_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_197)*((((Vmaxf_197)*(GAP_11))*(NAD_11))/((Kgap_197)*(Knad_197))-(((Vmaxr_197)*(BPG_11))*(NADH_11))/((Kbpg_197)*(Knadh_197))))/((1                   +(GAP_11)/(Kgap_197)+(BPG_11)/(Kbpg_197))*(1                   +(NAD_11)/(Knad_197)+(NADH_11)/(Knadh_197)))">
					<listOfParameters>
						<parameter name="C_197" value="1"/>
						<parameter name="Vmaxf_197" value="1152"/>
						<parameter name="Kgap_197" value="0.21"/>
						<parameter name="Knad_197" value="0.09"/>
						<parameter name="Vmaxr_197" value="6481.066762220177"/>
						<parameter name="Kbpg_197" value="0.0098"/>
						<parameter name="Knadh_197" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_11" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_11" stoichiometry="1"/>
					<specieReference specie="BPG_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_11" stoichiometry="1"/>
					<specieReference specie="P3G_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_198)*((((Keq_198)*(BPG_11))*(ADP_11)-(P3G_11)*(ATP_11))/((Kp3g_198)*(Katp_198))))/((1                   +(BPG_11)/(Kbpg_198)+(P3G_11)/(Kp3g_198))*(1                   +(ADP_11)/(Kadp_198)+(ATP_11)/(Katp_198)))">
					<listOfParameters>
						<parameter name="Vmax_198" value="1072.835770570805"/>
						<parameter name="Keq_198" value="3200"/>
						<parameter name="Kp3g_198" value="0.53"/>
						<parameter name="Katp_198" value="0.3"/>
						<parameter name="Kbpg_198" value="0.003"/>
						<parameter name="Kadp_198" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_11" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_199)*((P3G_11)/(Kp3g_199)-(P2G_11)/((Kp3g_199)*(Keq_199))))/(1                   +(P3G_11)/(Kp3g_199)+(P2G_11)/(Kp2g_199))">
					<listOfParameters>
						<parameter name="Vmax_199" value="2914.973643391288"/>
						<parameter name="Kp3g_199" value="1.2"/>
						<parameter name="Keq_199" value="0.19"/>
						<parameter name="Kp2g_199" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_11" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_200)*((P2G_11)/(Kp2g_200)-(PEP_11)/((Kp2g_200)*(Keq_200))))/(1                   +(P2G_11)/(Kp2g_200)+(PEP_11)/(Kpep_200))">
					<listOfParameters>
						<parameter name="Vmax_200" value="215.0422249851859"/>
						<parameter name="Kp2g_200" value="0.04"/>
						<parameter name="Keq_200" value="6.7"/>
						<parameter name="Kpep_200" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_11" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_11" stoichiometry="1"/>
					<specieReference specie="PEP_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_11" stoichiometry="1"/>
					<specieReference specie="PYR_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_201)*(((PEP_11)*(ADP_11))/((Kpep_201)*(Kadp_201))-((PYR_11)*(ATP_11))/(((Kpep_201)*(Kadp_201))*(Keq_201))))/((1                   +(PEP_11)/(Kpep_201)+(PYR_11)/(Kpyr_201))*(1                   +(ADP_11)/(Kadp_201)+(ATP_11)/(Katp_201)))">
					<listOfParameters>
						<parameter name="Vmax_201" value="1000.516784107282"/>
						<parameter name="Kpep_201" value="0.14"/>
						<parameter name="Kadp_201" value="0.53"/>
						<parameter name="Keq_201" value="6500"/>
						<parameter name="Kpyr_201" value="21"/>
						<parameter name="Katp_201" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_11" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_11" stoichiometry="1"/>
					<specieReference specie="CO2_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_202)*(((PYR_11)/(Kpyr_202))^(nH_202)))/(1                   +((PYR_11)/(Kpyr_202))^(nH_202))">
					<listOfParameters>
						<parameter name="Vmax_202" value="492.0112081713171"/>
						<parameter name="Kpyr_202" value="4.33"/>
						<parameter name="nH_202" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_11" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_11" stoichiometry="1"/>
					<specieReference specie="EtOH_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_11" stoichiometry="1"/>
					<specieReference specie="AcAld_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_203)*(((EtOH_11)*(NAD_11))/((Ketoh_203)*(Kinad_203))-((AcAld_11)*(NADH_11))/(((Ketoh_203)*(Kinad_203))*(Keq_203))))/(1                   +(NAD_11)/(Kinad_203)+((EtOH_11)*(Knad_203))/((Kinad_203)*(Ketoh_203))+((AcAld_11)*(Knadh_203))/((Kinadh_203)*(Kacald_203))+(NADH_11)/(Kinadh_203)+((EtOH_11)*(NAD_11))/((Kinad_203)*(Ketoh_203))+(((NAD_11)*(AcAld_11))*(Knadh_203))/(((Kinad_203)*(Kinadh_203))*(Kacald_203))+(((EtOH_11)*(NADH_11))*(Knad_203))/(((Kinad_203)*(Kinadh_203))*(Ketoh_203))+((AcAld_11)*(NADH_11))/((Kacald_203)*(Kinadh_203))+(((EtOH_11)*(NAD_11))*(AcAld_11))/(((Kinad_203)*(Kiacald_203))*(Ketoh_203))+(((EtOH_11)*(AcAld_11))*(NADH_11))/(((Kietoh_203)*(Kinadh_203))*(Kacald_203)))">
					<listOfParameters>
						<parameter name="Vmax_203" value="188.6919508059536"/>
						<parameter name="Ketoh_203" value="17"/>
						<parameter name="Kinad_203" value="0.92"/>
						<parameter name="Keq_203" value="6.9e-005"/>
						<parameter name="Knad_203" value="0.17"/>
						<parameter name="Knadh_203" value="0.11"/>
						<parameter name="Kinadh_203" value="0.031"/>
						<parameter name="Kacald_203" value="1.11"/>
						<parameter name="Kiacald_203" value="1.1"/>
						<parameter name="Kietoh_203" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_11" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_204)*(ATP_11)">
					<listOfParameters>
						<parameter name="Katpase_204" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_11" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_11" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_11" stoichiometry="1"/>
					<specieReference specie="AMP_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_205*ADP_11*ADP_11-k2_205*ATP_11*AMP_11">
					<listOfParameters>
						<parameter name="k1_205" value="45"/>
						<parameter name="k2_205" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_11" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_11" stoichiometry="1"/>
					<specieReference specie="NADH_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_11" stoichiometry="1"/>
					<specieReference specie="Glycerol_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_206)*(((DHAP_11)/(Kdhap_206))*((NADH_11)/(Knadh_206))-(((Glycerol_11)/(Kdhap_206))*((NAD_11)/(Knadh_206)))*((1                   )/(Keq_206))))/((1                   +(DHAP_11)/(Kdhap_206)+(Glycerol_11)/(Kglycerol_206))*(1                   +(NADH_11)/(Knadh_206)+(NAD_11)/(Knad_206)))">
					<listOfParameters>
						<parameter name="Vmax_206" value="28.81444645439301"/>
						<parameter name="Kdhap_206" value="0.4"/>
						<parameter name="Knadh_206" value="0.023"/>
						<parameter name="Keq_206" value="4300"/>
						<parameter name="Kglycerol_206" value="1"/>
						<parameter name="Knad_206" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_11" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_11" stoichiometry="1"/>
					<specieReference specie="G6P_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_11" stoichiometry="1"/>
					<specieReference specie="Glycogen_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_207">
					<listOfParameters>
						<parameter name="KGLYCOGEN_207" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_11" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_11" stoichiometry="1"/>
					<specieReference specie="G6P_11" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_11" stoichiometry="1"/>
					<specieReference specie="Trehalose_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_208">
					<listOfParameters>
						<parameter name="Ktrehalose_208" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_11" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_11" stoichiometry="3"/>
					<specieReference specie="AcAld_11" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_11" stoichiometry="3"/>
					<specieReference specie="Succinate_11" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_209)*(AcAld_11)">
					<listOfParameters>
						<parameter name="k_209" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_12" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_210)*(GLCo_12-GLCi_12))/(Kglc_210))/(1                   +(GLCo_12+GLCi_12)/(Kglc_210)+(((Ki_210)*(GLCo_12))*(GLCi_12))/((Kglc_210)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_210" value="120.0828693635088"/>
						<parameter name="Kglc_210" value="1.1918"/>
						<parameter name="Ki_210" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_12" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_12" stoichiometry="1"/>
					<specieReference specie="ATP_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_12" stoichiometry="1"/>
					<specieReference specie="ADP_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_211)*(((GLCi_12)*(ATP_12))/((Kglc_211)*(Katp_211))-((G6P_12)*(ADP_12))/(((Kglc_211)*(Katp_211))*(Keq_211))))/((1                   +(GLCi_12)/(Kglc_211)+(G6P_12)/(Kg6p_211))*(1                   +(ATP_12)/(Katp_211)+(ADP_12)/(Kadp_211)))">
					<listOfParameters>
						<parameter name="Vmax_211" value="164.2053645127399"/>
						<parameter name="Kglc_211" value="0.08"/>
						<parameter name="Katp_211" value="0.15"/>
						<parameter name="Keq_211" value="2000"/>
						<parameter name="Kg6p_211" value="30"/>
						<parameter name="Kadp_211" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_12" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_212)*((G6P_12)/(Kg6p_212)-(F6P_12)/((Kg6p_212)*(Keq_212))))/(1                   +(G6P_12)/(Kg6p_212)+(F6P_12)/(Kf6p_212))">
					<listOfParameters>
						<parameter name="Vmax_212" value="686.0996387050241"/>
						<parameter name="Kg6p_212" value="1.4"/>
						<parameter name="Keq_212" value="0.29"/>
						<parameter name="Kf6p_212" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_12" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_12" stoichiometry="1"/>
					<specieReference specie="F6P_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_12" stoichiometry="1"/>
					<specieReference specie="F16bP_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_213)*(((((gR_213)*((F6P_12)/(Kf6p_213)))*((ATP_12)/(Katp_213)))*(1                   +(F6P_12)/(Kf6p_213)+(ATP_12)/(Katp_213)+((((gR_213)*(F6P_12))/(Kf6p_213))*(ATP_12))/(Katp_213)))/((1                   +(F6P_12)/(Kf6p_213)+(ATP_12)/(Katp_213)+((((gR_213)*(F6P_12))/(Kf6p_213))*(ATP_12))/(Katp_213))^(2                   )+((((L0_213)*(((1                   +((Ciatp_213)*(ATP_12))/(Kiatp_213))/(1                   +(ATP_12)/(Kiatp_213)))^(2                   )))*(((1                   +((Camp_213)*(AMP_12))/(Kamp_213))/(1                   +(AMP_12)/(Kamp_213)))^(2                   )))*(((1                   +((Cf26_213)*(F26bP_12))/(Kf26_213)+((Cf16_213)*(F16bP_12))/(Kf16_213))/(1                   +(F26bP_12)/(Kf26_213)+(F16bP_12)/(Kf16_213)))^(2                   )))*((1                   +((Catp_213)*(ATP_12))/(Katp_213))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_213" value="127.0632949724729"/>
						<parameter name="gR_213" value="5.12"/>
						<parameter name="Kf6p_213" value="0.1"/>
						<parameter name="Katp_213" value="0.71"/>
						<parameter name="L0_213" value="0.66"/>
						<parameter name="Ciatp_213" value="100"/>
						<parameter name="Kiatp_213" value="0.65"/>
						<parameter name="Camp_213" value="0.08450000000000001"/>
						<parameter name="Kamp_213" value="0.09950000000000001"/>
						<parameter name="Cf26_213" value="0.0174"/>
						<parameter name="Kf26_213" value="0.000682"/>
						<parameter name="Cf16_213" value="0.397"/>
						<parameter name="Kf16_213" value="0.111"/>
						<parameter name="Catp_213" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_12" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_12" stoichiometry="1"/>
					<specieReference specie="GAP_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_214)*((F16bP_12)/(Kf16bp_214)-((DHAP_12)*(GAP_12))/((Kf16bp_214)*(Keq_214))))/(1                   +(F16bP_12)/(Kf16bp_214)+(DHAP_12)/(Kdhap_214)+(GAP_12)/(Kgap_214)+((F16bP_12)*(GAP_12))/((Kf16bp_214)*(Kigap_214))+((DHAP_12)*(GAP_12))/((Kdhap_214)*(Kgap_214)))">
					<listOfParameters>
						<parameter name="Vmax_214" value="88.36989630024465"/>
						<parameter name="Kf16bp_214" value="0.3"/>
						<parameter name="Keq_214" value="0.06900000000000001"/>
						<parameter name="Kdhap_214" value="2"/>
						<parameter name="Kgap_214" value="2.4"/>
						<parameter name="Kigap_214" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_12" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_215*DHAP_12-k2_215*GAP_12">
					<listOfParameters>
						<parameter name="k1_215" value="450000"/>
						<parameter name="k2_215" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_12" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_12" stoichiometry="1"/>
					<specieReference specie="NAD_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_12" stoichiometry="1"/>
					<specieReference specie="NADH_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_216)*((((Vmaxf_216)*(GAP_12))*(NAD_12))/((Kgap_216)*(Knad_216))-(((Vmaxr_216)*(BPG_12))*(NADH_12))/((Kbpg_216)*(Knadh_216))))/((1                   +(GAP_12)/(Kgap_216)+(BPG_12)/(Kbpg_216))*(1                   +(NAD_12)/(Knad_216)+(NADH_12)/(Knadh_216)))">
					<listOfParameters>
						<parameter name="C_216" value="1"/>
						<parameter name="Vmaxf_216" value="1152"/>
						<parameter name="Kgap_216" value="0.21"/>
						<parameter name="Knad_216" value="0.09"/>
						<parameter name="Vmaxr_216" value="5808.319685647379"/>
						<parameter name="Kbpg_216" value="0.0098"/>
						<parameter name="Knadh_216" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_12" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_12" stoichiometry="1"/>
					<specieReference specie="BPG_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_12" stoichiometry="1"/>
					<specieReference specie="P3G_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_217)*((((Keq_217)*(BPG_12))*(ADP_12)-(P3G_12)*(ATP_12))/((Kp3g_217)*(Katp_217))))/((1                   +(BPG_12)/(Kbpg_217)+(P3G_12)/(Kp3g_217))*(1                   +(ADP_12)/(Kadp_217)+(ATP_12)/(Katp_217)))">
					<listOfParameters>
						<parameter name="Vmax_217" value="730.0001474181818"/>
						<parameter name="Keq_217" value="3200"/>
						<parameter name="Kp3g_217" value="0.53"/>
						<parameter name="Katp_217" value="0.3"/>
						<parameter name="Kbpg_217" value="0.003"/>
						<parameter name="Kadp_217" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_12" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_218)*((P3G_12)/(Kp3g_218)-(P2G_12)/((Kp3g_218)*(Keq_218))))/(1                   +(P3G_12)/(Kp3g_218)+(P2G_12)/(Kp2g_218))">
					<listOfParameters>
						<parameter name="Vmax_218" value="2901.324524115521"/>
						<parameter name="Kp3g_218" value="1.2"/>
						<parameter name="Keq_218" value="0.19"/>
						<parameter name="Kp2g_218" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_12" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_219)*((P2G_12)/(Kp2g_219)-(PEP_12)/((Kp2g_219)*(Keq_219))))/(1                   +(P2G_12)/(Kp2g_219)+(PEP_12)/(Kpep_219))">
					<listOfParameters>
						<parameter name="Vmax_219" value="226.8105569694413"/>
						<parameter name="Kp2g_219" value="0.04"/>
						<parameter name="Keq_219" value="6.7"/>
						<parameter name="Kpep_219" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_12" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_12" stoichiometry="1"/>
					<specieReference specie="PEP_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_12" stoichiometry="1"/>
					<specieReference specie="PYR_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_220)*(((PEP_12)*(ADP_12))/((Kpep_220)*(Kadp_220))-((PYR_12)*(ATP_12))/(((Kpep_220)*(Kadp_220))*(Keq_220))))/((1                   +(PEP_12)/(Kpep_220)+(PYR_12)/(Kpyr_220))*(1                   +(ADP_12)/(Kadp_220)+(ATP_12)/(Katp_220)))">
					<listOfParameters>
						<parameter name="Vmax_220" value="1053.544448646456"/>
						<parameter name="Kpep_220" value="0.14"/>
						<parameter name="Kadp_220" value="0.53"/>
						<parameter name="Keq_220" value="6500"/>
						<parameter name="Kpyr_220" value="21"/>
						<parameter name="Katp_220" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_12" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_12" stoichiometry="1"/>
					<specieReference specie="CO2_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_221)*(((PYR_12)/(Kpyr_221))^(nH_221)))/(1                   +((PYR_12)/(Kpyr_221))^(nH_221))">
					<listOfParameters>
						<parameter name="Vmax_221" value="725.7846396523672"/>
						<parameter name="Kpyr_221" value="4.33"/>
						<parameter name="nH_221" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_12" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_12" stoichiometry="1"/>
					<specieReference specie="EtOH_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_12" stoichiometry="1"/>
					<specieReference specie="AcAld_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_222)*(((EtOH_12)*(NAD_12))/((Ketoh_222)*(Kinad_222))-((AcAld_12)*(NADH_12))/(((Ketoh_222)*(Kinad_222))*(Keq_222))))/(1                   +(NAD_12)/(Kinad_222)+((EtOH_12)*(Knad_222))/((Kinad_222)*(Ketoh_222))+((AcAld_12)*(Knadh_222))/((Kinadh_222)*(Kacald_222))+(NADH_12)/(Kinadh_222)+((EtOH_12)*(NAD_12))/((Kinad_222)*(Ketoh_222))+(((NAD_12)*(AcAld_12))*(Knadh_222))/(((Kinad_222)*(Kinadh_222))*(Kacald_222))+(((EtOH_12)*(NADH_12))*(Knad_222))/(((Kinad_222)*(Kinadh_222))*(Ketoh_222))+((AcAld_12)*(NADH_12))/((Kacald_222)*(Kinadh_222))+(((EtOH_12)*(NAD_12))*(AcAld_12))/(((Kinad_222)*(Kiacald_222))*(Ketoh_222))+(((EtOH_12)*(AcAld_12))*(NADH_12))/(((Kietoh_222)*(Kinadh_222))*(Kacald_222)))">
					<listOfParameters>
						<parameter name="Vmax_222" value="248.6943388018363"/>
						<parameter name="Ketoh_222" value="17"/>
						<parameter name="Kinad_222" value="0.92"/>
						<parameter name="Keq_222" value="6.9e-005"/>
						<parameter name="Knad_222" value="0.17"/>
						<parameter name="Knadh_222" value="0.11"/>
						<parameter name="Kinadh_222" value="0.031"/>
						<parameter name="Kacald_222" value="1.11"/>
						<parameter name="Kiacald_222" value="1.1"/>
						<parameter name="Kietoh_222" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_12" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_223)*(ATP_12)">
					<listOfParameters>
						<parameter name="Katpase_223" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_12" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_12" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_12" stoichiometry="1"/>
					<specieReference specie="AMP_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_224*ADP_12*ADP_12-k2_224*ATP_12*AMP_12">
					<listOfParameters>
						<parameter name="k1_224" value="45"/>
						<parameter name="k2_224" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_12" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_12" stoichiometry="1"/>
					<specieReference specie="NADH_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_12" stoichiometry="1"/>
					<specieReference specie="Glycerol_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_225)*(((DHAP_12)/(Kdhap_225))*((NADH_12)/(Knadh_225))-(((Glycerol_12)/(Kdhap_225))*((NAD_12)/(Knadh_225)))*((1                   )/(Keq_225))))/((1                   +(DHAP_12)/(Kdhap_225)+(Glycerol_12)/(Kglycerol_225))*(1                   +(NADH_12)/(Knadh_225)+(NAD_12)/(Knad_225)))">
					<listOfParameters>
						<parameter name="Vmax_225" value="50.52200804627603"/>
						<parameter name="Kdhap_225" value="0.4"/>
						<parameter name="Knadh_225" value="0.023"/>
						<parameter name="Keq_225" value="4300"/>
						<parameter name="Kglycerol_225" value="1"/>
						<parameter name="Knad_225" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_12" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_12" stoichiometry="1"/>
					<specieReference specie="G6P_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_12" stoichiometry="1"/>
					<specieReference specie="Glycogen_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_226">
					<listOfParameters>
						<parameter name="KGLYCOGEN_226" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_12" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_12" stoichiometry="1"/>
					<specieReference specie="G6P_12" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_12" stoichiometry="1"/>
					<specieReference specie="Trehalose_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_227">
					<listOfParameters>
						<parameter name="Ktrehalose_227" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_12" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_12" stoichiometry="3"/>
					<specieReference specie="AcAld_12" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_12" stoichiometry="3"/>
					<specieReference specie="Succinate_12" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_228)*(AcAld_12)">
					<listOfParameters>
						<parameter name="k_228" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_13" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_229)*(GLCo_13-GLCi_13))/(Kglc_229))/(1                   +(GLCo_13+GLCi_13)/(Kglc_229)+(((Ki_229)*(GLCo_13))*(GLCi_13))/((Kglc_229)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_229" value="111.8575197100376"/>
						<parameter name="Kglc_229" value="1.1918"/>
						<parameter name="Ki_229" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_13" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_13" stoichiometry="1"/>
					<specieReference specie="ATP_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_13" stoichiometry="1"/>
					<specieReference specie="ADP_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_230)*(((GLCi_13)*(ATP_13))/((Kglc_230)*(Katp_230))-((G6P_13)*(ADP_13))/(((Kglc_230)*(Katp_230))*(Keq_230))))/((1                   +(GLCi_13)/(Kglc_230)+(G6P_13)/(Kg6p_230))*(1                   +(ATP_13)/(Katp_230)+(ADP_13)/(Kadp_230)))">
					<listOfParameters>
						<parameter name="Vmax_230" value="255.8361784735262"/>
						<parameter name="Kglc_230" value="0.08"/>
						<parameter name="Katp_230" value="0.15"/>
						<parameter name="Keq_230" value="2000"/>
						<parameter name="Kg6p_230" value="30"/>
						<parameter name="Kadp_230" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_13" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_231)*((G6P_13)/(Kg6p_231)-(F6P_13)/((Kg6p_231)*(Keq_231))))/(1                   +(G6P_13)/(Kg6p_231)+(F6P_13)/(Kf6p_231))">
					<listOfParameters>
						<parameter name="Vmax_231" value="1075.554900616123"/>
						<parameter name="Kg6p_231" value="1.4"/>
						<parameter name="Keq_231" value="0.29"/>
						<parameter name="Kf6p_231" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_13" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_13" stoichiometry="1"/>
					<specieReference specie="F6P_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_13" stoichiometry="1"/>
					<specieReference specie="F16bP_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_232)*(((((gR_232)*((F6P_13)/(Kf6p_232)))*((ATP_13)/(Katp_232)))*(1                   +(F6P_13)/(Kf6p_232)+(ATP_13)/(Katp_232)+((((gR_232)*(F6P_13))/(Kf6p_232))*(ATP_13))/(Katp_232)))/((1                   +(F6P_13)/(Kf6p_232)+(ATP_13)/(Katp_232)+((((gR_232)*(F6P_13))/(Kf6p_232))*(ATP_13))/(Katp_232))^(2                   )+((((L0_232)*(((1                   +((Ciatp_232)*(ATP_13))/(Kiatp_232))/(1                   +(ATP_13)/(Kiatp_232)))^(2                   )))*(((1                   +((Camp_232)*(AMP_13))/(Kamp_232))/(1                   +(AMP_13)/(Kamp_232)))^(2                   )))*(((1                   +((Cf26_232)*(F26bP_13))/(Kf26_232)+((Cf16_232)*(F16bP_13))/(Kf16_232))/(1                   +(F26bP_13)/(Kf26_232)+(F16bP_13)/(Kf16_232)))^(2                   )))*((1                   +((Catp_232)*(ATP_13))/(Katp_232))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_232" value="122.6195290298747"/>
						<parameter name="gR_232" value="5.12"/>
						<parameter name="Kf6p_232" value="0.1"/>
						<parameter name="Katp_232" value="0.71"/>
						<parameter name="L0_232" value="0.66"/>
						<parameter name="Ciatp_232" value="100"/>
						<parameter name="Kiatp_232" value="0.65"/>
						<parameter name="Camp_232" value="0.08450000000000001"/>
						<parameter name="Kamp_232" value="0.09950000000000001"/>
						<parameter name="Cf26_232" value="0.0174"/>
						<parameter name="Kf26_232" value="0.000682"/>
						<parameter name="Cf16_232" value="0.397"/>
						<parameter name="Kf16_232" value="0.111"/>
						<parameter name="Catp_232" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_13" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_13" stoichiometry="1"/>
					<specieReference specie="GAP_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_233)*((F16bP_13)/(Kf16bp_233)-((DHAP_13)*(GAP_13))/((Kf16bp_233)*(Keq_233))))/(1                   +(F16bP_13)/(Kf16bp_233)+(DHAP_13)/(Kdhap_233)+(GAP_13)/(Kgap_233)+((F16bP_13)*(GAP_13))/((Kf16bp_233)*(Kigap_233))+((DHAP_13)*(GAP_13))/((Kdhap_233)*(Kgap_233)))">
					<listOfParameters>
						<parameter name="Vmax_233" value="92.61515650590792"/>
						<parameter name="Kf16bp_233" value="0.3"/>
						<parameter name="Keq_233" value="0.06900000000000001"/>
						<parameter name="Kdhap_233" value="2"/>
						<parameter name="Kgap_233" value="2.4"/>
						<parameter name="Kigap_233" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_13" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_234*DHAP_13-k2_234*GAP_13">
					<listOfParameters>
						<parameter name="k1_234" value="450000"/>
						<parameter name="k2_234" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_13" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_13" stoichiometry="1"/>
					<specieReference specie="NAD_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_13" stoichiometry="1"/>
					<specieReference specie="NADH_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_235)*((((Vmaxf_235)*(GAP_13))*(NAD_13))/((Kgap_235)*(Knad_235))-(((Vmaxr_235)*(BPG_13))*(NADH_13))/((Kbpg_235)*(Knadh_235))))/((1                   +(GAP_13)/(Kgap_235)+(BPG_13)/(Kbpg_235))*(1                   +(NAD_13)/(Knad_235)+(NADH_13)/(Knadh_235)))">
					<listOfParameters>
						<parameter name="C_235" value="1"/>
						<parameter name="Vmaxf_235" value="1152"/>
						<parameter name="Kgap_235" value="0.21"/>
						<parameter name="Knad_235" value="0.09"/>
						<parameter name="Vmaxr_235" value="7215.678050962728"/>
						<parameter name="Kbpg_235" value="0.0098"/>
						<parameter name="Knadh_235" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_13" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_13" stoichiometry="1"/>
					<specieReference specie="BPG_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_13" stoichiometry="1"/>
					<specieReference specie="P3G_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_236)*((((Keq_236)*(BPG_13))*(ADP_13)-(P3G_13)*(ATP_13))/((Kp3g_236)*(Katp_236))))/((1                   +(BPG_13)/(Kbpg_236)+(P3G_13)/(Kp3g_236))*(1                   +(ADP_13)/(Kadp_236)+(ATP_13)/(Katp_236)))">
					<listOfParameters>
						<parameter name="Vmax_236" value="1332.185937134217"/>
						<parameter name="Keq_236" value="3200"/>
						<parameter name="Kp3g_236" value="0.53"/>
						<parameter name="Katp_236" value="0.3"/>
						<parameter name="Kbpg_236" value="0.003"/>
						<parameter name="Kadp_236" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_13" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_237)*((P3G_13)/(Kp3g_237)-(P2G_13)/((Kp3g_237)*(Keq_237))))/(1                   +(P3G_13)/(Kp3g_237)+(P2G_13)/(Kp2g_237))">
					<listOfParameters>
						<parameter name="Vmax_237" value="3055.016362573402"/>
						<parameter name="Kp3g_237" value="1.2"/>
						<parameter name="Keq_237" value="0.19"/>
						<parameter name="Kp2g_237" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_13" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_238)*((P2G_13)/(Kp2g_238)-(PEP_13)/((Kp2g_238)*(Keq_238))))/(1                   +(P2G_13)/(Kp2g_238)+(PEP_13)/(Kpep_238))">
					<listOfParameters>
						<parameter name="Vmax_238" value="170.8708263209315"/>
						<parameter name="Kp2g_238" value="0.04"/>
						<parameter name="Keq_238" value="6.7"/>
						<parameter name="Kpep_238" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_13" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_13" stoichiometry="1"/>
					<specieReference specie="PEP_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_13" stoichiometry="1"/>
					<specieReference specie="PYR_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_239)*(((PEP_13)*(ADP_13))/((Kpep_239)*(Kadp_239))-((PYR_13)*(ATP_13))/(((Kpep_239)*(Kadp_239))*(Keq_239))))/((1                   +(PEP_13)/(Kpep_239)+(PYR_13)/(Kpyr_239))*(1                   +(ADP_13)/(Kadp_239)+(ATP_13)/(Katp_239)))">
					<listOfParameters>
						<parameter name="Vmax_239" value="627.567189934863"/>
						<parameter name="Kpep_239" value="0.14"/>
						<parameter name="Kadp_239" value="0.53"/>
						<parameter name="Keq_239" value="6500"/>
						<parameter name="Kpyr_239" value="21"/>
						<parameter name="Katp_239" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_13" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_13" stoichiometry="1"/>
					<specieReference specie="CO2_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_240)*(((PYR_13)/(Kpyr_240))^(nH_240)))/(1                   +((PYR_13)/(Kpyr_240))^(nH_240))">
					<listOfParameters>
						<parameter name="Vmax_240" value="463.3730916755608"/>
						<parameter name="Kpyr_240" value="4.33"/>
						<parameter name="nH_240" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_13" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_13" stoichiometry="1"/>
					<specieReference specie="EtOH_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_13" stoichiometry="1"/>
					<specieReference specie="AcAld_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_241)*(((EtOH_13)*(NAD_13))/((Ketoh_241)*(Kinad_241))-((AcAld_13)*(NADH_13))/(((Ketoh_241)*(Kinad_241))*(Keq_241))))/(1                   +(NAD_13)/(Kinad_241)+((EtOH_13)*(Knad_241))/((Kinad_241)*(Ketoh_241))+((AcAld_13)*(Knadh_241))/((Kinadh_241)*(Kacald_241))+(NADH_13)/(Kinadh_241)+((EtOH_13)*(NAD_13))/((Kinad_241)*(Ketoh_241))+(((NAD_13)*(AcAld_13))*(Knadh_241))/(((Kinad_241)*(Kinadh_241))*(Kacald_241))+(((EtOH_13)*(NADH_13))*(Knad_241))/(((Kinad_241)*(Kinadh_241))*(Ketoh_241))+((AcAld_13)*(NADH_13))/((Kacald_241)*(Kinadh_241))+(((EtOH_13)*(NAD_13))*(AcAld_13))/(((Kinad_241)*(Kiacald_241))*(Ketoh_241))+(((EtOH_13)*(AcAld_13))*(NADH_13))/(((Kietoh_241)*(Kinadh_241))*(Kacald_241)))">
					<listOfParameters>
						<parameter name="Vmax_241" value="157.842045349127"/>
						<parameter name="Ketoh_241" value="17"/>
						<parameter name="Kinad_241" value="0.92"/>
						<parameter name="Keq_241" value="6.9e-005"/>
						<parameter name="Knad_241" value="0.17"/>
						<parameter name="Knadh_241" value="0.11"/>
						<parameter name="Kinadh_241" value="0.031"/>
						<parameter name="Kacald_241" value="1.11"/>
						<parameter name="Kiacald_241" value="1.1"/>
						<parameter name="Kietoh_241" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_13" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_242)*(ATP_13)">
					<listOfParameters>
						<parameter name="Katpase_242" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_13" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_13" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_13" stoichiometry="1"/>
					<specieReference specie="AMP_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_243*ADP_13*ADP_13-k2_243*ATP_13*AMP_13">
					<listOfParameters>
						<parameter name="k1_243" value="45"/>
						<parameter name="k2_243" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_13" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_13" stoichiometry="1"/>
					<specieReference specie="NADH_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_13" stoichiometry="1"/>
					<specieReference specie="Glycerol_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_244)*(((DHAP_13)/(Kdhap_244))*((NADH_13)/(Knadh_244))-(((Glycerol_13)/(Kdhap_244))*((NAD_13)/(Knadh_244)))*((1                   )/(Keq_244))))/((1                   +(DHAP_13)/(Kdhap_244)+(Glycerol_13)/(Kglycerol_244))*(1                   +(NADH_13)/(Knadh_244)+(NAD_13)/(Knad_244)))">
					<listOfParameters>
						<parameter name="Vmax_244" value="43.59627977841578"/>
						<parameter name="Kdhap_244" value="0.4"/>
						<parameter name="Knadh_244" value="0.023"/>
						<parameter name="Keq_244" value="4300"/>
						<parameter name="Kglycerol_244" value="1"/>
						<parameter name="Knad_244" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_13" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_13" stoichiometry="1"/>
					<specieReference specie="G6P_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_13" stoichiometry="1"/>
					<specieReference specie="Glycogen_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_245">
					<listOfParameters>
						<parameter name="KGLYCOGEN_245" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_13" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_13" stoichiometry="1"/>
					<specieReference specie="G6P_13" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_13" stoichiometry="1"/>
					<specieReference specie="Trehalose_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_246">
					<listOfParameters>
						<parameter name="Ktrehalose_246" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_13" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_13" stoichiometry="3"/>
					<specieReference specie="AcAld_13" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_13" stoichiometry="3"/>
					<specieReference specie="Succinate_13" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_247)*(AcAld_13)">
					<listOfParameters>
						<parameter name="k_247" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_14" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_248)*(GLCo_14-GLCi_14))/(Kglc_248))/(1                   +(GLCo_14+GLCi_14)/(Kglc_248)+(((Ki_248)*(GLCo_14))*(GLCi_14))/((Kglc_248)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_248" value="80.57330806882304"/>
						<parameter name="Kglc_248" value="1.1918"/>
						<parameter name="Ki_248" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_14" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_14" stoichiometry="1"/>
					<specieReference specie="ATP_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_14" stoichiometry="1"/>
					<specieReference specie="ADP_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_249)*(((GLCi_14)*(ATP_14))/((Kglc_249)*(Katp_249))-((G6P_14)*(ADP_14))/(((Kglc_249)*(Katp_249))*(Keq_249))))/((1                   +(GLCi_14)/(Kglc_249)+(G6P_14)/(Kg6p_249))*(1                   +(ATP_14)/(Katp_249)+(ADP_14)/(Kadp_249)))">
					<listOfParameters>
						<parameter name="Vmax_249" value="250.2970005019125"/>
						<parameter name="Kglc_249" value="0.08"/>
						<parameter name="Katp_249" value="0.15"/>
						<parameter name="Keq_249" value="2000"/>
						<parameter name="Kg6p_249" value="30"/>
						<parameter name="Kadp_249" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_14" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_250)*((G6P_14)/(Kg6p_250)-(F6P_14)/((Kg6p_250)*(Keq_250))))/(1                   +(G6P_14)/(Kg6p_250)+(F6P_14)/(Kf6p_250))">
					<listOfParameters>
						<parameter name="Vmax_250" value="1465.238591429833"/>
						<parameter name="Kg6p_250" value="1.4"/>
						<parameter name="Keq_250" value="0.29"/>
						<parameter name="Kf6p_250" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_14" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_14" stoichiometry="1"/>
					<specieReference specie="F6P_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_14" stoichiometry="1"/>
					<specieReference specie="F16bP_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_251)*(((((gR_251)*((F6P_14)/(Kf6p_251)))*((ATP_14)/(Katp_251)))*(1                   +(F6P_14)/(Kf6p_251)+(ATP_14)/(Katp_251)+((((gR_251)*(F6P_14))/(Kf6p_251))*(ATP_14))/(Katp_251)))/((1                   +(F6P_14)/(Kf6p_251)+(ATP_14)/(Katp_251)+((((gR_251)*(F6P_14))/(Kf6p_251))*(ATP_14))/(Katp_251))^(2                   )+((((L0_251)*(((1                   +((Ciatp_251)*(ATP_14))/(Kiatp_251))/(1                   +(ATP_14)/(Kiatp_251)))^(2                   )))*(((1                   +((Camp_251)*(AMP_14))/(Kamp_251))/(1                   +(AMP_14)/(Kamp_251)))^(2                   )))*(((1                   +((Cf26_251)*(F26bP_14))/(Kf26_251)+((Cf16_251)*(F16bP_14))/(Kf16_251))/(1                   +(F26bP_14)/(Kf26_251)+(F16bP_14)/(Kf16_251)))^(2                   )))*((1                   +((Catp_251)*(ATP_14))/(Katp_251))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_251" value="135.4067191611405"/>
						<parameter name="gR_251" value="5.12"/>
						<parameter name="Kf6p_251" value="0.1"/>
						<parameter name="Katp_251" value="0.71"/>
						<parameter name="L0_251" value="0.66"/>
						<parameter name="Ciatp_251" value="100"/>
						<parameter name="Kiatp_251" value="0.65"/>
						<parameter name="Camp_251" value="0.08450000000000001"/>
						<parameter name="Kamp_251" value="0.09950000000000001"/>
						<parameter name="Cf26_251" value="0.0174"/>
						<parameter name="Kf26_251" value="0.000682"/>
						<parameter name="Cf16_251" value="0.397"/>
						<parameter name="Kf16_251" value="0.111"/>
						<parameter name="Catp_251" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_14" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_14" stoichiometry="1"/>
					<specieReference specie="GAP_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_252)*((F16bP_14)/(Kf16bp_252)-((DHAP_14)*(GAP_14))/((Kf16bp_252)*(Keq_252))))/(1                   +(F16bP_14)/(Kf16bp_252)+(DHAP_14)/(Kdhap_252)+(GAP_14)/(Kgap_252)+((F16bP_14)*(GAP_14))/((Kf16bp_252)*(Kigap_252))+((DHAP_14)*(GAP_14))/((Kdhap_252)*(Kgap_252)))">
					<listOfParameters>
						<parameter name="Vmax_252" value="105.8471251420825"/>
						<parameter name="Kf16bp_252" value="0.3"/>
						<parameter name="Keq_252" value="0.06900000000000001"/>
						<parameter name="Kdhap_252" value="2"/>
						<parameter name="Kgap_252" value="2.4"/>
						<parameter name="Kigap_252" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_14" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_253*DHAP_14-k2_253*GAP_14">
					<listOfParameters>
						<parameter name="k1_253" value="450000"/>
						<parameter name="k2_253" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_14" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_14" stoichiometry="1"/>
					<specieReference specie="NAD_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_14" stoichiometry="1"/>
					<specieReference specie="NADH_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_254)*((((Vmaxf_254)*(GAP_14))*(NAD_14))/((Kgap_254)*(Knad_254))-(((Vmaxr_254)*(BPG_14))*(NADH_14))/((Kbpg_254)*(Knadh_254))))/((1                   +(GAP_14)/(Kgap_254)+(BPG_14)/(Kbpg_254))*(1                   +(NAD_14)/(Knad_254)+(NADH_14)/(Knadh_254)))">
					<listOfParameters>
						<parameter name="C_254" value="1"/>
						<parameter name="Vmaxf_254" value="1152"/>
						<parameter name="Kgap_254" value="0.21"/>
						<parameter name="Knad_254" value="0.09"/>
						<parameter name="Vmaxr_254" value="4785.794730972008"/>
						<parameter name="Kbpg_254" value="0.0098"/>
						<parameter name="Knadh_254" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_14" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_14" stoichiometry="1"/>
					<specieReference specie="BPG_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_14" stoichiometry="1"/>
					<specieReference specie="P3G_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_255)*((((Keq_255)*(BPG_14))*(ADP_14)-(P3G_14)*(ATP_14))/((Kp3g_255)*(Katp_255))))/((1                   +(BPG_14)/(Kbpg_255)+(P3G_14)/(Kp3g_255))*(1                   +(ADP_14)/(Kadp_255)+(ATP_14)/(Katp_255)))">
					<listOfParameters>
						<parameter name="Vmax_255" value="1327.421200774353"/>
						<parameter name="Keq_255" value="3200"/>
						<parameter name="Kp3g_255" value="0.53"/>
						<parameter name="Katp_255" value="0.3"/>
						<parameter name="Kbpg_255" value="0.003"/>
						<parameter name="Kadp_255" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_14" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_256)*((P3G_14)/(Kp3g_256)-(P2G_14)/((Kp3g_256)*(Keq_256))))/(1                   +(P3G_14)/(Kp3g_256)+(P2G_14)/(Kp2g_256))">
					<listOfParameters>
						<parameter name="Vmax_256" value="2662.000200607716"/>
						<parameter name="Kp3g_256" value="1.2"/>
						<parameter name="Keq_256" value="0.19"/>
						<parameter name="Kp2g_256" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_14" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_257)*((P2G_14)/(Kp2g_257)-(PEP_14)/((Kp2g_257)*(Keq_257))))/(1                   +(P2G_14)/(Kp2g_257)+(PEP_14)/(Kpep_257))">
					<listOfParameters>
						<parameter name="Vmax_257" value="193.0526534554292"/>
						<parameter name="Kp2g_257" value="0.04"/>
						<parameter name="Keq_257" value="6.7"/>
						<parameter name="Kpep_257" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_14" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_14" stoichiometry="1"/>
					<specieReference specie="PEP_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_14" stoichiometry="1"/>
					<specieReference specie="PYR_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_258)*(((PEP_14)*(ADP_14))/((Kpep_258)*(Kadp_258))-((PYR_14)*(ATP_14))/(((Kpep_258)*(Kadp_258))*(Keq_258))))/((1                   +(PEP_14)/(Kpep_258)+(PYR_14)/(Kpyr_258))*(1                   +(ADP_14)/(Kadp_258)+(ATP_14)/(Katp_258)))">
					<listOfParameters>
						<parameter name="Vmax_258" value="1323.210828714717"/>
						<parameter name="Kpep_258" value="0.14"/>
						<parameter name="Kadp_258" value="0.53"/>
						<parameter name="Keq_258" value="6500"/>
						<parameter name="Kpyr_258" value="21"/>
						<parameter name="Katp_258" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_14" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_14" stoichiometry="1"/>
					<specieReference specie="CO2_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_259)*(((PYR_14)/(Kpyr_259))^(nH_259)))/(1                   +((PYR_14)/(Kpyr_259))^(nH_259))">
					<listOfParameters>
						<parameter name="Vmax_259" value="801.2214476140889"/>
						<parameter name="Kpyr_259" value="4.33"/>
						<parameter name="nH_259" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_14" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_14" stoichiometry="1"/>
					<specieReference specie="EtOH_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_14" stoichiometry="1"/>
					<specieReference specie="AcAld_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_260)*(((EtOH_14)*(NAD_14))/((Ketoh_260)*(Kinad_260))-((AcAld_14)*(NADH_14))/(((Ketoh_260)*(Kinad_260))*(Keq_260))))/(1                   +(NAD_14)/(Kinad_260)+((EtOH_14)*(Knad_260))/((Kinad_260)*(Ketoh_260))+((AcAld_14)*(Knadh_260))/((Kinadh_260)*(Kacald_260))+(NADH_14)/(Kinadh_260)+((EtOH_14)*(NAD_14))/((Kinad_260)*(Ketoh_260))+(((NAD_14)*(AcAld_14))*(Knadh_260))/(((Kinad_260)*(Kinadh_260))*(Kacald_260))+(((EtOH_14)*(NADH_14))*(Knad_260))/(((Kinad_260)*(Kinadh_260))*(Ketoh_260))+((AcAld_14)*(NADH_14))/((Kacald_260)*(Kinadh_260))+(((EtOH_14)*(NAD_14))*(AcAld_14))/(((Kinad_260)*(Kiacald_260))*(Ketoh_260))+(((EtOH_14)*(AcAld_14))*(NADH_14))/(((Kietoh_260)*(Kinadh_260))*(Kacald_260)))">
					<listOfParameters>
						<parameter name="Vmax_260" value="253.6841476651143"/>
						<parameter name="Ketoh_260" value="17"/>
						<parameter name="Kinad_260" value="0.92"/>
						<parameter name="Keq_260" value="6.9e-005"/>
						<parameter name="Knad_260" value="0.17"/>
						<parameter name="Knadh_260" value="0.11"/>
						<parameter name="Kinadh_260" value="0.031"/>
						<parameter name="Kacald_260" value="1.11"/>
						<parameter name="Kiacald_260" value="1.1"/>
						<parameter name="Kietoh_260" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_14" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_261)*(ATP_14)">
					<listOfParameters>
						<parameter name="Katpase_261" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_14" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_14" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_14" stoichiometry="1"/>
					<specieReference specie="AMP_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_262*ADP_14*ADP_14-k2_262*ATP_14*AMP_14">
					<listOfParameters>
						<parameter name="k1_262" value="45"/>
						<parameter name="k2_262" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_14" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_14" stoichiometry="1"/>
					<specieReference specie="NADH_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_14" stoichiometry="1"/>
					<specieReference specie="Glycerol_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_263)*(((DHAP_14)/(Kdhap_263))*((NADH_14)/(Knadh_263))-(((Glycerol_14)/(Kdhap_263))*((NAD_14)/(Knadh_263)))*((1                   )/(Keq_263))))/((1                   +(DHAP_14)/(Kdhap_263)+(Glycerol_14)/(Kglycerol_263))*(1                   +(NADH_14)/(Knadh_263)+(NAD_14)/(Knad_263)))">
					<listOfParameters>
						<parameter name="Vmax_263" value="46.51052937318553"/>
						<parameter name="Kdhap_263" value="0.4"/>
						<parameter name="Knadh_263" value="0.023"/>
						<parameter name="Keq_263" value="4300"/>
						<parameter name="Kglycerol_263" value="1"/>
						<parameter name="Knad_263" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_14" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_14" stoichiometry="1"/>
					<specieReference specie="G6P_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_14" stoichiometry="1"/>
					<specieReference specie="Glycogen_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_264">
					<listOfParameters>
						<parameter name="KGLYCOGEN_264" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_14" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_14" stoichiometry="1"/>
					<specieReference specie="G6P_14" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_14" stoichiometry="1"/>
					<specieReference specie="Trehalose_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_265">
					<listOfParameters>
						<parameter name="Ktrehalose_265" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_14" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_14" stoichiometry="3"/>
					<specieReference specie="AcAld_14" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_14" stoichiometry="3"/>
					<specieReference specie="Succinate_14" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_266)*(AcAld_14)">
					<listOfParameters>
						<parameter name="k_266" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_15" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_267)*(GLCo_15-GLCi_15))/(Kglc_267))/(1                   +(GLCo_15+GLCi_15)/(Kglc_267)+(((Ki_267)*(GLCo_15))*(GLCi_15))/((Kglc_267)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_267" value="103.5280031582311"/>
						<parameter name="Kglc_267" value="1.1918"/>
						<parameter name="Ki_267" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_15" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_15" stoichiometry="1"/>
					<specieReference specie="ATP_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_15" stoichiometry="1"/>
					<specieReference specie="ADP_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_268)*(((GLCi_15)*(ATP_15))/((Kglc_268)*(Katp_268))-((G6P_15)*(ADP_15))/(((Kglc_268)*(Katp_268))*(Keq_268))))/((1                   +(GLCi_15)/(Kglc_268)+(G6P_15)/(Kg6p_268))*(1                   +(ATP_15)/(Katp_268)+(ADP_15)/(Kadp_268)))">
					<listOfParameters>
						<parameter name="Vmax_268" value="239.4075356672477"/>
						<parameter name="Kglc_268" value="0.08"/>
						<parameter name="Katp_268" value="0.15"/>
						<parameter name="Keq_268" value="2000"/>
						<parameter name="Kg6p_268" value="30"/>
						<parameter name="Kadp_268" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_15" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_269)*((G6P_15)/(Kg6p_269)-(F6P_15)/((Kg6p_269)*(Keq_269))))/(1                   +(G6P_15)/(Kg6p_269)+(F6P_15)/(Kf6p_269))">
					<listOfParameters>
						<parameter name="Vmax_269" value="1228.423129139514"/>
						<parameter name="Kg6p_269" value="1.4"/>
						<parameter name="Keq_269" value="0.29"/>
						<parameter name="Kf6p_269" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_15" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_15" stoichiometry="1"/>
					<specieReference specie="F6P_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_15" stoichiometry="1"/>
					<specieReference specie="F16bP_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_270)*(((((gR_270)*((F6P_15)/(Kf6p_270)))*((ATP_15)/(Katp_270)))*(1                   +(F6P_15)/(Kf6p_270)+(ATP_15)/(Katp_270)+((((gR_270)*(F6P_15))/(Kf6p_270))*(ATP_15))/(Katp_270)))/((1                   +(F6P_15)/(Kf6p_270)+(ATP_15)/(Katp_270)+((((gR_270)*(F6P_15))/(Kf6p_270))*(ATP_15))/(Katp_270))^(2                   )+((((L0_270)*(((1                   +((Ciatp_270)*(ATP_15))/(Kiatp_270))/(1                   +(ATP_15)/(Kiatp_270)))^(2                   )))*(((1                   +((Camp_270)*(AMP_15))/(Kamp_270))/(1                   +(AMP_15)/(Kamp_270)))^(2                   )))*(((1                   +((Cf26_270)*(F26bP_15))/(Kf26_270)+((Cf16_270)*(F16bP_15))/(Kf16_270))/(1                   +(F26bP_15)/(Kf26_270)+(F16bP_15)/(Kf16_270)))^(2                   )))*((1                   +((Catp_270)*(ATP_15))/(Katp_270))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_270" value="75.17281166387309"/>
						<parameter name="gR_270" value="5.12"/>
						<parameter name="Kf6p_270" value="0.1"/>
						<parameter name="Katp_270" value="0.71"/>
						<parameter name="L0_270" value="0.66"/>
						<parameter name="Ciatp_270" value="100"/>
						<parameter name="Kiatp_270" value="0.65"/>
						<parameter name="Camp_270" value="0.08450000000000001"/>
						<parameter name="Kamp_270" value="0.09950000000000001"/>
						<parameter name="Cf26_270" value="0.0174"/>
						<parameter name="Kf26_270" value="0.000682"/>
						<parameter name="Cf16_270" value="0.397"/>
						<parameter name="Kf16_270" value="0.111"/>
						<parameter name="Catp_270" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_15" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_15" stoichiometry="1"/>
					<specieReference specie="GAP_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_271)*((F16bP_15)/(Kf16bp_271)-((DHAP_15)*(GAP_15))/((Kf16bp_271)*(Keq_271))))/(1                   +(F16bP_15)/(Kf16bp_271)+(DHAP_15)/(Kdhap_271)+(GAP_15)/(Kgap_271)+((F16bP_15)*(GAP_15))/((Kf16bp_271)*(Kigap_271))+((DHAP_15)*(GAP_15))/((Kdhap_271)*(Kgap_271)))">
					<listOfParameters>
						<parameter name="Vmax_271" value="78.26397791057053"/>
						<parameter name="Kf16bp_271" value="0.3"/>
						<parameter name="Keq_271" value="0.06900000000000001"/>
						<parameter name="Kdhap_271" value="2"/>
						<parameter name="Kgap_271" value="2.4"/>
						<parameter name="Kigap_271" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_15" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_272*DHAP_15-k2_272*GAP_15">
					<listOfParameters>
						<parameter name="k1_272" value="450000"/>
						<parameter name="k2_272" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_15" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_15" stoichiometry="1"/>
					<specieReference specie="NAD_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_15" stoichiometry="1"/>
					<specieReference specie="NADH_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_273)*((((Vmaxf_273)*(GAP_15))*(NAD_15))/((Kgap_273)*(Knad_273))-(((Vmaxr_273)*(BPG_15))*(NADH_15))/((Kbpg_273)*(Knadh_273))))/((1                   +(GAP_15)/(Kgap_273)+(BPG_15)/(Kbpg_273))*(1                   +(NAD_15)/(Knad_273)+(NADH_15)/(Knadh_273)))">
					<listOfParameters>
						<parameter name="C_273" value="1"/>
						<parameter name="Vmaxf_273" value="1152"/>
						<parameter name="Kgap_273" value="0.21"/>
						<parameter name="Knad_273" value="0.09"/>
						<parameter name="Vmaxr_273" value="5605.26428021187"/>
						<parameter name="Kbpg_273" value="0.0098"/>
						<parameter name="Knadh_273" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_15" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_15" stoichiometry="1"/>
					<specieReference specie="BPG_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_15" stoichiometry="1"/>
					<specieReference specie="P3G_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_274)*((((Keq_274)*(BPG_15))*(ADP_15)-(P3G_15)*(ATP_15))/((Kp3g_274)*(Katp_274))))/((1                   +(BPG_15)/(Kbpg_274)+(P3G_15)/(Kp3g_274))*(1                   +(ADP_15)/(Kadp_274)+(ATP_15)/(Katp_274)))">
					<listOfParameters>
						<parameter name="Vmax_274" value="1543.078391807853"/>
						<parameter name="Keq_274" value="3200"/>
						<parameter name="Kp3g_274" value="0.53"/>
						<parameter name="Katp_274" value="0.3"/>
						<parameter name="Kbpg_274" value="0.003"/>
						<parameter name="Kadp_274" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_15" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_275)*((P3G_15)/(Kp3g_275)-(P2G_15)/((Kp3g_275)*(Keq_275))))/(1                   +(P3G_15)/(Kp3g_275)+(P2G_15)/(Kp2g_275))">
					<listOfParameters>
						<parameter name="Vmax_275" value="2175.233254292672"/>
						<parameter name="Kp3g_275" value="1.2"/>
						<parameter name="Keq_275" value="0.19"/>
						<parameter name="Kp2g_275" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_15" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_276)*((P2G_15)/(Kp2g_276)-(PEP_15)/((Kp2g_276)*(Keq_276))))/(1                   +(P2G_15)/(Kp2g_276)+(PEP_15)/(Kpep_276))">
					<listOfParameters>
						<parameter name="Vmax_276" value="259.29857681493"/>
						<parameter name="Kp2g_276" value="0.04"/>
						<parameter name="Keq_276" value="6.7"/>
						<parameter name="Kpep_276" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_15" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_15" stoichiometry="1"/>
					<specieReference specie="PEP_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_15" stoichiometry="1"/>
					<specieReference specie="PYR_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_277)*(((PEP_15)*(ADP_15))/((Kpep_277)*(Kadp_277))-((PYR_15)*(ATP_15))/(((Kpep_277)*(Kadp_277))*(Keq_277))))/((1                   +(PEP_15)/(Kpep_277)+(PYR_15)/(Kpyr_277))*(1                   +(ADP_15)/(Kadp_277)+(ATP_15)/(Katp_277)))">
					<listOfParameters>
						<parameter name="Vmax_277" value="1045.629856524487"/>
						<parameter name="Kpep_277" value="0.14"/>
						<parameter name="Kadp_277" value="0.53"/>
						<parameter name="Keq_277" value="6500"/>
						<parameter name="Kpyr_277" value="21"/>
						<parameter name="Katp_277" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_15" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_15" stoichiometry="1"/>
					<specieReference specie="CO2_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_278)*(((PYR_15)/(Kpyr_278))^(nH_278)))/(1                   +((PYR_15)/(Kpyr_278))^(nH_278))">
					<listOfParameters>
						<parameter name="Vmax_278" value="911.8622475157962"/>
						<parameter name="Kpyr_278" value="4.33"/>
						<parameter name="nH_278" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_15" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_15" stoichiometry="1"/>
					<specieReference specie="EtOH_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_15" stoichiometry="1"/>
					<specieReference specie="AcAld_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_279)*(((EtOH_15)*(NAD_15))/((Ketoh_279)*(Kinad_279))-((AcAld_15)*(NADH_15))/(((Ketoh_279)*(Kinad_279))*(Keq_279))))/(1                   +(NAD_15)/(Kinad_279)+((EtOH_15)*(Knad_279))/((Kinad_279)*(Ketoh_279))+((AcAld_15)*(Knadh_279))/((Kinadh_279)*(Kacald_279))+(NADH_15)/(Kinadh_279)+((EtOH_15)*(NAD_15))/((Kinad_279)*(Ketoh_279))+(((NAD_15)*(AcAld_15))*(Knadh_279))/(((Kinad_279)*(Kinadh_279))*(Kacald_279))+(((EtOH_15)*(NADH_15))*(Knad_279))/(((Kinad_279)*(Kinadh_279))*(Ketoh_279))+((AcAld_15)*(NADH_15))/((Kacald_279)*(Kinadh_279))+(((EtOH_15)*(NAD_15))*(AcAld_15))/(((Kinad_279)*(Kiacald_279))*(Ketoh_279))+(((EtOH_15)*(AcAld_15))*(NADH_15))/(((Kietoh_279)*(Kinadh_279))*(Kacald_279)))">
					<listOfParameters>
						<parameter name="Vmax_279" value="197.5884405152624"/>
						<parameter name="Ketoh_279" value="17"/>
						<parameter name="Kinad_279" value="0.92"/>
						<parameter name="Keq_279" value="6.9e-005"/>
						<parameter name="Knad_279" value="0.17"/>
						<parameter name="Knadh_279" value="0.11"/>
						<parameter name="Kinadh_279" value="0.031"/>
						<parameter name="Kacald_279" value="1.11"/>
						<parameter name="Kiacald_279" value="1.1"/>
						<parameter name="Kietoh_279" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_15" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_280)*(ATP_15)">
					<listOfParameters>
						<parameter name="Katpase_280" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_15" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_15" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_15" stoichiometry="1"/>
					<specieReference specie="AMP_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_281*ADP_15*ADP_15-k2_281*ATP_15*AMP_15">
					<listOfParameters>
						<parameter name="k1_281" value="45"/>
						<parameter name="k2_281" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_15" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_15" stoichiometry="1"/>
					<specieReference specie="NADH_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_15" stoichiometry="1"/>
					<specieReference specie="Glycerol_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_282)*(((DHAP_15)/(Kdhap_282))*((NADH_15)/(Knadh_282))-(((Glycerol_15)/(Kdhap_282))*((NAD_15)/(Knadh_282)))*((1                   )/(Keq_282))))/((1                   +(DHAP_15)/(Kdhap_282)+(Glycerol_15)/(Kglycerol_282))*(1                   +(NADH_15)/(Knadh_282)+(NAD_15)/(Knad_282)))">
					<listOfParameters>
						<parameter name="Vmax_282" value="57.78029811131599"/>
						<parameter name="Kdhap_282" value="0.4"/>
						<parameter name="Knadh_282" value="0.023"/>
						<parameter name="Keq_282" value="4300"/>
						<parameter name="Kglycerol_282" value="1"/>
						<parameter name="Knad_282" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_15" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_15" stoichiometry="1"/>
					<specieReference specie="G6P_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_15" stoichiometry="1"/>
					<specieReference specie="Glycogen_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_283">
					<listOfParameters>
						<parameter name="KGLYCOGEN_283" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_15" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_15" stoichiometry="1"/>
					<specieReference specie="G6P_15" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_15" stoichiometry="1"/>
					<specieReference specie="Trehalose_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_284">
					<listOfParameters>
						<parameter name="Ktrehalose_284" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_15" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_15" stoichiometry="3"/>
					<specieReference specie="AcAld_15" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_15" stoichiometry="3"/>
					<specieReference specie="Succinate_15" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_285)*(AcAld_15)">
					<listOfParameters>
						<parameter name="k_285" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_16" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_286)*(GLCo_16-GLCi_16))/(Kglc_286))/(1                   +(GLCo_16+GLCi_16)/(Kglc_286)+(((Ki_286)*(GLCo_16))*(GLCi_16))/((Kglc_286)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_286" value="117.2419330309927"/>
						<parameter name="Kglc_286" value="1.1918"/>
						<parameter name="Ki_286" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_16" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_16" stoichiometry="1"/>
					<specieReference specie="ATP_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_16" stoichiometry="1"/>
					<specieReference specie="ADP_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_287)*(((GLCi_16)*(ATP_16))/((Kglc_287)*(Katp_287))-((G6P_16)*(ADP_16))/(((Kglc_287)*(Katp_287))*(Keq_287))))/((1                   +(GLCi_16)/(Kglc_287)+(G6P_16)/(Kg6p_287))*(1                   +(ATP_16)/(Katp_287)+(ADP_16)/(Kadp_287)))">
					<listOfParameters>
						<parameter name="Vmax_287" value="346.7446501004997"/>
						<parameter name="Kglc_287" value="0.08"/>
						<parameter name="Katp_287" value="0.15"/>
						<parameter name="Keq_287" value="2000"/>
						<parameter name="Kg6p_287" value="30"/>
						<parameter name="Kadp_287" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_16" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_288)*((G6P_16)/(Kg6p_288)-(F6P_16)/((Kg6p_288)*(Keq_288))))/(1                   +(G6P_16)/(Kg6p_288)+(F6P_16)/(Kf6p_288))">
					<listOfParameters>
						<parameter name="Vmax_288" value="854.6301223837546"/>
						<parameter name="Kg6p_288" value="1.4"/>
						<parameter name="Keq_288" value="0.29"/>
						<parameter name="Kf6p_288" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_16" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_16" stoichiometry="1"/>
					<specieReference specie="F6P_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_16" stoichiometry="1"/>
					<specieReference specie="F16bP_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_289)*(((((gR_289)*((F6P_16)/(Kf6p_289)))*((ATP_16)/(Katp_289)))*(1                   +(F6P_16)/(Kf6p_289)+(ATP_16)/(Katp_289)+((((gR_289)*(F6P_16))/(Kf6p_289))*(ATP_16))/(Katp_289)))/((1                   +(F6P_16)/(Kf6p_289)+(ATP_16)/(Katp_289)+((((gR_289)*(F6P_16))/(Kf6p_289))*(ATP_16))/(Katp_289))^(2                   )+((((L0_289)*(((1                   +((Ciatp_289)*(ATP_16))/(Kiatp_289))/(1                   +(ATP_16)/(Kiatp_289)))^(2                   )))*(((1                   +((Camp_289)*(AMP_16))/(Kamp_289))/(1                   +(AMP_16)/(Kamp_289)))^(2                   )))*(((1                   +((Cf26_289)*(F26bP_16))/(Kf26_289)+((Cf16_289)*(F16bP_16))/(Kf16_289))/(1                   +(F26bP_16)/(Kf26_289)+(F16bP_16)/(Kf16_289)))^(2                   )))*((1                   +((Catp_289)*(ATP_16))/(Katp_289))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_289" value="109.9479058225964"/>
						<parameter name="gR_289" value="5.12"/>
						<parameter name="Kf6p_289" value="0.1"/>
						<parameter name="Katp_289" value="0.71"/>
						<parameter name="L0_289" value="0.66"/>
						<parameter name="Ciatp_289" value="100"/>
						<parameter name="Kiatp_289" value="0.65"/>
						<parameter name="Camp_289" value="0.08450000000000001"/>
						<parameter name="Kamp_289" value="0.09950000000000001"/>
						<parameter name="Cf26_289" value="0.0174"/>
						<parameter name="Kf26_289" value="0.000682"/>
						<parameter name="Cf16_289" value="0.397"/>
						<parameter name="Kf16_289" value="0.111"/>
						<parameter name="Catp_289" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_16" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_16" stoichiometry="1"/>
					<specieReference specie="GAP_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_290)*((F16bP_16)/(Kf16bp_290)-((DHAP_16)*(GAP_16))/((Kf16bp_290)*(Keq_290))))/(1                   +(F16bP_16)/(Kf16bp_290)+(DHAP_16)/(Kdhap_290)+(GAP_16)/(Kgap_290)+((F16bP_16)*(GAP_16))/((Kf16bp_290)*(Kigap_290))+((DHAP_16)*(GAP_16))/((Kdhap_290)*(Kgap_290)))">
					<listOfParameters>
						<parameter name="Vmax_290" value="77.39986180466053"/>
						<parameter name="Kf16bp_290" value="0.3"/>
						<parameter name="Keq_290" value="0.06900000000000001"/>
						<parameter name="Kdhap_290" value="2"/>
						<parameter name="Kgap_290" value="2.4"/>
						<parameter name="Kigap_290" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_16" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_291*DHAP_16-k2_291*GAP_16">
					<listOfParameters>
						<parameter name="k1_291" value="450000"/>
						<parameter name="k2_291" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_16" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_16" stoichiometry="1"/>
					<specieReference specie="NAD_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_16" stoichiometry="1"/>
					<specieReference specie="NADH_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_292)*((((Vmaxf_292)*(GAP_16))*(NAD_16))/((Kgap_292)*(Knad_292))-(((Vmaxr_292)*(BPG_16))*(NADH_16))/((Kbpg_292)*(Knadh_292))))/((1                   +(GAP_16)/(Kgap_292)+(BPG_16)/(Kbpg_292))*(1                   +(NAD_16)/(Knad_292)+(NADH_16)/(Knadh_292)))">
					<listOfParameters>
						<parameter name="C_292" value="1"/>
						<parameter name="Vmaxf_292" value="1152"/>
						<parameter name="Kgap_292" value="0.21"/>
						<parameter name="Knad_292" value="0.09"/>
						<parameter name="Vmaxr_292" value="5917.51301272266"/>
						<parameter name="Kbpg_292" value="0.0098"/>
						<parameter name="Knadh_292" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_16" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_16" stoichiometry="1"/>
					<specieReference specie="BPG_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_16" stoichiometry="1"/>
					<specieReference specie="P3G_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_293)*((((Keq_293)*(BPG_16))*(ADP_16)-(P3G_16)*(ATP_16))/((Kp3g_293)*(Katp_293))))/((1                   +(BPG_16)/(Kbpg_293)+(P3G_16)/(Kp3g_293))*(1                   +(ADP_16)/(Kadp_293)+(ATP_16)/(Katp_293)))">
					<listOfParameters>
						<parameter name="Vmax_293" value="1475.686171306976"/>
						<parameter name="Keq_293" value="3200"/>
						<parameter name="Kp3g_293" value="0.53"/>
						<parameter name="Katp_293" value="0.3"/>
						<parameter name="Kbpg_293" value="0.003"/>
						<parameter name="Kadp_293" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_16" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_294)*((P3G_16)/(Kp3g_294)-(P2G_16)/((Kp3g_294)*(Keq_294))))/(1                   +(P3G_16)/(Kp3g_294)+(P2G_16)/(Kp2g_294))">
					<listOfParameters>
						<parameter name="Vmax_294" value="2733.828233474872"/>
						<parameter name="Kp3g_294" value="1.2"/>
						<parameter name="Keq_294" value="0.19"/>
						<parameter name="Kp2g_294" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_16" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_295)*((P2G_16)/(Kp2g_295)-(PEP_16)/((Kp2g_295)*(Keq_295))))/(1                   +(P2G_16)/(Kp2g_295)+(PEP_16)/(Kpep_295))">
					<listOfParameters>
						<parameter name="Vmax_295" value="205.5703596500769"/>
						<parameter name="Kp2g_295" value="0.04"/>
						<parameter name="Keq_295" value="6.7"/>
						<parameter name="Kpep_295" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_16" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_16" stoichiometry="1"/>
					<specieReference specie="PEP_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_16" stoichiometry="1"/>
					<specieReference specie="PYR_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_296)*(((PEP_16)*(ADP_16))/((Kpep_296)*(Kadp_296))-((PYR_16)*(ATP_16))/(((Kpep_296)*(Kadp_296))*(Keq_296))))/((1                   +(PEP_16)/(Kpep_296)+(PYR_16)/(Kpyr_296))*(1                   +(ADP_16)/(Kadp_296)+(ATP_16)/(Katp_296)))">
					<listOfParameters>
						<parameter name="Vmax_296" value="1019.900649508807"/>
						<parameter name="Kpep_296" value="0.14"/>
						<parameter name="Kadp_296" value="0.53"/>
						<parameter name="Keq_296" value="6500"/>
						<parameter name="Kpyr_296" value="21"/>
						<parameter name="Katp_296" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_16" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_16" stoichiometry="1"/>
					<specieReference specie="CO2_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_297)*(((PYR_16)/(Kpyr_297))^(nH_297)))/(1                   +((PYR_16)/(Kpyr_297))^(nH_297))">
					<listOfParameters>
						<parameter name="Vmax_297" value="898.2897623290335"/>
						<parameter name="Kpyr_297" value="4.33"/>
						<parameter name="nH_297" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_16" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_16" stoichiometry="1"/>
					<specieReference specie="EtOH_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_16" stoichiometry="1"/>
					<specieReference specie="AcAld_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_298)*(((EtOH_16)*(NAD_16))/((Ketoh_298)*(Kinad_298))-((AcAld_16)*(NADH_16))/(((Ketoh_298)*(Kinad_298))*(Keq_298))))/(1                   +(NAD_16)/(Kinad_298)+((EtOH_16)*(Knad_298))/((Kinad_298)*(Ketoh_298))+((AcAld_16)*(Knadh_298))/((Kinadh_298)*(Kacald_298))+(NADH_16)/(Kinadh_298)+((EtOH_16)*(NAD_16))/((Kinad_298)*(Ketoh_298))+(((NAD_16)*(AcAld_16))*(Knadh_298))/(((Kinad_298)*(Kinadh_298))*(Kacald_298))+(((EtOH_16)*(NADH_16))*(Knad_298))/(((Kinad_298)*(Kinadh_298))*(Ketoh_298))+((AcAld_16)*(NADH_16))/((Kacald_298)*(Kinadh_298))+(((EtOH_16)*(NAD_16))*(AcAld_16))/(((Kinad_298)*(Kiacald_298))*(Ketoh_298))+(((EtOH_16)*(AcAld_16))*(NADH_16))/(((Kietoh_298)*(Kinadh_298))*(Kacald_298)))">
					<listOfParameters>
						<parameter name="Vmax_298" value="211.9047771128234"/>
						<parameter name="Ketoh_298" value="17"/>
						<parameter name="Kinad_298" value="0.92"/>
						<parameter name="Keq_298" value="6.9e-005"/>
						<parameter name="Knad_298" value="0.17"/>
						<parameter name="Knadh_298" value="0.11"/>
						<parameter name="Kinadh_298" value="0.031"/>
						<parameter name="Kacald_298" value="1.11"/>
						<parameter name="Kiacald_298" value="1.1"/>
						<parameter name="Kietoh_298" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_16" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_299)*(ATP_16)">
					<listOfParameters>
						<parameter name="Katpase_299" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_16" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_16" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_16" stoichiometry="1"/>
					<specieReference specie="AMP_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_300*ADP_16*ADP_16-k2_300*ATP_16*AMP_16">
					<listOfParameters>
						<parameter name="k1_300" value="45"/>
						<parameter name="k2_300" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_16" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_16" stoichiometry="1"/>
					<specieReference specie="NADH_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_16" stoichiometry="1"/>
					<specieReference specie="Glycerol_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_301)*(((DHAP_16)/(Kdhap_301))*((NADH_16)/(Knadh_301))-(((Glycerol_16)/(Kdhap_301))*((NAD_16)/(Knadh_301)))*((1                   )/(Keq_301))))/((1                   +(DHAP_16)/(Kdhap_301)+(Glycerol_16)/(Kglycerol_301))*(1                   +(NADH_16)/(Knadh_301)+(NAD_16)/(Knad_301)))">
					<listOfParameters>
						<parameter name="Vmax_301" value="46.30699260173928"/>
						<parameter name="Kdhap_301" value="0.4"/>
						<parameter name="Knadh_301" value="0.023"/>
						<parameter name="Keq_301" value="4300"/>
						<parameter name="Kglycerol_301" value="1"/>
						<parameter name="Knad_301" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_16" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_16" stoichiometry="1"/>
					<specieReference specie="G6P_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_16" stoichiometry="1"/>
					<specieReference specie="Glycogen_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_302">
					<listOfParameters>
						<parameter name="KGLYCOGEN_302" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_16" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_16" stoichiometry="1"/>
					<specieReference specie="G6P_16" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_16" stoichiometry="1"/>
					<specieReference specie="Trehalose_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_303">
					<listOfParameters>
						<parameter name="Ktrehalose_303" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_16" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_16" stoichiometry="3"/>
					<specieReference specie="AcAld_16" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_16" stoichiometry="3"/>
					<specieReference specie="Succinate_16" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_304)*(AcAld_16)">
					<listOfParameters>
						<parameter name="k_304" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_17" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_305)*(GLCo_17-GLCi_17))/(Kglc_305))/(1                   +(GLCo_17+GLCi_17)/(Kglc_305)+(((Ki_305)*(GLCo_17))*(GLCi_17))/((Kglc_305)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_305" value="106.4306332478"/>
						<parameter name="Kglc_305" value="1.1918"/>
						<parameter name="Ki_305" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_17" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_17" stoichiometry="1"/>
					<specieReference specie="ATP_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_17" stoichiometry="1"/>
					<specieReference specie="ADP_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_306)*(((GLCi_17)*(ATP_17))/((Kglc_306)*(Katp_306))-((G6P_17)*(ADP_17))/(((Kglc_306)*(Katp_306))*(Keq_306))))/((1                   +(GLCi_17)/(Kglc_306)+(G6P_17)/(Kg6p_306))*(1                   +(ATP_17)/(Katp_306)+(ADP_17)/(Kadp_306)))">
					<listOfParameters>
						<parameter name="Vmax_306" value="217.7377537585217"/>
						<parameter name="Kglc_306" value="0.08"/>
						<parameter name="Katp_306" value="0.15"/>
						<parameter name="Keq_306" value="2000"/>
						<parameter name="Kg6p_306" value="30"/>
						<parameter name="Kadp_306" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_17" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_307)*((G6P_17)/(Kg6p_307)-(F6P_17)/((Kg6p_307)*(Keq_307))))/(1                   +(G6P_17)/(Kg6p_307)+(F6P_17)/(Kf6p_307))">
					<listOfParameters>
						<parameter name="Vmax_307" value="890.3876172409496"/>
						<parameter name="Kg6p_307" value="1.4"/>
						<parameter name="Keq_307" value="0.29"/>
						<parameter name="Kf6p_307" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_17" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_17" stoichiometry="1"/>
					<specieReference specie="F6P_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_17" stoichiometry="1"/>
					<specieReference specie="F16bP_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_308)*(((((gR_308)*((F6P_17)/(Kf6p_308)))*((ATP_17)/(Katp_308)))*(1                   +(F6P_17)/(Kf6p_308)+(ATP_17)/(Katp_308)+((((gR_308)*(F6P_17))/(Kf6p_308))*(ATP_17))/(Katp_308)))/((1                   +(F6P_17)/(Kf6p_308)+(ATP_17)/(Katp_308)+((((gR_308)*(F6P_17))/(Kf6p_308))*(ATP_17))/(Katp_308))^(2                   )+((((L0_308)*(((1                   +((Ciatp_308)*(ATP_17))/(Kiatp_308))/(1                   +(ATP_17)/(Kiatp_308)))^(2                   )))*(((1                   +((Camp_308)*(AMP_17))/(Kamp_308))/(1                   +(AMP_17)/(Kamp_308)))^(2                   )))*(((1                   +((Cf26_308)*(F26bP_17))/(Kf26_308)+((Cf16_308)*(F16bP_17))/(Kf16_308))/(1                   +(F26bP_17)/(Kf26_308)+(F16bP_17)/(Kf16_308)))^(2                   )))*((1                   +((Catp_308)*(ATP_17))/(Katp_308))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_308" value="78.25433738037205"/>
						<parameter name="gR_308" value="5.12"/>
						<parameter name="Kf6p_308" value="0.1"/>
						<parameter name="Katp_308" value="0.71"/>
						<parameter name="L0_308" value="0.66"/>
						<parameter name="Ciatp_308" value="100"/>
						<parameter name="Kiatp_308" value="0.65"/>
						<parameter name="Camp_308" value="0.08450000000000001"/>
						<parameter name="Kamp_308" value="0.09950000000000001"/>
						<parameter name="Cf26_308" value="0.0174"/>
						<parameter name="Kf26_308" value="0.000682"/>
						<parameter name="Cf16_308" value="0.397"/>
						<parameter name="Kf16_308" value="0.111"/>
						<parameter name="Catp_308" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_17" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_17" stoichiometry="1"/>
					<specieReference specie="GAP_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_309)*((F16bP_17)/(Kf16bp_309)-((DHAP_17)*(GAP_17))/((Kf16bp_309)*(Keq_309))))/(1                   +(F16bP_17)/(Kf16bp_309)+(DHAP_17)/(Kdhap_309)+(GAP_17)/(Kgap_309)+((F16bP_17)*(GAP_17))/((Kf16bp_309)*(Kigap_309))+((DHAP_17)*(GAP_17))/((Kdhap_309)*(Kgap_309)))">
					<listOfParameters>
						<parameter name="Vmax_309" value="85.21357279012604"/>
						<parameter name="Kf16bp_309" value="0.3"/>
						<parameter name="Keq_309" value="0.06900000000000001"/>
						<parameter name="Kdhap_309" value="2"/>
						<parameter name="Kgap_309" value="2.4"/>
						<parameter name="Kigap_309" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_17" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_310*DHAP_17-k2_310*GAP_17">
					<listOfParameters>
						<parameter name="k1_310" value="450000"/>
						<parameter name="k2_310" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_17" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_17" stoichiometry="1"/>
					<specieReference specie="NAD_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_17" stoichiometry="1"/>
					<specieReference specie="NADH_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_311)*((((Vmaxf_311)*(GAP_17))*(NAD_17))/((Kgap_311)*(Knad_311))-(((Vmaxr_311)*(BPG_17))*(NADH_17))/((Kbpg_311)*(Knadh_311))))/((1                   +(GAP_17)/(Kgap_311)+(BPG_17)/(Kbpg_311))*(1                   +(NAD_17)/(Knad_311)+(NADH_17)/(Knadh_311)))">
					<listOfParameters>
						<parameter name="C_311" value="1"/>
						<parameter name="Vmaxf_311" value="1152"/>
						<parameter name="Kgap_311" value="0.21"/>
						<parameter name="Knad_311" value="0.09"/>
						<parameter name="Vmaxr_311" value="6905.30693048393"/>
						<parameter name="Kbpg_311" value="0.0098"/>
						<parameter name="Knadh_311" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_17" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_17" stoichiometry="1"/>
					<specieReference specie="BPG_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_17" stoichiometry="1"/>
					<specieReference specie="P3G_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_312)*((((Keq_312)*(BPG_17))*(ADP_17)-(P3G_17)*(ATP_17))/((Kp3g_312)*(Katp_312))))/((1                   +(BPG_17)/(Kbpg_312)+(P3G_17)/(Kp3g_312))*(1                   +(ADP_17)/(Kadp_312)+(ATP_17)/(Katp_312)))">
					<listOfParameters>
						<parameter name="Vmax_312" value="950.0355933005624"/>
						<parameter name="Keq_312" value="3200"/>
						<parameter name="Kp3g_312" value="0.53"/>
						<parameter name="Katp_312" value="0.3"/>
						<parameter name="Kbpg_312" value="0.003"/>
						<parameter name="Kadp_312" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_17" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_313)*((P3G_17)/(Kp3g_313)-(P2G_17)/((Kp3g_313)*(Keq_313))))/(1                   +(P3G_17)/(Kp3g_313)+(P2G_17)/(Kp2g_313))">
					<listOfParameters>
						<parameter name="Vmax_313" value="2655.935268191995"/>
						<parameter name="Kp3g_313" value="1.2"/>
						<parameter name="Keq_313" value="0.19"/>
						<parameter name="Kp2g_313" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_17" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_314)*((P2G_17)/(Kp2g_314)-(PEP_17)/((Kp2g_314)*(Keq_314))))/(1                   +(P2G_17)/(Kp2g_314)+(PEP_17)/(Kpep_314))">
					<listOfParameters>
						<parameter name="Vmax_314" value="207.8943292807489"/>
						<parameter name="Kp2g_314" value="0.04"/>
						<parameter name="Keq_314" value="6.7"/>
						<parameter name="Kpep_314" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_17" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_17" stoichiometry="1"/>
					<specieReference specie="PEP_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_17" stoichiometry="1"/>
					<specieReference specie="PYR_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_315)*(((PEP_17)*(ADP_17))/((Kpep_315)*(Kadp_315))-((PYR_17)*(ATP_17))/(((Kpep_315)*(Kadp_315))*(Keq_315))))/((1                   +(PEP_17)/(Kpep_315)+(PYR_17)/(Kpyr_315))*(1                   +(ADP_17)/(Kadp_315)+(ATP_17)/(Katp_315)))">
					<listOfParameters>
						<parameter name="Vmax_315" value="878.6392653203614"/>
						<parameter name="Kpep_315" value="0.14"/>
						<parameter name="Kadp_315" value="0.53"/>
						<parameter name="Keq_315" value="6500"/>
						<parameter name="Kpyr_315" value="21"/>
						<parameter name="Katp_315" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_17" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_17" stoichiometry="1"/>
					<specieReference specie="CO2_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_316)*(((PYR_17)/(Kpyr_316))^(nH_316)))/(1                   +((PYR_17)/(Kpyr_316))^(nH_316))">
					<listOfParameters>
						<parameter name="Vmax_316" value="870.5501034824557"/>
						<parameter name="Kpyr_316" value="4.33"/>
						<parameter name="nH_316" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_17" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_17" stoichiometry="1"/>
					<specieReference specie="EtOH_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_17" stoichiometry="1"/>
					<specieReference specie="AcAld_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_317)*(((EtOH_17)*(NAD_17))/((Ketoh_317)*(Kinad_317))-((AcAld_17)*(NADH_17))/(((Ketoh_317)*(Kinad_317))*(Keq_317))))/(1                   +(NAD_17)/(Kinad_317)+((EtOH_17)*(Knad_317))/((Kinad_317)*(Ketoh_317))+((AcAld_17)*(Knadh_317))/((Kinadh_317)*(Kacald_317))+(NADH_17)/(Kinadh_317)+((EtOH_17)*(NAD_17))/((Kinad_317)*(Ketoh_317))+(((NAD_17)*(AcAld_17))*(Knadh_317))/(((Kinad_317)*(Kinadh_317))*(Kacald_317))+(((EtOH_17)*(NADH_17))*(Knad_317))/(((Kinad_317)*(Kinadh_317))*(Ketoh_317))+((AcAld_17)*(NADH_17))/((Kacald_317)*(Kinadh_317))+(((EtOH_17)*(NAD_17))*(AcAld_17))/(((Kinad_317)*(Kiacald_317))*(Ketoh_317))+(((EtOH_17)*(AcAld_17))*(NADH_17))/(((Kietoh_317)*(Kinadh_317))*(Kacald_317)))">
					<listOfParameters>
						<parameter name="Vmax_317" value="234.6531592095906"/>
						<parameter name="Ketoh_317" value="17"/>
						<parameter name="Kinad_317" value="0.92"/>
						<parameter name="Keq_317" value="6.9e-005"/>
						<parameter name="Knad_317" value="0.17"/>
						<parameter name="Knadh_317" value="0.11"/>
						<parameter name="Kinadh_317" value="0.031"/>
						<parameter name="Kacald_317" value="1.11"/>
						<parameter name="Kiacald_317" value="1.1"/>
						<parameter name="Kietoh_317" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_17" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_318)*(ATP_17)">
					<listOfParameters>
						<parameter name="Katpase_318" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_17" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_17" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_17" stoichiometry="1"/>
					<specieReference specie="AMP_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_319*ADP_17*ADP_17-k2_319*ATP_17*AMP_17">
					<listOfParameters>
						<parameter name="k1_319" value="45"/>
						<parameter name="k2_319" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_17" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_17" stoichiometry="1"/>
					<specieReference specie="NADH_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_17" stoichiometry="1"/>
					<specieReference specie="Glycerol_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_320)*(((DHAP_17)/(Kdhap_320))*((NADH_17)/(Knadh_320))-(((Glycerol_17)/(Kdhap_320))*((NAD_17)/(Knadh_320)))*((1                   )/(Keq_320))))/((1                   +(DHAP_17)/(Kdhap_320)+(Glycerol_17)/(Kglycerol_320))*(1                   +(NADH_17)/(Knadh_320)+(NAD_17)/(Knad_320)))">
					<listOfParameters>
						<parameter name="Vmax_320" value="41.92412284715537"/>
						<parameter name="Kdhap_320" value="0.4"/>
						<parameter name="Knadh_320" value="0.023"/>
						<parameter name="Keq_320" value="4300"/>
						<parameter name="Kglycerol_320" value="1"/>
						<parameter name="Knad_320" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_17" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_17" stoichiometry="1"/>
					<specieReference specie="G6P_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_17" stoichiometry="1"/>
					<specieReference specie="Glycogen_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_321">
					<listOfParameters>
						<parameter name="KGLYCOGEN_321" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_17" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_17" stoichiometry="1"/>
					<specieReference specie="G6P_17" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_17" stoichiometry="1"/>
					<specieReference specie="Trehalose_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_322">
					<listOfParameters>
						<parameter name="Ktrehalose_322" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_17" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_17" stoichiometry="3"/>
					<specieReference specie="AcAld_17" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_17" stoichiometry="3"/>
					<specieReference specie="Succinate_17" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_323)*(AcAld_17)">
					<listOfParameters>
						<parameter name="k_323" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_18" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_324)*(GLCo_18-GLCi_18))/(Kglc_324))/(1                   +(GLCo_18+GLCi_18)/(Kglc_324)+(((Ki_324)*(GLCo_18))*(GLCi_18))/((Kglc_324)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_324" value="62.35672326062917"/>
						<parameter name="Kglc_324" value="1.1918"/>
						<parameter name="Ki_324" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_18" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_18" stoichiometry="1"/>
					<specieReference specie="ATP_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_18" stoichiometry="1"/>
					<specieReference specie="ADP_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_325)*(((GLCi_18)*(ATP_18))/((Kglc_325)*(Katp_325))-((G6P_18)*(ADP_18))/(((Kglc_325)*(Katp_325))*(Keq_325))))/((1                   +(GLCi_18)/(Kglc_325)+(G6P_18)/(Kg6p_325))*(1                   +(ATP_18)/(Katp_325)+(ADP_18)/(Kadp_325)))">
					<listOfParameters>
						<parameter name="Vmax_325" value="207.0544898819699"/>
						<parameter name="Kglc_325" value="0.08"/>
						<parameter name="Katp_325" value="0.15"/>
						<parameter name="Keq_325" value="2000"/>
						<parameter name="Kg6p_325" value="30"/>
						<parameter name="Kadp_325" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_18" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_326)*((G6P_18)/(Kg6p_326)-(F6P_18)/((Kg6p_326)*(Keq_326))))/(1                   +(G6P_18)/(Kg6p_326)+(F6P_18)/(Kf6p_326))">
					<listOfParameters>
						<parameter name="Vmax_326" value="1202.324588150425"/>
						<parameter name="Kg6p_326" value="1.4"/>
						<parameter name="Keq_326" value="0.29"/>
						<parameter name="Kf6p_326" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_18" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_18" stoichiometry="1"/>
					<specieReference specie="F6P_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_18" stoichiometry="1"/>
					<specieReference specie="F16bP_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_327)*(((((gR_327)*((F6P_18)/(Kf6p_327)))*((ATP_18)/(Katp_327)))*(1                   +(F6P_18)/(Kf6p_327)+(ATP_18)/(Katp_327)+((((gR_327)*(F6P_18))/(Kf6p_327))*(ATP_18))/(Katp_327)))/((1                   +(F6P_18)/(Kf6p_327)+(ATP_18)/(Katp_327)+((((gR_327)*(F6P_18))/(Kf6p_327))*(ATP_18))/(Katp_327))^(2                   )+((((L0_327)*(((1                   +((Ciatp_327)*(ATP_18))/(Kiatp_327))/(1                   +(ATP_18)/(Kiatp_327)))^(2                   )))*(((1                   +((Camp_327)*(AMP_18))/(Kamp_327))/(1                   +(AMP_18)/(Kamp_327)))^(2                   )))*(((1                   +((Cf26_327)*(F26bP_18))/(Kf26_327)+((Cf16_327)*(F16bP_18))/(Kf16_327))/(1                   +(F26bP_18)/(Kf26_327)+(F16bP_18)/(Kf16_327)))^(2                   )))*((1                   +((Catp_327)*(ATP_18))/(Katp_327))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_327" value="121.9185959957412"/>
						<parameter name="gR_327" value="5.12"/>
						<parameter name="Kf6p_327" value="0.1"/>
						<parameter name="Katp_327" value="0.71"/>
						<parameter name="L0_327" value="0.66"/>
						<parameter name="Ciatp_327" value="100"/>
						<parameter name="Kiatp_327" value="0.65"/>
						<parameter name="Camp_327" value="0.08450000000000001"/>
						<parameter name="Kamp_327" value="0.09950000000000001"/>
						<parameter name="Cf26_327" value="0.0174"/>
						<parameter name="Kf26_327" value="0.000682"/>
						<parameter name="Cf16_327" value="0.397"/>
						<parameter name="Kf16_327" value="0.111"/>
						<parameter name="Catp_327" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_18" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_18" stoichiometry="1"/>
					<specieReference specie="GAP_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_328)*((F16bP_18)/(Kf16bp_328)-((DHAP_18)*(GAP_18))/((Kf16bp_328)*(Keq_328))))/(1                   +(F16bP_18)/(Kf16bp_328)+(DHAP_18)/(Kdhap_328)+(GAP_18)/(Kgap_328)+((F16bP_18)*(GAP_18))/((Kf16bp_328)*(Kigap_328))+((DHAP_18)*(GAP_18))/((Kdhap_328)*(Kgap_328)))">
					<listOfParameters>
						<parameter name="Vmax_328" value="80.79729941361612"/>
						<parameter name="Kf16bp_328" value="0.3"/>
						<parameter name="Keq_328" value="0.06900000000000001"/>
						<parameter name="Kdhap_328" value="2"/>
						<parameter name="Kgap_328" value="2.4"/>
						<parameter name="Kigap_328" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_18" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_329*DHAP_18-k2_329*GAP_18">
					<listOfParameters>
						<parameter name="k1_329" value="450000"/>
						<parameter name="k2_329" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_18" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_18" stoichiometry="1"/>
					<specieReference specie="NAD_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_18" stoichiometry="1"/>
					<specieReference specie="NADH_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_330)*((((Vmaxf_330)*(GAP_18))*(NAD_18))/((Kgap_330)*(Knad_330))-(((Vmaxr_330)*(BPG_18))*(NADH_18))/((Kbpg_330)*(Knadh_330))))/((1                   +(GAP_18)/(Kgap_330)+(BPG_18)/(Kbpg_330))*(1                   +(NAD_18)/(Knad_330)+(NADH_18)/(Knadh_330)))">
					<listOfParameters>
						<parameter name="C_330" value="1"/>
						<parameter name="Vmaxf_330" value="1152"/>
						<parameter name="Kgap_330" value="0.21"/>
						<parameter name="Knad_330" value="0.09"/>
						<parameter name="Vmaxr_330" value="5361.445509995599"/>
						<parameter name="Kbpg_330" value="0.0098"/>
						<parameter name="Knadh_330" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_18" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_18" stoichiometry="1"/>
					<specieReference specie="BPG_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_18" stoichiometry="1"/>
					<specieReference specie="P3G_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_331)*((((Keq_331)*(BPG_18))*(ADP_18)-(P3G_18)*(ATP_18))/((Kp3g_331)*(Katp_331))))/((1                   +(BPG_18)/(Kbpg_331)+(P3G_18)/(Kp3g_331))*(1                   +(ADP_18)/(Kadp_331)+(ATP_18)/(Katp_331)))">
					<listOfParameters>
						<parameter name="Vmax_331" value="1195.982738085728"/>
						<parameter name="Keq_331" value="3200"/>
						<parameter name="Kp3g_331" value="0.53"/>
						<parameter name="Katp_331" value="0.3"/>
						<parameter name="Kbpg_331" value="0.003"/>
						<parameter name="Kadp_331" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_18" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_332)*((P3G_18)/(Kp3g_332)-(P2G_18)/((Kp3g_332)*(Keq_332))))/(1                   +(P3G_18)/(Kp3g_332)+(P2G_18)/(Kp2g_332))">
					<listOfParameters>
						<parameter name="Vmax_332" value="2025.951666796293"/>
						<parameter name="Kp3g_332" value="1.2"/>
						<parameter name="Keq_332" value="0.19"/>
						<parameter name="Kp2g_332" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_18" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_333)*((P2G_18)/(Kp2g_333)-(PEP_18)/((Kp2g_333)*(Keq_333))))/(1                   +(P2G_18)/(Kp2g_333)+(PEP_18)/(Kpep_333))">
					<listOfParameters>
						<parameter name="Vmax_333" value="205.2108735401979"/>
						<parameter name="Kp2g_333" value="0.04"/>
						<parameter name="Keq_333" value="6.7"/>
						<parameter name="Kpep_333" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_18" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_18" stoichiometry="1"/>
					<specieReference specie="PEP_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_18" stoichiometry="1"/>
					<specieReference specie="PYR_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_334)*(((PEP_18)*(ADP_18))/((Kpep_334)*(Kadp_334))-((PYR_18)*(ATP_18))/(((Kpep_334)*(Kadp_334))*(Keq_334))))/((1                   +(PEP_18)/(Kpep_334)+(PYR_18)/(Kpyr_334))*(1                   +(ADP_18)/(Kadp_334)+(ATP_18)/(Katp_334)))">
					<listOfParameters>
						<parameter name="Vmax_334" value="1025.514431662743"/>
						<parameter name="Kpep_334" value="0.14"/>
						<parameter name="Kadp_334" value="0.53"/>
						<parameter name="Keq_334" value="6500"/>
						<parameter name="Kpyr_334" value="21"/>
						<parameter name="Katp_334" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_18" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_18" stoichiometry="1"/>
					<specieReference specie="CO2_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_335)*(((PYR_18)/(Kpyr_335))^(nH_335)))/(1                   +((PYR_18)/(Kpyr_335))^(nH_335))">
					<listOfParameters>
						<parameter name="Vmax_335" value="626.3377154192064"/>
						<parameter name="Kpyr_335" value="4.33"/>
						<parameter name="nH_335" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_18" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_18" stoichiometry="1"/>
					<specieReference specie="EtOH_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_18" stoichiometry="1"/>
					<specieReference specie="AcAld_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_336)*(((EtOH_18)*(NAD_18))/((Ketoh_336)*(Kinad_336))-((AcAld_18)*(NADH_18))/(((Ketoh_336)*(Kinad_336))*(Keq_336))))/(1                   +(NAD_18)/(Kinad_336)+((EtOH_18)*(Knad_336))/((Kinad_336)*(Ketoh_336))+((AcAld_18)*(Knadh_336))/((Kinadh_336)*(Kacald_336))+(NADH_18)/(Kinadh_336)+((EtOH_18)*(NAD_18))/((Kinad_336)*(Ketoh_336))+(((NAD_18)*(AcAld_18))*(Knadh_336))/(((Kinad_336)*(Kinadh_336))*(Kacald_336))+(((EtOH_18)*(NADH_18))*(Knad_336))/(((Kinad_336)*(Kinadh_336))*(Ketoh_336))+((AcAld_18)*(NADH_18))/((Kacald_336)*(Kinadh_336))+(((EtOH_18)*(NAD_18))*(AcAld_18))/(((Kinad_336)*(Kiacald_336))*(Ketoh_336))+(((EtOH_18)*(AcAld_18))*(NADH_18))/(((Kietoh_336)*(Kinadh_336))*(Kacald_336)))">
					<listOfParameters>
						<parameter name="Vmax_336" value="192.6829858940009"/>
						<parameter name="Ketoh_336" value="17"/>
						<parameter name="Kinad_336" value="0.92"/>
						<parameter name="Keq_336" value="6.9e-005"/>
						<parameter name="Knad_336" value="0.17"/>
						<parameter name="Knadh_336" value="0.11"/>
						<parameter name="Kinadh_336" value="0.031"/>
						<parameter name="Kacald_336" value="1.11"/>
						<parameter name="Kiacald_336" value="1.1"/>
						<parameter name="Kietoh_336" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_18" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_337)*(ATP_18)">
					<listOfParameters>
						<parameter name="Katpase_337" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_18" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_18" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_18" stoichiometry="1"/>
					<specieReference specie="AMP_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_338*ADP_18*ADP_18-k2_338*ATP_18*AMP_18">
					<listOfParameters>
						<parameter name="k1_338" value="45"/>
						<parameter name="k2_338" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_18" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_18" stoichiometry="1"/>
					<specieReference specie="NADH_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_18" stoichiometry="1"/>
					<specieReference specie="Glycerol_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_339)*(((DHAP_18)/(Kdhap_339))*((NADH_18)/(Knadh_339))-(((Glycerol_18)/(Kdhap_339))*((NAD_18)/(Knadh_339)))*((1                   )/(Keq_339))))/((1                   +(DHAP_18)/(Kdhap_339)+(Glycerol_18)/(Kglycerol_339))*(1                   +(NADH_18)/(Knadh_339)+(NAD_18)/(Knad_339)))">
					<listOfParameters>
						<parameter name="Vmax_339" value="37.71269528440728"/>
						<parameter name="Kdhap_339" value="0.4"/>
						<parameter name="Knadh_339" value="0.023"/>
						<parameter name="Keq_339" value="4300"/>
						<parameter name="Kglycerol_339" value="1"/>
						<parameter name="Knad_339" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_18" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_18" stoichiometry="1"/>
					<specieReference specie="G6P_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_18" stoichiometry="1"/>
					<specieReference specie="Glycogen_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_340">
					<listOfParameters>
						<parameter name="KGLYCOGEN_340" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_18" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_18" stoichiometry="1"/>
					<specieReference specie="G6P_18" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_18" stoichiometry="1"/>
					<specieReference specie="Trehalose_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_341">
					<listOfParameters>
						<parameter name="Ktrehalose_341" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_18" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_18" stoichiometry="3"/>
					<specieReference specie="AcAld_18" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_18" stoichiometry="3"/>
					<specieReference specie="Succinate_18" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_342)*(AcAld_18)">
					<listOfParameters>
						<parameter name="k_342" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_19" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_343)*(GLCo_19-GLCi_19))/(Kglc_343))/(1                   +(GLCo_19+GLCi_19)/(Kglc_343)+(((Ki_343)*(GLCo_19))*(GLCi_19))/((Kglc_343)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_343" value="95.89146210492584"/>
						<parameter name="Kglc_343" value="1.1918"/>
						<parameter name="Ki_343" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_19" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_19" stoichiometry="1"/>
					<specieReference specie="ATP_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_19" stoichiometry="1"/>
					<specieReference specie="ADP_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_344)*(((GLCi_19)*(ATP_19))/((Kglc_344)*(Katp_344))-((G6P_19)*(ADP_19))/(((Kglc_344)*(Katp_344))*(Keq_344))))/((1                   +(GLCi_19)/(Kglc_344)+(G6P_19)/(Kg6p_344))*(1                   +(ATP_19)/(Katp_344)+(ADP_19)/(Kadp_344)))">
					<listOfParameters>
						<parameter name="Vmax_344" value="226.9839682826558"/>
						<parameter name="Kglc_344" value="0.08"/>
						<parameter name="Katp_344" value="0.15"/>
						<parameter name="Keq_344" value="2000"/>
						<parameter name="Kg6p_344" value="30"/>
						<parameter name="Kadp_344" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_19" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_345)*((G6P_19)/(Kg6p_345)-(F6P_19)/((Kg6p_345)*(Keq_345))))/(1                   +(G6P_19)/(Kg6p_345)+(F6P_19)/(Kf6p_345))">
					<listOfParameters>
						<parameter name="Vmax_345" value="912.5909784398053"/>
						<parameter name="Kg6p_345" value="1.4"/>
						<parameter name="Keq_345" value="0.29"/>
						<parameter name="Kf6p_345" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_19" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_19" stoichiometry="1"/>
					<specieReference specie="F6P_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_19" stoichiometry="1"/>
					<specieReference specie="F16bP_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_346)*(((((gR_346)*((F6P_19)/(Kf6p_346)))*((ATP_19)/(Katp_346)))*(1                   +(F6P_19)/(Kf6p_346)+(ATP_19)/(Katp_346)+((((gR_346)*(F6P_19))/(Kf6p_346))*(ATP_19))/(Katp_346)))/((1                   +(F6P_19)/(Kf6p_346)+(ATP_19)/(Katp_346)+((((gR_346)*(F6P_19))/(Kf6p_346))*(ATP_19))/(Katp_346))^(2                   )+((((L0_346)*(((1                   +((Ciatp_346)*(ATP_19))/(Kiatp_346))/(1                   +(ATP_19)/(Kiatp_346)))^(2                   )))*(((1                   +((Camp_346)*(AMP_19))/(Kamp_346))/(1                   +(AMP_19)/(Kamp_346)))^(2                   )))*(((1                   +((Cf26_346)*(F26bP_19))/(Kf26_346)+((Cf16_346)*(F16bP_19))/(Kf16_346))/(1                   +(F26bP_19)/(Kf26_346)+(F16bP_19)/(Kf16_346)))^(2                   )))*((1                   +((Catp_346)*(ATP_19))/(Katp_346))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_346" value="148.929911357764"/>
						<parameter name="gR_346" value="5.12"/>
						<parameter name="Kf6p_346" value="0.1"/>
						<parameter name="Katp_346" value="0.71"/>
						<parameter name="L0_346" value="0.66"/>
						<parameter name="Ciatp_346" value="100"/>
						<parameter name="Kiatp_346" value="0.65"/>
						<parameter name="Camp_346" value="0.08450000000000001"/>
						<parameter name="Kamp_346" value="0.09950000000000001"/>
						<parameter name="Cf26_346" value="0.0174"/>
						<parameter name="Kf26_346" value="0.000682"/>
						<parameter name="Cf16_346" value="0.397"/>
						<parameter name="Kf16_346" value="0.111"/>
						<parameter name="Catp_346" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_19" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_19" stoichiometry="1"/>
					<specieReference specie="GAP_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_347)*((F16bP_19)/(Kf16bp_347)-((DHAP_19)*(GAP_19))/((Kf16bp_347)*(Keq_347))))/(1                   +(F16bP_19)/(Kf16bp_347)+(DHAP_19)/(Kdhap_347)+(GAP_19)/(Kgap_347)+((F16bP_19)*(GAP_19))/((Kf16bp_347)*(Kigap_347))+((DHAP_19)*(GAP_19))/((Kdhap_347)*(Kgap_347)))">
					<listOfParameters>
						<parameter name="Vmax_347" value="78.45115446675425"/>
						<parameter name="Kf16bp_347" value="0.3"/>
						<parameter name="Keq_347" value="0.06900000000000001"/>
						<parameter name="Kdhap_347" value="2"/>
						<parameter name="Kgap_347" value="2.4"/>
						<parameter name="Kigap_347" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_19" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_348*DHAP_19-k2_348*GAP_19">
					<listOfParameters>
						<parameter name="k1_348" value="450000"/>
						<parameter name="k2_348" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_19" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_19" stoichiometry="1"/>
					<specieReference specie="NAD_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_19" stoichiometry="1"/>
					<specieReference specie="NADH_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_349)*((((Vmaxf_349)*(GAP_19))*(NAD_19))/((Kgap_349)*(Knad_349))-(((Vmaxr_349)*(BPG_19))*(NADH_19))/((Kbpg_349)*(Knadh_349))))/((1                   +(GAP_19)/(Kgap_349)+(BPG_19)/(Kbpg_349))*(1                   +(NAD_19)/(Knad_349)+(NADH_19)/(Knadh_349)))">
					<listOfParameters>
						<parameter name="C_349" value="1"/>
						<parameter name="Vmaxf_349" value="1152"/>
						<parameter name="Kgap_349" value="0.21"/>
						<parameter name="Knad_349" value="0.09"/>
						<parameter name="Vmaxr_349" value="7521.565858587356"/>
						<parameter name="Kbpg_349" value="0.0098"/>
						<parameter name="Knadh_349" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_19" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_19" stoichiometry="1"/>
					<specieReference specie="BPG_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_19" stoichiometry="1"/>
					<specieReference specie="P3G_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_350)*((((Keq_350)*(BPG_19))*(ADP_19)-(P3G_19)*(ATP_19))/((Kp3g_350)*(Katp_350))))/((1                   +(BPG_19)/(Kbpg_350)+(P3G_19)/(Kp3g_350))*(1                   +(ADP_19)/(Kadp_350)+(ATP_19)/(Katp_350)))">
					<listOfParameters>
						<parameter name="Vmax_350" value="1254.059430750466"/>
						<parameter name="Keq_350" value="3200"/>
						<parameter name="Kp3g_350" value="0.53"/>
						<parameter name="Katp_350" value="0.3"/>
						<parameter name="Kbpg_350" value="0.003"/>
						<parameter name="Kadp_350" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_19" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_351)*((P3G_19)/(Kp3g_351)-(P2G_19)/((Kp3g_351)*(Keq_351))))/(1                   +(P3G_19)/(Kp3g_351)+(P2G_19)/(Kp2g_351))">
					<listOfParameters>
						<parameter name="Vmax_351" value="2963.751241564256"/>
						<parameter name="Kp3g_351" value="1.2"/>
						<parameter name="Keq_351" value="0.19"/>
						<parameter name="Kp2g_351" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_19" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_352)*((P2G_19)/(Kp2g_352)-(PEP_19)/((Kp2g_352)*(Keq_352))))/(1                   +(P2G_19)/(Kp2g_352)+(PEP_19)/(Kpep_352))">
					<listOfParameters>
						<parameter name="Vmax_352" value="181.1239846760724"/>
						<parameter name="Kp2g_352" value="0.04"/>
						<parameter name="Keq_352" value="6.7"/>
						<parameter name="Kpep_352" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_19" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_19" stoichiometry="1"/>
					<specieReference specie="PEP_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_19" stoichiometry="1"/>
					<specieReference specie="PYR_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_353)*(((PEP_19)*(ADP_19))/((Kpep_353)*(Kadp_353))-((PYR_19)*(ATP_19))/(((Kpep_353)*(Kadp_353))*(Keq_353))))/((1                   +(PEP_19)/(Kpep_353)+(PYR_19)/(Kpyr_353))*(1                   +(ADP_19)/(Kadp_353)+(ATP_19)/(Katp_353)))">
					<listOfParameters>
						<parameter name="Vmax_353" value="1108.623225836444"/>
						<parameter name="Kpep_353" value="0.14"/>
						<parameter name="Kadp_353" value="0.53"/>
						<parameter name="Keq_353" value="6500"/>
						<parameter name="Kpyr_353" value="21"/>
						<parameter name="Katp_353" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_19" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_19" stoichiometry="1"/>
					<specieReference specie="CO2_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_354)*(((PYR_19)/(Kpyr_354))^(nH_354)))/(1                   +((PYR_19)/(Kpyr_354))^(nH_354))">
					<listOfParameters>
						<parameter name="Vmax_354" value="669.008057851804"/>
						<parameter name="Kpyr_354" value="4.33"/>
						<parameter name="nH_354" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_19" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_19" stoichiometry="1"/>
					<specieReference specie="EtOH_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_19" stoichiometry="1"/>
					<specieReference specie="AcAld_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_355)*(((EtOH_19)*(NAD_19))/((Ketoh_355)*(Kinad_355))-((AcAld_19)*(NADH_19))/(((Ketoh_355)*(Kinad_355))*(Keq_355))))/(1                   +(NAD_19)/(Kinad_355)+((EtOH_19)*(Knad_355))/((Kinad_355)*(Ketoh_355))+((AcAld_19)*(Knadh_355))/((Kinadh_355)*(Kacald_355))+(NADH_19)/(Kinadh_355)+((EtOH_19)*(NAD_19))/((Kinad_355)*(Ketoh_355))+(((NAD_19)*(AcAld_19))*(Knadh_355))/(((Kinad_355)*(Kinadh_355))*(Kacald_355))+(((EtOH_19)*(NADH_19))*(Knad_355))/(((Kinad_355)*(Kinadh_355))*(Ketoh_355))+((AcAld_19)*(NADH_19))/((Kacald_355)*(Kinadh_355))+(((EtOH_19)*(NAD_19))*(AcAld_19))/(((Kinad_355)*(Kiacald_355))*(Ketoh_355))+(((EtOH_19)*(AcAld_19))*(NADH_19))/(((Kietoh_355)*(Kinadh_355))*(Kacald_355)))">
					<listOfParameters>
						<parameter name="Vmax_355" value="314.0097271973294"/>
						<parameter name="Ketoh_355" value="17"/>
						<parameter name="Kinad_355" value="0.92"/>
						<parameter name="Keq_355" value="6.9e-005"/>
						<parameter name="Knad_355" value="0.17"/>
						<parameter name="Knadh_355" value="0.11"/>
						<parameter name="Kinadh_355" value="0.031"/>
						<parameter name="Kacald_355" value="1.11"/>
						<parameter name="Kiacald_355" value="1.1"/>
						<parameter name="Kietoh_355" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_19" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_356)*(ATP_19)">
					<listOfParameters>
						<parameter name="Katpase_356" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_19" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_19" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_19" stoichiometry="1"/>
					<specieReference specie="AMP_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_357*ADP_19*ADP_19-k2_357*ATP_19*AMP_19">
					<listOfParameters>
						<parameter name="k1_357" value="45"/>
						<parameter name="k2_357" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_19" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_19" stoichiometry="1"/>
					<specieReference specie="NADH_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_19" stoichiometry="1"/>
					<specieReference specie="Glycerol_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_358)*(((DHAP_19)/(Kdhap_358))*((NADH_19)/(Knadh_358))-(((Glycerol_19)/(Kdhap_358))*((NAD_19)/(Knadh_358)))*((1                   )/(Keq_358))))/((1                   +(DHAP_19)/(Kdhap_358)+(Glycerol_19)/(Kglycerol_358))*(1                   +(NADH_19)/(Knadh_358)+(NAD_19)/(Knad_358)))">
					<listOfParameters>
						<parameter name="Vmax_358" value="42.97451380022737"/>
						<parameter name="Kdhap_358" value="0.4"/>
						<parameter name="Knadh_358" value="0.023"/>
						<parameter name="Keq_358" value="4300"/>
						<parameter name="Kglycerol_358" value="1"/>
						<parameter name="Knad_358" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_19" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_19" stoichiometry="1"/>
					<specieReference specie="G6P_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_19" stoichiometry="1"/>
					<specieReference specie="Glycogen_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_359">
					<listOfParameters>
						<parameter name="KGLYCOGEN_359" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_19" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_19" stoichiometry="1"/>
					<specieReference specie="G6P_19" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_19" stoichiometry="1"/>
					<specieReference specie="Trehalose_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_360">
					<listOfParameters>
						<parameter name="Ktrehalose_360" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_19" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_19" stoichiometry="3"/>
					<specieReference specie="AcAld_19" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_19" stoichiometry="3"/>
					<specieReference specie="Succinate_19" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_361)*(AcAld_19)">
					<listOfParameters>
						<parameter name="k_361" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_20" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_362)*(GLCo_20-GLCi_20))/(Kglc_362))/(1                   +(GLCo_20+GLCi_20)/(Kglc_362)+(((Ki_362)*(GLCo_20))*(GLCi_20))/((Kglc_362)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_362" value="83.64535334822506"/>
						<parameter name="Kglc_362" value="1.1918"/>
						<parameter name="Ki_362" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_20" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_20" stoichiometry="1"/>
					<specieReference specie="ATP_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_20" stoichiometry="1"/>
					<specieReference specie="ADP_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_363)*(((GLCi_20)*(ATP_20))/((Kglc_363)*(Katp_363))-((G6P_20)*(ADP_20))/(((Kglc_363)*(Katp_363))*(Keq_363))))/((1                   +(GLCi_20)/(Kglc_363)+(G6P_20)/(Kg6p_363))*(1                   +(ATP_20)/(Katp_363)+(ADP_20)/(Kadp_363)))">
					<listOfParameters>
						<parameter name="Vmax_363" value="209.1745494522615"/>
						<parameter name="Kglc_363" value="0.08"/>
						<parameter name="Katp_363" value="0.15"/>
						<parameter name="Keq_363" value="2000"/>
						<parameter name="Kg6p_363" value="30"/>
						<parameter name="Kadp_363" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_20" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_364)*((G6P_20)/(Kg6p_364)-(F6P_20)/((Kg6p_364)*(Keq_364))))/(1                   +(G6P_20)/(Kg6p_364)+(F6P_20)/(Kf6p_364))">
					<listOfParameters>
						<parameter name="Vmax_364" value="831.7996567237263"/>
						<parameter name="Kg6p_364" value="1.4"/>
						<parameter name="Keq_364" value="0.29"/>
						<parameter name="Kf6p_364" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_20" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_20" stoichiometry="1"/>
					<specieReference specie="F6P_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_20" stoichiometry="1"/>
					<specieReference specie="F16bP_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_365)*(((((gR_365)*((F6P_20)/(Kf6p_365)))*((ATP_20)/(Katp_365)))*(1                   +(F6P_20)/(Kf6p_365)+(ATP_20)/(Katp_365)+((((gR_365)*(F6P_20))/(Kf6p_365))*(ATP_20))/(Katp_365)))/((1                   +(F6P_20)/(Kf6p_365)+(ATP_20)/(Katp_365)+((((gR_365)*(F6P_20))/(Kf6p_365))*(ATP_20))/(Katp_365))^(2                   )+((((L0_365)*(((1                   +((Ciatp_365)*(ATP_20))/(Kiatp_365))/(1                   +(ATP_20)/(Kiatp_365)))^(2                   )))*(((1                   +((Camp_365)*(AMP_20))/(Kamp_365))/(1                   +(AMP_20)/(Kamp_365)))^(2                   )))*(((1                   +((Cf26_365)*(F26bP_20))/(Kf26_365)+((Cf16_365)*(F16bP_20))/(Kf16_365))/(1                   +(F26bP_20)/(Kf26_365)+(F16bP_20)/(Kf16_365)))^(2                   )))*((1                   +((Catp_365)*(ATP_20))/(Katp_365))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_365" value="95.83838381711422"/>
						<parameter name="gR_365" value="5.12"/>
						<parameter name="Kf6p_365" value="0.1"/>
						<parameter name="Katp_365" value="0.71"/>
						<parameter name="L0_365" value="0.66"/>
						<parameter name="Ciatp_365" value="100"/>
						<parameter name="Kiatp_365" value="0.65"/>
						<parameter name="Camp_365" value="0.08450000000000001"/>
						<parameter name="Kamp_365" value="0.09950000000000001"/>
						<parameter name="Cf26_365" value="0.0174"/>
						<parameter name="Kf26_365" value="0.000682"/>
						<parameter name="Cf16_365" value="0.397"/>
						<parameter name="Kf16_365" value="0.111"/>
						<parameter name="Catp_365" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_20" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_20" stoichiometry="1"/>
					<specieReference specie="GAP_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_366)*((F16bP_20)/(Kf16bp_366)-((DHAP_20)*(GAP_20))/((Kf16bp_366)*(Keq_366))))/(1                   +(F16bP_20)/(Kf16bp_366)+(DHAP_20)/(Kdhap_366)+(GAP_20)/(Kgap_366)+((F16bP_20)*(GAP_20))/((Kf16bp_366)*(Kigap_366))+((DHAP_20)*(GAP_20))/((Kdhap_366)*(Kgap_366)))">
					<listOfParameters>
						<parameter name="Vmax_366" value="78.55625797326425"/>
						<parameter name="Kf16bp_366" value="0.3"/>
						<parameter name="Keq_366" value="0.06900000000000001"/>
						<parameter name="Kdhap_366" value="2"/>
						<parameter name="Kgap_366" value="2.4"/>
						<parameter name="Kigap_366" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_20" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_367*DHAP_20-k2_367*GAP_20">
					<listOfParameters>
						<parameter name="k1_367" value="450000"/>
						<parameter name="k2_367" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_20" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_20" stoichiometry="1"/>
					<specieReference specie="NAD_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_20" stoichiometry="1"/>
					<specieReference specie="NADH_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_368)*((((Vmaxf_368)*(GAP_20))*(NAD_20))/((Kgap_368)*(Knad_368))-(((Vmaxr_368)*(BPG_20))*(NADH_20))/((Kbpg_368)*(Knadh_368))))/((1                   +(GAP_20)/(Kgap_368)+(BPG_20)/(Kbpg_368))*(1                   +(NAD_20)/(Knad_368)+(NADH_20)/(Knadh_368)))">
					<listOfParameters>
						<parameter name="C_368" value="1"/>
						<parameter name="Vmaxf_368" value="1152"/>
						<parameter name="Kgap_368" value="0.21"/>
						<parameter name="Knad_368" value="0.09"/>
						<parameter name="Vmaxr_368" value="5493.620843094301"/>
						<parameter name="Kbpg_368" value="0.0098"/>
						<parameter name="Knadh_368" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_20" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_20" stoichiometry="1"/>
					<specieReference specie="BPG_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_20" stoichiometry="1"/>
					<specieReference specie="P3G_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_369)*((((Keq_369)*(BPG_20))*(ADP_20)-(P3G_20)*(ATP_20))/((Kp3g_369)*(Katp_369))))/((1                   +(BPG_20)/(Kbpg_369)+(P3G_20)/(Kp3g_369))*(1                   +(ADP_20)/(Kadp_369)+(ATP_20)/(Katp_369)))">
					<listOfParameters>
						<parameter name="Vmax_369" value="1498.775789399078"/>
						<parameter name="Keq_369" value="3200"/>
						<parameter name="Kp3g_369" value="0.53"/>
						<parameter name="Katp_369" value="0.3"/>
						<parameter name="Kbpg_369" value="0.003"/>
						<parameter name="Kadp_369" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_20" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_370)*((P3G_20)/(Kp3g_370)-(P2G_20)/((Kp3g_370)*(Keq_370))))/(1                   +(P3G_20)/(Kp3g_370)+(P2G_20)/(Kp2g_370))">
					<listOfParameters>
						<parameter name="Vmax_370" value="2502.928944106619"/>
						<parameter name="Kp3g_370" value="1.2"/>
						<parameter name="Keq_370" value="0.19"/>
						<parameter name="Kp2g_370" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_20" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_371)*((P2G_20)/(Kp2g_371)-(PEP_20)/((Kp2g_371)*(Keq_371))))/(1                   +(P2G_20)/(Kp2g_371)+(PEP_20)/(Kpep_371))">
					<listOfParameters>
						<parameter name="Vmax_371" value="189.530782032952"/>
						<parameter name="Kp2g_371" value="0.04"/>
						<parameter name="Keq_371" value="6.7"/>
						<parameter name="Kpep_371" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_20" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_20" stoichiometry="1"/>
					<specieReference specie="PEP_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_20" stoichiometry="1"/>
					<specieReference specie="PYR_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_372)*(((PEP_20)*(ADP_20))/((Kpep_372)*(Kadp_372))-((PYR_20)*(ATP_20))/(((Kpep_372)*(Kadp_372))*(Keq_372))))/((1                   +(PEP_20)/(Kpep_372)+(PYR_20)/(Kpyr_372))*(1                   +(ADP_20)/(Kadp_372)+(ATP_20)/(Katp_372)))">
					<listOfParameters>
						<parameter name="Vmax_372" value="982.1277599079992"/>
						<parameter name="Kpep_372" value="0.14"/>
						<parameter name="Kadp_372" value="0.53"/>
						<parameter name="Keq_372" value="6500"/>
						<parameter name="Kpyr_372" value="21"/>
						<parameter name="Katp_372" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_20" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_20" stoichiometry="1"/>
					<specieReference specie="CO2_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_373)*(((PYR_20)/(Kpyr_373))^(nH_373)))/(1                   +((PYR_20)/(Kpyr_373))^(nH_373))">
					<listOfParameters>
						<parameter name="Vmax_373" value="742.7693098290332"/>
						<parameter name="Kpyr_373" value="4.33"/>
						<parameter name="nH_373" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_20" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_20" stoichiometry="1"/>
					<specieReference specie="EtOH_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_20" stoichiometry="1"/>
					<specieReference specie="AcAld_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_374)*(((EtOH_20)*(NAD_20))/((Ketoh_374)*(Kinad_374))-((AcAld_20)*(NADH_20))/(((Ketoh_374)*(Kinad_374))*(Keq_374))))/(1                   +(NAD_20)/(Kinad_374)+((EtOH_20)*(Knad_374))/((Kinad_374)*(Ketoh_374))+((AcAld_20)*(Knadh_374))/((Kinadh_374)*(Kacald_374))+(NADH_20)/(Kinadh_374)+((EtOH_20)*(NAD_20))/((Kinad_374)*(Ketoh_374))+(((NAD_20)*(AcAld_20))*(Knadh_374))/(((Kinad_374)*(Kinadh_374))*(Kacald_374))+(((EtOH_20)*(NADH_20))*(Knad_374))/(((Kinad_374)*(Kinadh_374))*(Ketoh_374))+((AcAld_20)*(NADH_20))/((Kacald_374)*(Kinadh_374))+(((EtOH_20)*(NAD_20))*(AcAld_20))/(((Kinad_374)*(Kiacald_374))*(Ketoh_374))+(((EtOH_20)*(AcAld_20))*(NADH_20))/(((Kietoh_374)*(Kinadh_374))*(Kacald_374)))">
					<listOfParameters>
						<parameter name="Vmax_374" value="290.9569523639505"/>
						<parameter name="Ketoh_374" value="17"/>
						<parameter name="Kinad_374" value="0.92"/>
						<parameter name="Keq_374" value="6.9e-005"/>
						<parameter name="Knad_374" value="0.17"/>
						<parameter name="Knadh_374" value="0.11"/>
						<parameter name="Kinadh_374" value="0.031"/>
						<parameter name="Kacald_374" value="1.11"/>
						<parameter name="Kiacald_374" value="1.1"/>
						<parameter name="Kietoh_374" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_20" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_375)*(ATP_20)">
					<listOfParameters>
						<parameter name="Katpase_375" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_20" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_20" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_20" stoichiometry="1"/>
					<specieReference specie="AMP_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_376*ADP_20*ADP_20-k2_376*ATP_20*AMP_20">
					<listOfParameters>
						<parameter name="k1_376" value="45"/>
						<parameter name="k2_376" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_20" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_20" stoichiometry="1"/>
					<specieReference specie="NADH_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_20" stoichiometry="1"/>
					<specieReference specie="Glycerol_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_377)*(((DHAP_20)/(Kdhap_377))*((NADH_20)/(Knadh_377))-(((Glycerol_20)/(Kdhap_377))*((NAD_20)/(Knadh_377)))*((1                   )/(Keq_377))))/((1                   +(DHAP_20)/(Kdhap_377)+(Glycerol_20)/(Kglycerol_377))*(1                   +(NADH_20)/(Knadh_377)+(NAD_20)/(Knad_377)))">
					<listOfParameters>
						<parameter name="Vmax_377" value="32.72546009095319"/>
						<parameter name="Kdhap_377" value="0.4"/>
						<parameter name="Knadh_377" value="0.023"/>
						<parameter name="Keq_377" value="4300"/>
						<parameter name="Kglycerol_377" value="1"/>
						<parameter name="Knad_377" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_20" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_20" stoichiometry="1"/>
					<specieReference specie="G6P_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_20" stoichiometry="1"/>
					<specieReference specie="Glycogen_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_378">
					<listOfParameters>
						<parameter name="KGLYCOGEN_378" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_20" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_20" stoichiometry="1"/>
					<specieReference specie="G6P_20" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_20" stoichiometry="1"/>
					<specieReference specie="Trehalose_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_379">
					<listOfParameters>
						<parameter name="Ktrehalose_379" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_20" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_20" stoichiometry="3"/>
					<specieReference specie="AcAld_20" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_20" stoichiometry="3"/>
					<specieReference specie="Succinate_20" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_380)*(AcAld_20)">
					<listOfParameters>
						<parameter name="k_380" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_21" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_381)*(GLCo_21-GLCi_21))/(Kglc_381))/(1                   +(GLCo_21+GLCi_21)/(Kglc_381)+(((Ki_381)*(GLCo_21))*(GLCi_21))/((Kglc_381)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_381" value="100.6076042031333"/>
						<parameter name="Kglc_381" value="1.1918"/>
						<parameter name="Ki_381" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_21" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_21" stoichiometry="1"/>
					<specieReference specie="ATP_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_21" stoichiometry="1"/>
					<specieReference specie="ADP_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_382)*(((GLCi_21)*(ATP_21))/((Kglc_382)*(Katp_382))-((G6P_21)*(ADP_21))/(((Kglc_382)*(Katp_382))*(Keq_382))))/((1                   +(GLCi_21)/(Kglc_382)+(G6P_21)/(Kg6p_382))*(1                   +(ATP_21)/(Katp_382)+(ADP_21)/(Kadp_382)))">
					<listOfParameters>
						<parameter name="Vmax_382" value="266.8225071602538"/>
						<parameter name="Kglc_382" value="0.08"/>
						<parameter name="Katp_382" value="0.15"/>
						<parameter name="Keq_382" value="2000"/>
						<parameter name="Kg6p_382" value="30"/>
						<parameter name="Kadp_382" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_21" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_383)*((G6P_21)/(Kg6p_383)-(F6P_21)/((Kg6p_383)*(Keq_383))))/(1                   +(G6P_21)/(Kg6p_383)+(F6P_21)/(Kf6p_383))">
					<listOfParameters>
						<parameter name="Vmax_383" value="1255.420913546949"/>
						<parameter name="Kg6p_383" value="1.4"/>
						<parameter name="Keq_383" value="0.29"/>
						<parameter name="Kf6p_383" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_21" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_21" stoichiometry="1"/>
					<specieReference specie="F6P_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_21" stoichiometry="1"/>
					<specieReference specie="F16bP_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_384)*(((((gR_384)*((F6P_21)/(Kf6p_384)))*((ATP_21)/(Katp_384)))*(1                   +(F6P_21)/(Kf6p_384)+(ATP_21)/(Katp_384)+((((gR_384)*(F6P_21))/(Kf6p_384))*(ATP_21))/(Katp_384)))/((1                   +(F6P_21)/(Kf6p_384)+(ATP_21)/(Katp_384)+((((gR_384)*(F6P_21))/(Kf6p_384))*(ATP_21))/(Katp_384))^(2                   )+((((L0_384)*(((1                   +((Ciatp_384)*(ATP_21))/(Kiatp_384))/(1                   +(ATP_21)/(Kiatp_384)))^(2                   )))*(((1                   +((Camp_384)*(AMP_21))/(Kamp_384))/(1                   +(AMP_21)/(Kamp_384)))^(2                   )))*(((1                   +((Cf26_384)*(F26bP_21))/(Kf26_384)+((Cf16_384)*(F16bP_21))/(Kf16_384))/(1                   +(F26bP_21)/(Kf26_384)+(F16bP_21)/(Kf16_384)))^(2                   )))*((1                   +((Catp_384)*(ATP_21))/(Katp_384))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_384" value="127.4726494258515"/>
						<parameter name="gR_384" value="5.12"/>
						<parameter name="Kf6p_384" value="0.1"/>
						<parameter name="Katp_384" value="0.71"/>
						<parameter name="L0_384" value="0.66"/>
						<parameter name="Ciatp_384" value="100"/>
						<parameter name="Kiatp_384" value="0.65"/>
						<parameter name="Camp_384" value="0.08450000000000001"/>
						<parameter name="Kamp_384" value="0.09950000000000001"/>
						<parameter name="Cf26_384" value="0.0174"/>
						<parameter name="Kf26_384" value="0.000682"/>
						<parameter name="Cf16_384" value="0.397"/>
						<parameter name="Kf16_384" value="0.111"/>
						<parameter name="Catp_384" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_21" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_21" stoichiometry="1"/>
					<specieReference specie="GAP_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_385)*((F16bP_21)/(Kf16bp_385)-((DHAP_21)*(GAP_21))/((Kf16bp_385)*(Keq_385))))/(1                   +(F16bP_21)/(Kf16bp_385)+(DHAP_21)/(Kdhap_385)+(GAP_21)/(Kgap_385)+((F16bP_21)*(GAP_21))/((Kf16bp_385)*(Kigap_385))+((DHAP_21)*(GAP_21))/((Kdhap_385)*(Kgap_385)))">
					<listOfParameters>
						<parameter name="Vmax_385" value="127.6056895591647"/>
						<parameter name="Kf16bp_385" value="0.3"/>
						<parameter name="Keq_385" value="0.06900000000000001"/>
						<parameter name="Kdhap_385" value="2"/>
						<parameter name="Kgap_385" value="2.4"/>
						<parameter name="Kigap_385" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_21" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_386*DHAP_21-k2_386*GAP_21">
					<listOfParameters>
						<parameter name="k1_386" value="450000"/>
						<parameter name="k2_386" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_21" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_21" stoichiometry="1"/>
					<specieReference specie="NAD_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_21" stoichiometry="1"/>
					<specieReference specie="NADH_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_387)*((((Vmaxf_387)*(GAP_21))*(NAD_21))/((Kgap_387)*(Knad_387))-(((Vmaxr_387)*(BPG_21))*(NADH_21))/((Kbpg_387)*(Knadh_387))))/((1                   +(GAP_21)/(Kgap_387)+(BPG_21)/(Kbpg_387))*(1                   +(NAD_21)/(Knad_387)+(NADH_21)/(Knadh_387)))">
					<listOfParameters>
						<parameter name="C_387" value="1"/>
						<parameter name="Vmaxf_387" value="1152"/>
						<parameter name="Kgap_387" value="0.21"/>
						<parameter name="Knad_387" value="0.09"/>
						<parameter name="Vmaxr_387" value="6226.512796796067"/>
						<parameter name="Kbpg_387" value="0.0098"/>
						<parameter name="Knadh_387" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_21" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_21" stoichiometry="1"/>
					<specieReference specie="BPG_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_21" stoichiometry="1"/>
					<specieReference specie="P3G_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_388)*((((Keq_388)*(BPG_21))*(ADP_21)-(P3G_21)*(ATP_21))/((Kp3g_388)*(Katp_388))))/((1                   +(BPG_21)/(Kbpg_388)+(P3G_21)/(Kp3g_388))*(1                   +(ADP_21)/(Kadp_388)+(ATP_21)/(Katp_388)))">
					<listOfParameters>
						<parameter name="Vmax_388" value="1211.749272942957"/>
						<parameter name="Keq_388" value="3200"/>
						<parameter name="Kp3g_388" value="0.53"/>
						<parameter name="Katp_388" value="0.3"/>
						<parameter name="Kbpg_388" value="0.003"/>
						<parameter name="Kadp_388" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_21" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_389)*((P3G_21)/(Kp3g_389)-(P2G_21)/((Kp3g_389)*(Keq_389))))/(1                   +(P3G_21)/(Kp3g_389)+(P2G_21)/(Kp2g_389))">
					<listOfParameters>
						<parameter name="Vmax_389" value="2766.260327065482"/>
						<parameter name="Kp3g_389" value="1.2"/>
						<parameter name="Keq_389" value="0.19"/>
						<parameter name="Kp2g_389" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_21" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_390)*((P2G_21)/(Kp2g_390)-(PEP_21)/((Kp2g_390)*(Keq_390))))/(1                   +(P2G_21)/(Kp2g_390)+(PEP_21)/(Kpep_390))">
					<listOfParameters>
						<parameter name="Vmax_390" value="108.2925831879516"/>
						<parameter name="Kp2g_390" value="0.04"/>
						<parameter name="Keq_390" value="6.7"/>
						<parameter name="Kpep_390" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_21" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_21" stoichiometry="1"/>
					<specieReference specie="PEP_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_21" stoichiometry="1"/>
					<specieReference specie="PYR_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_391)*(((PEP_21)*(ADP_21))/((Kpep_391)*(Kadp_391))-((PYR_21)*(ATP_21))/(((Kpep_391)*(Kadp_391))*(Keq_391))))/((1                   +(PEP_21)/(Kpep_391)+(PYR_21)/(Kpyr_391))*(1                   +(ADP_21)/(Kadp_391)+(ATP_21)/(Katp_391)))">
					<listOfParameters>
						<parameter name="Vmax_391" value="1223.209182852101"/>
						<parameter name="Kpep_391" value="0.14"/>
						<parameter name="Kadp_391" value="0.53"/>
						<parameter name="Keq_391" value="6500"/>
						<parameter name="Kpyr_391" value="21"/>
						<parameter name="Katp_391" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_21" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_21" stoichiometry="1"/>
					<specieReference specie="CO2_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_392)*(((PYR_21)/(Kpyr_392))^(nH_392)))/(1                   +((PYR_21)/(Kpyr_392))^(nH_392))">
					<listOfParameters>
						<parameter name="Vmax_392" value="983.2192457635651"/>
						<parameter name="Kpyr_392" value="4.33"/>
						<parameter name="nH_392" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_21" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_21" stoichiometry="1"/>
					<specieReference specie="EtOH_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_21" stoichiometry="1"/>
					<specieReference specie="AcAld_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_393)*(((EtOH_21)*(NAD_21))/((Ketoh_393)*(Kinad_393))-((AcAld_21)*(NADH_21))/(((Ketoh_393)*(Kinad_393))*(Keq_393))))/(1                   +(NAD_21)/(Kinad_393)+((EtOH_21)*(Knad_393))/((Kinad_393)*(Ketoh_393))+((AcAld_21)*(Knadh_393))/((Kinadh_393)*(Kacald_393))+(NADH_21)/(Kinadh_393)+((EtOH_21)*(NAD_21))/((Kinad_393)*(Ketoh_393))+(((NAD_21)*(AcAld_21))*(Knadh_393))/(((Kinad_393)*(Kinadh_393))*(Kacald_393))+(((EtOH_21)*(NADH_21))*(Knad_393))/(((Kinad_393)*(Kinadh_393))*(Ketoh_393))+((AcAld_21)*(NADH_21))/((Kacald_393)*(Kinadh_393))+(((EtOH_21)*(NAD_21))*(AcAld_21))/(((Kinad_393)*(Kiacald_393))*(Ketoh_393))+(((EtOH_21)*(AcAld_21))*(NADH_21))/(((Kietoh_393)*(Kinadh_393))*(Kacald_393)))">
					<listOfParameters>
						<parameter name="Vmax_393" value="235.0047928744592"/>
						<parameter name="Ketoh_393" value="17"/>
						<parameter name="Kinad_393" value="0.92"/>
						<parameter name="Keq_393" value="6.9e-005"/>
						<parameter name="Knad_393" value="0.17"/>
						<parameter name="Knadh_393" value="0.11"/>
						<parameter name="Kinadh_393" value="0.031"/>
						<parameter name="Kacald_393" value="1.11"/>
						<parameter name="Kiacald_393" value="1.1"/>
						<parameter name="Kietoh_393" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_21" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_394)*(ATP_21)">
					<listOfParameters>
						<parameter name="Katpase_394" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_21" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_21" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_21" stoichiometry="1"/>
					<specieReference specie="AMP_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_395*ADP_21*ADP_21-k2_395*ATP_21*AMP_21">
					<listOfParameters>
						<parameter name="k1_395" value="45"/>
						<parameter name="k2_395" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_21" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_21" stoichiometry="1"/>
					<specieReference specie="NADH_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_21" stoichiometry="1"/>
					<specieReference specie="Glycerol_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_396)*(((DHAP_21)/(Kdhap_396))*((NADH_21)/(Knadh_396))-(((Glycerol_21)/(Kdhap_396))*((NAD_21)/(Knadh_396)))*((1                   )/(Keq_396))))/((1                   +(DHAP_21)/(Kdhap_396)+(Glycerol_21)/(Kglycerol_396))*(1                   +(NADH_21)/(Knadh_396)+(NAD_21)/(Knad_396)))">
					<listOfParameters>
						<parameter name="Vmax_396" value="41.85834439079965"/>
						<parameter name="Kdhap_396" value="0.4"/>
						<parameter name="Knadh_396" value="0.023"/>
						<parameter name="Keq_396" value="4300"/>
						<parameter name="Kglycerol_396" value="1"/>
						<parameter name="Knad_396" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_21" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_21" stoichiometry="1"/>
					<specieReference specie="G6P_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_21" stoichiometry="1"/>
					<specieReference specie="Glycogen_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_397">
					<listOfParameters>
						<parameter name="KGLYCOGEN_397" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_21" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_21" stoichiometry="1"/>
					<specieReference specie="G6P_21" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_21" stoichiometry="1"/>
					<specieReference specie="Trehalose_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_398">
					<listOfParameters>
						<parameter name="Ktrehalose_398" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_21" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_21" stoichiometry="3"/>
					<specieReference specie="AcAld_21" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_21" stoichiometry="3"/>
					<specieReference specie="Succinate_21" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_399)*(AcAld_21)">
					<listOfParameters>
						<parameter name="k_399" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_22" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_400)*(GLCo_22-GLCi_22))/(Kglc_400))/(1                   +(GLCo_22+GLCi_22)/(Kglc_400)+(((Ki_400)*(GLCo_22))*(GLCi_22))/((Kglc_400)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_400" value="93.15564791441845"/>
						<parameter name="Kglc_400" value="1.1918"/>
						<parameter name="Ki_400" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_22" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_22" stoichiometry="1"/>
					<specieReference specie="ATP_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_22" stoichiometry="1"/>
					<specieReference specie="ADP_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_401)*(((GLCi_22)*(ATP_22))/((Kglc_401)*(Katp_401))-((G6P_22)*(ADP_22))/(((Kglc_401)*(Katp_401))*(Keq_401))))/((1                   +(GLCi_22)/(Kglc_401)+(G6P_22)/(Kg6p_401))*(1                   +(ATP_22)/(Katp_401)+(ADP_22)/(Kadp_401)))">
					<listOfParameters>
						<parameter name="Vmax_401" value="185.6972423844034"/>
						<parameter name="Kglc_401" value="0.08"/>
						<parameter name="Katp_401" value="0.15"/>
						<parameter name="Keq_401" value="2000"/>
						<parameter name="Kg6p_401" value="30"/>
						<parameter name="Kadp_401" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_22" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_402)*((G6P_22)/(Kg6p_402)-(F6P_22)/((Kg6p_402)*(Keq_402))))/(1                   +(G6P_22)/(Kg6p_402)+(F6P_22)/(Kf6p_402))">
					<listOfParameters>
						<parameter name="Vmax_402" value="1080.046289102741"/>
						<parameter name="Kg6p_402" value="1.4"/>
						<parameter name="Keq_402" value="0.29"/>
						<parameter name="Kf6p_402" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_22" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_22" stoichiometry="1"/>
					<specieReference specie="F6P_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_22" stoichiometry="1"/>
					<specieReference specie="F16bP_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_403)*(((((gR_403)*((F6P_22)/(Kf6p_403)))*((ATP_22)/(Katp_403)))*(1                   +(F6P_22)/(Kf6p_403)+(ATP_22)/(Katp_403)+((((gR_403)*(F6P_22))/(Kf6p_403))*(ATP_22))/(Katp_403)))/((1                   +(F6P_22)/(Kf6p_403)+(ATP_22)/(Katp_403)+((((gR_403)*(F6P_22))/(Kf6p_403))*(ATP_22))/(Katp_403))^(2                   )+((((L0_403)*(((1                   +((Ciatp_403)*(ATP_22))/(Kiatp_403))/(1                   +(ATP_22)/(Kiatp_403)))^(2                   )))*(((1                   +((Camp_403)*(AMP_22))/(Kamp_403))/(1                   +(AMP_22)/(Kamp_403)))^(2                   )))*(((1                   +((Cf26_403)*(F26bP_22))/(Kf26_403)+((Cf16_403)*(F16bP_22))/(Kf16_403))/(1                   +(F26bP_22)/(Kf26_403)+(F16bP_22)/(Kf16_403)))^(2                   )))*((1                   +((Catp_403)*(ATP_22))/(Katp_403))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_403" value="109.456399107923"/>
						<parameter name="gR_403" value="5.12"/>
						<parameter name="Kf6p_403" value="0.1"/>
						<parameter name="Katp_403" value="0.71"/>
						<parameter name="L0_403" value="0.66"/>
						<parameter name="Ciatp_403" value="100"/>
						<parameter name="Kiatp_403" value="0.65"/>
						<parameter name="Camp_403" value="0.08450000000000001"/>
						<parameter name="Kamp_403" value="0.09950000000000001"/>
						<parameter name="Cf26_403" value="0.0174"/>
						<parameter name="Kf26_403" value="0.000682"/>
						<parameter name="Cf16_403" value="0.397"/>
						<parameter name="Kf16_403" value="0.111"/>
						<parameter name="Catp_403" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_22" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_22" stoichiometry="1"/>
					<specieReference specie="GAP_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_404)*((F16bP_22)/(Kf16bp_404)-((DHAP_22)*(GAP_22))/((Kf16bp_404)*(Keq_404))))/(1                   +(F16bP_22)/(Kf16bp_404)+(DHAP_22)/(Kdhap_404)+(GAP_22)/(Kgap_404)+((F16bP_22)*(GAP_22))/((Kf16bp_404)*(Kigap_404))+((DHAP_22)*(GAP_22))/((Kdhap_404)*(Kgap_404)))">
					<listOfParameters>
						<parameter name="Vmax_404" value="105.9217207161017"/>
						<parameter name="Kf16bp_404" value="0.3"/>
						<parameter name="Keq_404" value="0.06900000000000001"/>
						<parameter name="Kdhap_404" value="2"/>
						<parameter name="Kgap_404" value="2.4"/>
						<parameter name="Kigap_404" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_22" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_405*DHAP_22-k2_405*GAP_22">
					<listOfParameters>
						<parameter name="k1_405" value="450000"/>
						<parameter name="k2_405" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_22" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_22" stoichiometry="1"/>
					<specieReference specie="NAD_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_22" stoichiometry="1"/>
					<specieReference specie="NADH_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_406)*((((Vmaxf_406)*(GAP_22))*(NAD_22))/((Kgap_406)*(Knad_406))-(((Vmaxr_406)*(BPG_22))*(NADH_22))/((Kbpg_406)*(Knadh_406))))/((1                   +(GAP_22)/(Kgap_406)+(BPG_22)/(Kbpg_406))*(1                   +(NAD_22)/(Knad_406)+(NADH_22)/(Knadh_406)))">
					<listOfParameters>
						<parameter name="C_406" value="1"/>
						<parameter name="Vmaxf_406" value="1152"/>
						<parameter name="Kgap_406" value="0.21"/>
						<parameter name="Knad_406" value="0.09"/>
						<parameter name="Vmaxr_406" value="7123.733458730422"/>
						<parameter name="Kbpg_406" value="0.0098"/>
						<parameter name="Knadh_406" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_22" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_22" stoichiometry="1"/>
					<specieReference specie="BPG_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_22" stoichiometry="1"/>
					<specieReference specie="P3G_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_407)*((((Keq_407)*(BPG_22))*(ADP_22)-(P3G_22)*(ATP_22))/((Kp3g_407)*(Katp_407))))/((1                   +(BPG_22)/(Kbpg_407)+(P3G_22)/(Kp3g_407))*(1                   +(ADP_22)/(Kadp_407)+(ATP_22)/(Katp_407)))">
					<listOfParameters>
						<parameter name="Vmax_407" value="1444.879319417626"/>
						<parameter name="Keq_407" value="3200"/>
						<parameter name="Kp3g_407" value="0.53"/>
						<parameter name="Katp_407" value="0.3"/>
						<parameter name="Kbpg_407" value="0.003"/>
						<parameter name="Kadp_407" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_22" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_408)*((P3G_22)/(Kp3g_408)-(P2G_22)/((Kp3g_408)*(Keq_408))))/(1                   +(P3G_22)/(Kp3g_408)+(P2G_22)/(Kp2g_408))">
					<listOfParameters>
						<parameter name="Vmax_408" value="3781.959673118148"/>
						<parameter name="Kp3g_408" value="1.2"/>
						<parameter name="Keq_408" value="0.19"/>
						<parameter name="Kp2g_408" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_22" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_409)*((P2G_22)/(Kp2g_409)-(PEP_22)/((Kp2g_409)*(Keq_409))))/(1                   +(P2G_22)/(Kp2g_409)+(PEP_22)/(Kpep_409))">
					<listOfParameters>
						<parameter name="Vmax_409" value="250.7901933842183"/>
						<parameter name="Kp2g_409" value="0.04"/>
						<parameter name="Keq_409" value="6.7"/>
						<parameter name="Kpep_409" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_22" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_22" stoichiometry="1"/>
					<specieReference specie="PEP_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_22" stoichiometry="1"/>
					<specieReference specie="PYR_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_410)*(((PEP_22)*(ADP_22))/((Kpep_410)*(Kadp_410))-((PYR_22)*(ATP_22))/(((Kpep_410)*(Kadp_410))*(Keq_410))))/((1                   +(PEP_22)/(Kpep_410)+(PYR_22)/(Kpyr_410))*(1                   +(ADP_22)/(Kadp_410)+(ATP_22)/(Katp_410)))">
					<listOfParameters>
						<parameter name="Vmax_410" value="637.9458991679699"/>
						<parameter name="Kpep_410" value="0.14"/>
						<parameter name="Kadp_410" value="0.53"/>
						<parameter name="Keq_410" value="6500"/>
						<parameter name="Kpyr_410" value="21"/>
						<parameter name="Katp_410" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_22" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_22" stoichiometry="1"/>
					<specieReference specie="CO2_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_411)*(((PYR_22)/(Kpyr_411))^(nH_411)))/(1                   +((PYR_22)/(Kpyr_411))^(nH_411))">
					<listOfParameters>
						<parameter name="Vmax_411" value="828.9158365279603"/>
						<parameter name="Kpyr_411" value="4.33"/>
						<parameter name="nH_411" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_22" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_22" stoichiometry="1"/>
					<specieReference specie="EtOH_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_22" stoichiometry="1"/>
					<specieReference specie="AcAld_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_412)*(((EtOH_22)*(NAD_22))/((Ketoh_412)*(Kinad_412))-((AcAld_22)*(NADH_22))/(((Ketoh_412)*(Kinad_412))*(Keq_412))))/(1                   +(NAD_22)/(Kinad_412)+((EtOH_22)*(Knad_412))/((Kinad_412)*(Ketoh_412))+((AcAld_22)*(Knadh_412))/((Kinadh_412)*(Kacald_412))+(NADH_22)/(Kinadh_412)+((EtOH_22)*(NAD_22))/((Kinad_412)*(Ketoh_412))+(((NAD_22)*(AcAld_22))*(Knadh_412))/(((Kinad_412)*(Kinadh_412))*(Kacald_412))+(((EtOH_22)*(NADH_22))*(Knad_412))/(((Kinad_412)*(Kinadh_412))*(Ketoh_412))+((AcAld_22)*(NADH_22))/((Kacald_412)*(Kinadh_412))+(((EtOH_22)*(NAD_22))*(AcAld_22))/(((Kinad_412)*(Kiacald_412))*(Ketoh_412))+(((EtOH_22)*(AcAld_22))*(NADH_22))/(((Kietoh_412)*(Kinadh_412))*(Kacald_412)))">
					<listOfParameters>
						<parameter name="Vmax_412" value="206.9639506197849"/>
						<parameter name="Ketoh_412" value="17"/>
						<parameter name="Kinad_412" value="0.92"/>
						<parameter name="Keq_412" value="6.9e-005"/>
						<parameter name="Knad_412" value="0.17"/>
						<parameter name="Knadh_412" value="0.11"/>
						<parameter name="Kinadh_412" value="0.031"/>
						<parameter name="Kacald_412" value="1.11"/>
						<parameter name="Kiacald_412" value="1.1"/>
						<parameter name="Kietoh_412" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_22" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_413)*(ATP_22)">
					<listOfParameters>
						<parameter name="Katpase_413" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_22" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_22" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_22" stoichiometry="1"/>
					<specieReference specie="AMP_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_414*ADP_22*ADP_22-k2_414*ATP_22*AMP_22">
					<listOfParameters>
						<parameter name="k1_414" value="45"/>
						<parameter name="k2_414" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_22" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_22" stoichiometry="1"/>
					<specieReference specie="NADH_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_22" stoichiometry="1"/>
					<specieReference specie="Glycerol_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_415)*(((DHAP_22)/(Kdhap_415))*((NADH_22)/(Knadh_415))-(((Glycerol_22)/(Kdhap_415))*((NAD_22)/(Knadh_415)))*((1                   )/(Keq_415))))/((1                   +(DHAP_22)/(Kdhap_415)+(Glycerol_22)/(Kglycerol_415))*(1                   +(NADH_22)/(Knadh_415)+(NAD_22)/(Knad_415)))">
					<listOfParameters>
						<parameter name="Vmax_415" value="40.17688637877806"/>
						<parameter name="Kdhap_415" value="0.4"/>
						<parameter name="Knadh_415" value="0.023"/>
						<parameter name="Keq_415" value="4300"/>
						<parameter name="Kglycerol_415" value="1"/>
						<parameter name="Knad_415" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_22" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_22" stoichiometry="1"/>
					<specieReference specie="G6P_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_22" stoichiometry="1"/>
					<specieReference specie="Glycogen_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_416">
					<listOfParameters>
						<parameter name="KGLYCOGEN_416" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_22" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_22" stoichiometry="1"/>
					<specieReference specie="G6P_22" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_22" stoichiometry="1"/>
					<specieReference specie="Trehalose_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_417">
					<listOfParameters>
						<parameter name="Ktrehalose_417" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_22" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_22" stoichiometry="3"/>
					<specieReference specie="AcAld_22" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_22" stoichiometry="3"/>
					<specieReference specie="Succinate_22" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_418)*(AcAld_22)">
					<listOfParameters>
						<parameter name="k_418" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_23" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_419)*(GLCo_23-GLCi_23))/(Kglc_419))/(1                   +(GLCo_23+GLCi_23)/(Kglc_419)+(((Ki_419)*(GLCo_23))*(GLCi_23))/((Kglc_419)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_419" value="108.8533058883916"/>
						<parameter name="Kglc_419" value="1.1918"/>
						<parameter name="Ki_419" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_23" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_23" stoichiometry="1"/>
					<specieReference specie="ATP_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_23" stoichiometry="1"/>
					<specieReference specie="ADP_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_420)*(((GLCi_23)*(ATP_23))/((Kglc_420)*(Katp_420))-((G6P_23)*(ADP_23))/(((Kglc_420)*(Katp_420))*(Keq_420))))/((1                   +(GLCi_23)/(Kglc_420)+(G6P_23)/(Kg6p_420))*(1                   +(ATP_23)/(Katp_420)+(ADP_23)/(Kadp_420)))">
					<listOfParameters>
						<parameter name="Vmax_420" value="223.1415538428433"/>
						<parameter name="Kglc_420" value="0.08"/>
						<parameter name="Katp_420" value="0.15"/>
						<parameter name="Keq_420" value="2000"/>
						<parameter name="Kg6p_420" value="30"/>
						<parameter name="Kadp_420" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_23" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_421)*((G6P_23)/(Kg6p_421)-(F6P_23)/((Kg6p_421)*(Keq_421))))/(1                   +(G6P_23)/(Kg6p_421)+(F6P_23)/(Kf6p_421))">
					<listOfParameters>
						<parameter name="Vmax_421" value="1358.901535258614"/>
						<parameter name="Kg6p_421" value="1.4"/>
						<parameter name="Keq_421" value="0.29"/>
						<parameter name="Kf6p_421" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_23" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_23" stoichiometry="1"/>
					<specieReference specie="F6P_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_23" stoichiometry="1"/>
					<specieReference specie="F16bP_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_422)*(((((gR_422)*((F6P_23)/(Kf6p_422)))*((ATP_23)/(Katp_422)))*(1                   +(F6P_23)/(Kf6p_422)+(ATP_23)/(Katp_422)+((((gR_422)*(F6P_23))/(Kf6p_422))*(ATP_23))/(Katp_422)))/((1                   +(F6P_23)/(Kf6p_422)+(ATP_23)/(Katp_422)+((((gR_422)*(F6P_23))/(Kf6p_422))*(ATP_23))/(Katp_422))^(2                   )+((((L0_422)*(((1                   +((Ciatp_422)*(ATP_23))/(Kiatp_422))/(1                   +(ATP_23)/(Kiatp_422)))^(2                   )))*(((1                   +((Camp_422)*(AMP_23))/(Kamp_422))/(1                   +(AMP_23)/(Kamp_422)))^(2                   )))*(((1                   +((Cf26_422)*(F26bP_23))/(Kf26_422)+((Cf16_422)*(F16bP_23))/(Kf16_422))/(1                   +(F26bP_23)/(Kf26_422)+(F16bP_23)/(Kf16_422)))^(2                   )))*((1                   +((Catp_422)*(ATP_23))/(Katp_422))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_422" value="113.832884916886"/>
						<parameter name="gR_422" value="5.12"/>
						<parameter name="Kf6p_422" value="0.1"/>
						<parameter name="Katp_422" value="0.71"/>
						<parameter name="L0_422" value="0.66"/>
						<parameter name="Ciatp_422" value="100"/>
						<parameter name="Kiatp_422" value="0.65"/>
						<parameter name="Camp_422" value="0.08450000000000001"/>
						<parameter name="Kamp_422" value="0.09950000000000001"/>
						<parameter name="Cf26_422" value="0.0174"/>
						<parameter name="Kf26_422" value="0.000682"/>
						<parameter name="Cf16_422" value="0.397"/>
						<parameter name="Kf16_422" value="0.111"/>
						<parameter name="Catp_422" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_23" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_23" stoichiometry="1"/>
					<specieReference specie="GAP_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_423)*((F16bP_23)/(Kf16bp_423)-((DHAP_23)*(GAP_23))/((Kf16bp_423)*(Keq_423))))/(1                   +(F16bP_23)/(Kf16bp_423)+(DHAP_23)/(Kdhap_423)+(GAP_23)/(Kgap_423)+((F16bP_23)*(GAP_23))/((Kf16bp_423)*(Kigap_423))+((DHAP_23)*(GAP_23))/((Kdhap_423)*(Kgap_423)))">
					<listOfParameters>
						<parameter name="Vmax_423" value="128.6635017574861"/>
						<parameter name="Kf16bp_423" value="0.3"/>
						<parameter name="Keq_423" value="0.06900000000000001"/>
						<parameter name="Kdhap_423" value="2"/>
						<parameter name="Kgap_423" value="2.4"/>
						<parameter name="Kigap_423" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_23" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_424*DHAP_23-k2_424*GAP_23">
					<listOfParameters>
						<parameter name="k1_424" value="450000"/>
						<parameter name="k2_424" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_23" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_23" stoichiometry="1"/>
					<specieReference specie="NAD_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_23" stoichiometry="1"/>
					<specieReference specie="NADH_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_425)*((((Vmaxf_425)*(GAP_23))*(NAD_23))/((Kgap_425)*(Knad_425))-(((Vmaxr_425)*(BPG_23))*(NADH_23))/((Kbpg_425)*(Knadh_425))))/((1                   +(GAP_23)/(Kgap_425)+(BPG_23)/(Kbpg_425))*(1                   +(NAD_23)/(Knad_425)+(NADH_23)/(Knadh_425)))">
					<listOfParameters>
						<parameter name="C_425" value="1"/>
						<parameter name="Vmaxf_425" value="1152"/>
						<parameter name="Kgap_425" value="0.21"/>
						<parameter name="Knad_425" value="0.09"/>
						<parameter name="Vmaxr_425" value="6281.83232766947"/>
						<parameter name="Kbpg_425" value="0.0098"/>
						<parameter name="Knadh_425" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_23" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_23" stoichiometry="1"/>
					<specieReference specie="BPG_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_23" stoichiometry="1"/>
					<specieReference specie="P3G_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_426)*((((Keq_426)*(BPG_23))*(ADP_23)-(P3G_23)*(ATP_23))/((Kp3g_426)*(Katp_426))))/((1                   +(BPG_23)/(Kbpg_426)+(P3G_23)/(Kp3g_426))*(1                   +(ADP_23)/(Kadp_426)+(ATP_23)/(Katp_426)))">
					<listOfParameters>
						<parameter name="Vmax_426" value="1537.429590797286"/>
						<parameter name="Keq_426" value="3200"/>
						<parameter name="Kp3g_426" value="0.53"/>
						<parameter name="Katp_426" value="0.3"/>
						<parameter name="Kbpg_426" value="0.003"/>
						<parameter name="Kadp_426" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_23" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_427)*((P3G_23)/(Kp3g_427)-(P2G_23)/((Kp3g_427)*(Keq_427))))/(1                   +(P3G_23)/(Kp3g_427)+(P2G_23)/(Kp2g_427))">
					<listOfParameters>
						<parameter name="Vmax_427" value="2393.42211389781"/>
						<parameter name="Kp3g_427" value="1.2"/>
						<parameter name="Keq_427" value="0.19"/>
						<parameter name="Kp2g_427" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_23" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_428)*((P2G_23)/(Kp2g_428)-(PEP_23)/((Kp2g_428)*(Keq_428))))/(1                   +(P2G_23)/(Kp2g_428)+(PEP_23)/(Kpep_428))">
					<listOfParameters>
						<parameter name="Vmax_428" value="197.0568252255115"/>
						<parameter name="Kp2g_428" value="0.04"/>
						<parameter name="Keq_428" value="6.7"/>
						<parameter name="Kpep_428" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_23" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_23" stoichiometry="1"/>
					<specieReference specie="PEP_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_23" stoichiometry="1"/>
					<specieReference specie="PYR_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_429)*(((PEP_23)*(ADP_23))/((Kpep_429)*(Kadp_429))-((PYR_23)*(ATP_23))/(((Kpep_429)*(Kadp_429))*(Keq_429))))/((1                   +(PEP_23)/(Kpep_429)+(PYR_23)/(Kpyr_429))*(1                   +(ADP_23)/(Kadp_429)+(ATP_23)/(Katp_429)))">
					<listOfParameters>
						<parameter name="Vmax_429" value="1147.694864982459"/>
						<parameter name="Kpep_429" value="0.14"/>
						<parameter name="Kadp_429" value="0.53"/>
						<parameter name="Keq_429" value="6500"/>
						<parameter name="Kpyr_429" value="21"/>
						<parameter name="Katp_429" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_23" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_23" stoichiometry="1"/>
					<specieReference specie="CO2_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_430)*(((PYR_23)/(Kpyr_430))^(nH_430)))/(1                   +((PYR_23)/(Kpyr_430))^(nH_430))">
					<listOfParameters>
						<parameter name="Vmax_430" value="1000.672739985389"/>
						<parameter name="Kpyr_430" value="4.33"/>
						<parameter name="nH_430" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_23" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_23" stoichiometry="1"/>
					<specieReference specie="EtOH_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_23" stoichiometry="1"/>
					<specieReference specie="AcAld_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_431)*(((EtOH_23)*(NAD_23))/((Ketoh_431)*(Kinad_431))-((AcAld_23)*(NADH_23))/(((Ketoh_431)*(Kinad_431))*(Keq_431))))/(1                   +(NAD_23)/(Kinad_431)+((EtOH_23)*(Knad_431))/((Kinad_431)*(Ketoh_431))+((AcAld_23)*(Knadh_431))/((Kinadh_431)*(Kacald_431))+(NADH_23)/(Kinadh_431)+((EtOH_23)*(NAD_23))/((Kinad_431)*(Ketoh_431))+(((NAD_23)*(AcAld_23))*(Knadh_431))/(((Kinad_431)*(Kinadh_431))*(Kacald_431))+(((EtOH_23)*(NADH_23))*(Knad_431))/(((Kinad_431)*(Kinadh_431))*(Ketoh_431))+((AcAld_23)*(NADH_23))/((Kacald_431)*(Kinadh_431))+(((EtOH_23)*(NAD_23))*(AcAld_23))/(((Kinad_431)*(Kiacald_431))*(Ketoh_431))+(((EtOH_23)*(AcAld_23))*(NADH_23))/(((Kietoh_431)*(Kinadh_431))*(Kacald_431)))">
					<listOfParameters>
						<parameter name="Vmax_431" value="169.5094908224494"/>
						<parameter name="Ketoh_431" value="17"/>
						<parameter name="Kinad_431" value="0.92"/>
						<parameter name="Keq_431" value="6.9e-005"/>
						<parameter name="Knad_431" value="0.17"/>
						<parameter name="Knadh_431" value="0.11"/>
						<parameter name="Kinadh_431" value="0.031"/>
						<parameter name="Kacald_431" value="1.11"/>
						<parameter name="Kiacald_431" value="1.1"/>
						<parameter name="Kietoh_431" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_23" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_432)*(ATP_23)">
					<listOfParameters>
						<parameter name="Katpase_432" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_23" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_23" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_23" stoichiometry="1"/>
					<specieReference specie="AMP_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_433*ADP_23*ADP_23-k2_433*ATP_23*AMP_23">
					<listOfParameters>
						<parameter name="k1_433" value="45"/>
						<parameter name="k2_433" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_23" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_23" stoichiometry="1"/>
					<specieReference specie="NADH_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_23" stoichiometry="1"/>
					<specieReference specie="Glycerol_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_434)*(((DHAP_23)/(Kdhap_434))*((NADH_23)/(Knadh_434))-(((Glycerol_23)/(Kdhap_434))*((NAD_23)/(Knadh_434)))*((1                   )/(Keq_434))))/((1                   +(DHAP_23)/(Kdhap_434)+(Glycerol_23)/(Kglycerol_434))*(1                   +(NADH_23)/(Knadh_434)+(NAD_23)/(Knad_434)))">
					<listOfParameters>
						<parameter name="Vmax_434" value="44.68191264021553"/>
						<parameter name="Kdhap_434" value="0.4"/>
						<parameter name="Knadh_434" value="0.023"/>
						<parameter name="Keq_434" value="4300"/>
						<parameter name="Kglycerol_434" value="1"/>
						<parameter name="Knad_434" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_23" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_23" stoichiometry="1"/>
					<specieReference specie="G6P_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_23" stoichiometry="1"/>
					<specieReference specie="Glycogen_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_435">
					<listOfParameters>
						<parameter name="KGLYCOGEN_435" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_23" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_23" stoichiometry="1"/>
					<specieReference specie="G6P_23" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_23" stoichiometry="1"/>
					<specieReference specie="Trehalose_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_436">
					<listOfParameters>
						<parameter name="Ktrehalose_436" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_23" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_23" stoichiometry="3"/>
					<specieReference specie="AcAld_23" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_23" stoichiometry="3"/>
					<specieReference specie="Succinate_23" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_437)*(AcAld_23)">
					<listOfParameters>
						<parameter name="k_437" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_24" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_438)*(GLCo_24-GLCi_24))/(Kglc_438))/(1                   +(GLCo_24+GLCi_24)/(Kglc_438)+(((Ki_438)*(GLCo_24))*(GLCi_24))/((Kglc_438)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_438" value="102.0378378284343"/>
						<parameter name="Kglc_438" value="1.1918"/>
						<parameter name="Ki_438" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_24" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_24" stoichiometry="1"/>
					<specieReference specie="ATP_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_24" stoichiometry="1"/>
					<specieReference specie="ADP_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_439)*(((GLCi_24)*(ATP_24))/((Kglc_439)*(Katp_439))-((G6P_24)*(ADP_24))/(((Kglc_439)*(Katp_439))*(Keq_439))))/((1                   +(GLCi_24)/(Kglc_439)+(G6P_24)/(Kg6p_439))*(1                   +(ATP_24)/(Katp_439)+(ADP_24)/(Kadp_439)))">
					<listOfParameters>
						<parameter name="Vmax_439" value="292.7820865669398"/>
						<parameter name="Kglc_439" value="0.08"/>
						<parameter name="Katp_439" value="0.15"/>
						<parameter name="Keq_439" value="2000"/>
						<parameter name="Kg6p_439" value="30"/>
						<parameter name="Kadp_439" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_24" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_440)*((G6P_24)/(Kg6p_440)-(F6P_24)/((Kg6p_440)*(Keq_440))))/(1                   +(G6P_24)/(Kg6p_440)+(F6P_24)/(Kf6p_440))">
					<listOfParameters>
						<parameter name="Vmax_440" value="1220.535060229963"/>
						<parameter name="Kg6p_440" value="1.4"/>
						<parameter name="Keq_440" value="0.29"/>
						<parameter name="Kf6p_440" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_24" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_24" stoichiometry="1"/>
					<specieReference specie="F6P_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_24" stoichiometry="1"/>
					<specieReference specie="F16bP_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_441)*(((((gR_441)*((F6P_24)/(Kf6p_441)))*((ATP_24)/(Katp_441)))*(1                   +(F6P_24)/(Kf6p_441)+(ATP_24)/(Katp_441)+((((gR_441)*(F6P_24))/(Kf6p_441))*(ATP_24))/(Katp_441)))/((1                   +(F6P_24)/(Kf6p_441)+(ATP_24)/(Katp_441)+((((gR_441)*(F6P_24))/(Kf6p_441))*(ATP_24))/(Katp_441))^(2                   )+((((L0_441)*(((1                   +((Ciatp_441)*(ATP_24))/(Kiatp_441))/(1                   +(ATP_24)/(Kiatp_441)))^(2                   )))*(((1                   +((Camp_441)*(AMP_24))/(Kamp_441))/(1                   +(AMP_24)/(Kamp_441)))^(2                   )))*(((1                   +((Cf26_441)*(F26bP_24))/(Kf26_441)+((Cf16_441)*(F16bP_24))/(Kf16_441))/(1                   +(F26bP_24)/(Kf26_441)+(F16bP_24)/(Kf16_441)))^(2                   )))*((1                   +((Catp_441)*(ATP_24))/(Katp_441))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_441" value="114.4862855718894"/>
						<parameter name="gR_441" value="5.12"/>
						<parameter name="Kf6p_441" value="0.1"/>
						<parameter name="Katp_441" value="0.71"/>
						<parameter name="L0_441" value="0.66"/>
						<parameter name="Ciatp_441" value="100"/>
						<parameter name="Kiatp_441" value="0.65"/>
						<parameter name="Camp_441" value="0.08450000000000001"/>
						<parameter name="Kamp_441" value="0.09950000000000001"/>
						<parameter name="Cf26_441" value="0.0174"/>
						<parameter name="Kf26_441" value="0.000682"/>
						<parameter name="Cf16_441" value="0.397"/>
						<parameter name="Kf16_441" value="0.111"/>
						<parameter name="Catp_441" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_24" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_24" stoichiometry="1"/>
					<specieReference specie="GAP_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_442)*((F16bP_24)/(Kf16bp_442)-((DHAP_24)*(GAP_24))/((Kf16bp_442)*(Keq_442))))/(1                   +(F16bP_24)/(Kf16bp_442)+(DHAP_24)/(Kdhap_442)+(GAP_24)/(Kgap_442)+((F16bP_24)*(GAP_24))/((Kf16bp_442)*(Kigap_442))+((DHAP_24)*(GAP_24))/((Kdhap_442)*(Kgap_442)))">
					<listOfParameters>
						<parameter name="Vmax_442" value="81.7180569032427"/>
						<parameter name="Kf16bp_442" value="0.3"/>
						<parameter name="Keq_442" value="0.06900000000000001"/>
						<parameter name="Kdhap_442" value="2"/>
						<parameter name="Kgap_442" value="2.4"/>
						<parameter name="Kigap_442" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_24" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_443*DHAP_24-k2_443*GAP_24">
					<listOfParameters>
						<parameter name="k1_443" value="450000"/>
						<parameter name="k2_443" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_24" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_24" stoichiometry="1"/>
					<specieReference specie="NAD_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_24" stoichiometry="1"/>
					<specieReference specie="NADH_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_444)*((((Vmaxf_444)*(GAP_24))*(NAD_24))/((Kgap_444)*(Knad_444))-(((Vmaxr_444)*(BPG_24))*(NADH_24))/((Kbpg_444)*(Knadh_444))))/((1                   +(GAP_24)/(Kgap_444)+(BPG_24)/(Kbpg_444))*(1                   +(NAD_24)/(Knad_444)+(NADH_24)/(Knadh_444)))">
					<listOfParameters>
						<parameter name="C_444" value="1"/>
						<parameter name="Vmaxf_444" value="1152"/>
						<parameter name="Kgap_444" value="0.21"/>
						<parameter name="Knad_444" value="0.09"/>
						<parameter name="Vmaxr_444" value="5926.080826643648"/>
						<parameter name="Kbpg_444" value="0.0098"/>
						<parameter name="Knadh_444" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_24" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_24" stoichiometry="1"/>
					<specieReference specie="BPG_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_24" stoichiometry="1"/>
					<specieReference specie="P3G_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_445)*((((Keq_445)*(BPG_24))*(ADP_24)-(P3G_24)*(ATP_24))/((Kp3g_445)*(Katp_445))))/((1                   +(BPG_24)/(Kbpg_445)+(P3G_24)/(Kp3g_445))*(1                   +(ADP_24)/(Kadp_445)+(ATP_24)/(Katp_445)))">
					<listOfParameters>
						<parameter name="Vmax_445" value="1404.894230426647"/>
						<parameter name="Keq_445" value="3200"/>
						<parameter name="Kp3g_445" value="0.53"/>
						<parameter name="Katp_445" value="0.3"/>
						<parameter name="Kbpg_445" value="0.003"/>
						<parameter name="Kadp_445" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_24" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_446)*((P3G_24)/(Kp3g_446)-(P2G_24)/((Kp3g_446)*(Keq_446))))/(1                   +(P3G_24)/(Kp3g_446)+(P2G_24)/(Kp2g_446))">
					<listOfParameters>
						<parameter name="Vmax_446" value="2173.357278301752"/>
						<parameter name="Kp3g_446" value="1.2"/>
						<parameter name="Keq_446" value="0.19"/>
						<parameter name="Kp2g_446" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_24" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_447)*((P2G_24)/(Kp2g_447)-(PEP_24)/((Kp2g_447)*(Keq_447))))/(1                   +(P2G_24)/(Kp2g_447)+(PEP_24)/(Kpep_447))">
					<listOfParameters>
						<parameter name="Vmax_447" value="332.8883473440717"/>
						<parameter name="Kp2g_447" value="0.04"/>
						<parameter name="Keq_447" value="6.7"/>
						<parameter name="Kpep_447" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_24" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_24" stoichiometry="1"/>
					<specieReference specie="PEP_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_24" stoichiometry="1"/>
					<specieReference specie="PYR_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_448)*(((PEP_24)*(ADP_24))/((Kpep_448)*(Kadp_448))-((PYR_24)*(ATP_24))/(((Kpep_448)*(Kadp_448))*(Keq_448))))/((1                   +(PEP_24)/(Kpep_448)+(PYR_24)/(Kpyr_448))*(1                   +(ADP_24)/(Kadp_448)+(ATP_24)/(Katp_448)))">
					<listOfParameters>
						<parameter name="Vmax_448" value="823.9449428493265"/>
						<parameter name="Kpep_448" value="0.14"/>
						<parameter name="Kadp_448" value="0.53"/>
						<parameter name="Keq_448" value="6500"/>
						<parameter name="Kpyr_448" value="21"/>
						<parameter name="Katp_448" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_24" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_24" stoichiometry="1"/>
					<specieReference specie="CO2_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_449)*(((PYR_24)/(Kpyr_449))^(nH_449)))/(1                   +((PYR_24)/(Kpyr_449))^(nH_449))">
					<listOfParameters>
						<parameter name="Vmax_449" value="1269.027604551155"/>
						<parameter name="Kpyr_449" value="4.33"/>
						<parameter name="nH_449" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_24" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_24" stoichiometry="1"/>
					<specieReference specie="EtOH_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_24" stoichiometry="1"/>
					<specieReference specie="AcAld_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_450)*(((EtOH_24)*(NAD_24))/((Ketoh_450)*(Kinad_450))-((AcAld_24)*(NADH_24))/(((Ketoh_450)*(Kinad_450))*(Keq_450))))/(1                   +(NAD_24)/(Kinad_450)+((EtOH_24)*(Knad_450))/((Kinad_450)*(Ketoh_450))+((AcAld_24)*(Knadh_450))/((Kinadh_450)*(Kacald_450))+(NADH_24)/(Kinadh_450)+((EtOH_24)*(NAD_24))/((Kinad_450)*(Ketoh_450))+(((NAD_24)*(AcAld_24))*(Knadh_450))/(((Kinad_450)*(Kinadh_450))*(Kacald_450))+(((EtOH_24)*(NADH_24))*(Knad_450))/(((Kinad_450)*(Kinadh_450))*(Ketoh_450))+((AcAld_24)*(NADH_24))/((Kacald_450)*(Kinadh_450))+(((EtOH_24)*(NAD_24))*(AcAld_24))/(((Kinad_450)*(Kiacald_450))*(Ketoh_450))+(((EtOH_24)*(AcAld_24))*(NADH_24))/(((Kietoh_450)*(Kinadh_450))*(Kacald_450)))">
					<listOfParameters>
						<parameter name="Vmax_450" value="161.5823582666213"/>
						<parameter name="Ketoh_450" value="17"/>
						<parameter name="Kinad_450" value="0.92"/>
						<parameter name="Keq_450" value="6.9e-005"/>
						<parameter name="Knad_450" value="0.17"/>
						<parameter name="Knadh_450" value="0.11"/>
						<parameter name="Kinadh_450" value="0.031"/>
						<parameter name="Kacald_450" value="1.11"/>
						<parameter name="Kiacald_450" value="1.1"/>
						<parameter name="Kietoh_450" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_24" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_451)*(ATP_24)">
					<listOfParameters>
						<parameter name="Katpase_451" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_24" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_24" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_24" stoichiometry="1"/>
					<specieReference specie="AMP_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_452*ADP_24*ADP_24-k2_452*ATP_24*AMP_24">
					<listOfParameters>
						<parameter name="k1_452" value="45"/>
						<parameter name="k2_452" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_24" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_24" stoichiometry="1"/>
					<specieReference specie="NADH_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_24" stoichiometry="1"/>
					<specieReference specie="Glycerol_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_453)*(((DHAP_24)/(Kdhap_453))*((NADH_24)/(Knadh_453))-(((Glycerol_24)/(Kdhap_453))*((NAD_24)/(Knadh_453)))*((1                   )/(Keq_453))))/((1                   +(DHAP_24)/(Kdhap_453)+(Glycerol_24)/(Kglycerol_453))*(1                   +(NADH_24)/(Knadh_453)+(NAD_24)/(Knad_453)))">
					<listOfParameters>
						<parameter name="Vmax_453" value="46.28427712389722"/>
						<parameter name="Kdhap_453" value="0.4"/>
						<parameter name="Knadh_453" value="0.023"/>
						<parameter name="Keq_453" value="4300"/>
						<parameter name="Kglycerol_453" value="1"/>
						<parameter name="Knad_453" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_24" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_24" stoichiometry="1"/>
					<specieReference specie="G6P_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_24" stoichiometry="1"/>
					<specieReference specie="Glycogen_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_454">
					<listOfParameters>
						<parameter name="KGLYCOGEN_454" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_24" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_24" stoichiometry="1"/>
					<specieReference specie="G6P_24" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_24" stoichiometry="1"/>
					<specieReference specie="Trehalose_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_455">
					<listOfParameters>
						<parameter name="Ktrehalose_455" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_24" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_24" stoichiometry="3"/>
					<specieReference specie="AcAld_24" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_24" stoichiometry="3"/>
					<specieReference specie="Succinate_24" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_456)*(AcAld_24)">
					<listOfParameters>
						<parameter name="k_456" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_25" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_457)*(GLCo_25-GLCi_25))/(Kglc_457))/(1                   +(GLCo_25+GLCi_25)/(Kglc_457)+(((Ki_457)*(GLCo_25))*(GLCi_25))/((Kglc_457)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_457" value="73.996938124316"/>
						<parameter name="Kglc_457" value="1.1918"/>
						<parameter name="Ki_457" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_25" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_25" stoichiometry="1"/>
					<specieReference specie="ATP_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_25" stoichiometry="1"/>
					<specieReference specie="ADP_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_458)*(((GLCi_25)*(ATP_25))/((Kglc_458)*(Katp_458))-((G6P_25)*(ADP_25))/(((Kglc_458)*(Katp_458))*(Keq_458))))/((1                   +(GLCi_25)/(Kglc_458)+(G6P_25)/(Kg6p_458))*(1                   +(ATP_25)/(Katp_458)+(ADP_25)/(Kadp_458)))">
					<listOfParameters>
						<parameter name="Vmax_458" value="229.4479018468973"/>
						<parameter name="Kglc_458" value="0.08"/>
						<parameter name="Katp_458" value="0.15"/>
						<parameter name="Keq_458" value="2000"/>
						<parameter name="Kg6p_458" value="30"/>
						<parameter name="Kadp_458" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_25" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_459)*((G6P_25)/(Kg6p_459)-(F6P_25)/((Kg6p_459)*(Keq_459))))/(1                   +(G6P_25)/(Kg6p_459)+(F6P_25)/(Kf6p_459))">
					<listOfParameters>
						<parameter name="Vmax_459" value="1317.830065798885"/>
						<parameter name="Kg6p_459" value="1.4"/>
						<parameter name="Keq_459" value="0.29"/>
						<parameter name="Kf6p_459" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_25" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_25" stoichiometry="1"/>
					<specieReference specie="F6P_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_25" stoichiometry="1"/>
					<specieReference specie="F16bP_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_460)*(((((gR_460)*((F6P_25)/(Kf6p_460)))*((ATP_25)/(Katp_460)))*(1                   +(F6P_25)/(Kf6p_460)+(ATP_25)/(Katp_460)+((((gR_460)*(F6P_25))/(Kf6p_460))*(ATP_25))/(Katp_460)))/((1                   +(F6P_25)/(Kf6p_460)+(ATP_25)/(Katp_460)+((((gR_460)*(F6P_25))/(Kf6p_460))*(ATP_25))/(Katp_460))^(2                   )+((((L0_460)*(((1                   +((Ciatp_460)*(ATP_25))/(Kiatp_460))/(1                   +(ATP_25)/(Kiatp_460)))^(2                   )))*(((1                   +((Camp_460)*(AMP_25))/(Kamp_460))/(1                   +(AMP_25)/(Kamp_460)))^(2                   )))*(((1                   +((Cf26_460)*(F26bP_25))/(Kf26_460)+((Cf16_460)*(F16bP_25))/(Kf16_460))/(1                   +(F26bP_25)/(Kf26_460)+(F16bP_25)/(Kf16_460)))^(2                   )))*((1                   +((Catp_460)*(ATP_25))/(Katp_460))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_460" value="130.1587731968619"/>
						<parameter name="gR_460" value="5.12"/>
						<parameter name="Kf6p_460" value="0.1"/>
						<parameter name="Katp_460" value="0.71"/>
						<parameter name="L0_460" value="0.66"/>
						<parameter name="Ciatp_460" value="100"/>
						<parameter name="Kiatp_460" value="0.65"/>
						<parameter name="Camp_460" value="0.08450000000000001"/>
						<parameter name="Kamp_460" value="0.09950000000000001"/>
						<parameter name="Cf26_460" value="0.0174"/>
						<parameter name="Kf26_460" value="0.000682"/>
						<parameter name="Cf16_460" value="0.397"/>
						<parameter name="Kf16_460" value="0.111"/>
						<parameter name="Catp_460" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_25" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_25" stoichiometry="1"/>
					<specieReference specie="GAP_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_461)*((F16bP_25)/(Kf16bp_461)-((DHAP_25)*(GAP_25))/((Kf16bp_461)*(Keq_461))))/(1                   +(F16bP_25)/(Kf16bp_461)+(DHAP_25)/(Kdhap_461)+(GAP_25)/(Kgap_461)+((F16bP_25)*(GAP_25))/((Kf16bp_461)*(Kigap_461))+((DHAP_25)*(GAP_25))/((Kdhap_461)*(Kgap_461)))">
					<listOfParameters>
						<parameter name="Vmax_461" value="77.85593275462799"/>
						<parameter name="Kf16bp_461" value="0.3"/>
						<parameter name="Keq_461" value="0.06900000000000001"/>
						<parameter name="Kdhap_461" value="2"/>
						<parameter name="Kgap_461" value="2.4"/>
						<parameter name="Kigap_461" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_25" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_462*DHAP_25-k2_462*GAP_25">
					<listOfParameters>
						<parameter name="k1_462" value="450000"/>
						<parameter name="k2_462" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_25" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_25" stoichiometry="1"/>
					<specieReference specie="NAD_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_25" stoichiometry="1"/>
					<specieReference specie="NADH_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_463)*((((Vmaxf_463)*(GAP_25))*(NAD_25))/((Kgap_463)*(Knad_463))-(((Vmaxr_463)*(BPG_25))*(NADH_25))/((Kbpg_463)*(Knadh_463))))/((1                   +(GAP_25)/(Kgap_463)+(BPG_25)/(Kbpg_463))*(1                   +(NAD_25)/(Knad_463)+(NADH_25)/(Knadh_463)))">
					<listOfParameters>
						<parameter name="C_463" value="1"/>
						<parameter name="Vmaxf_463" value="1152"/>
						<parameter name="Kgap_463" value="0.21"/>
						<parameter name="Knad_463" value="0.09"/>
						<parameter name="Vmaxr_463" value="5618.808978495167"/>
						<parameter name="Kbpg_463" value="0.0098"/>
						<parameter name="Knadh_463" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_25" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_25" stoichiometry="1"/>
					<specieReference specie="BPG_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_25" stoichiometry="1"/>
					<specieReference specie="P3G_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_464)*((((Keq_464)*(BPG_25))*(ADP_25)-(P3G_25)*(ATP_25))/((Kp3g_464)*(Katp_464))))/((1                   +(BPG_25)/(Kbpg_464)+(P3G_25)/(Kp3g_464))*(1                   +(ADP_25)/(Kadp_464)+(ATP_25)/(Katp_464)))">
					<listOfParameters>
						<parameter name="Vmax_464" value="843.6014750691173"/>
						<parameter name="Keq_464" value="3200"/>
						<parameter name="Kp3g_464" value="0.53"/>
						<parameter name="Katp_464" value="0.3"/>
						<parameter name="Kbpg_464" value="0.003"/>
						<parameter name="Kadp_464" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_25" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_465)*((P3G_25)/(Kp3g_465)-(P2G_25)/((Kp3g_465)*(Keq_465))))/(1                   +(P3G_25)/(Kp3g_465)+(P2G_25)/(Kp2g_465))">
					<listOfParameters>
						<parameter name="Vmax_465" value="2734.955377931491"/>
						<parameter name="Kp3g_465" value="1.2"/>
						<parameter name="Keq_465" value="0.19"/>
						<parameter name="Kp2g_465" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_25" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_466)*((P2G_25)/(Kp2g_466)-(PEP_25)/((Kp2g_466)*(Keq_466))))/(1                   +(P2G_25)/(Kp2g_466)+(PEP_25)/(Kpep_466))">
					<listOfParameters>
						<parameter name="Vmax_466" value="184.4779981009236"/>
						<parameter name="Kp2g_466" value="0.04"/>
						<parameter name="Keq_466" value="6.7"/>
						<parameter name="Kpep_466" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_25" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_25" stoichiometry="1"/>
					<specieReference specie="PEP_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_25" stoichiometry="1"/>
					<specieReference specie="PYR_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_467)*(((PEP_25)*(ADP_25))/((Kpep_467)*(Kadp_467))-((PYR_25)*(ATP_25))/(((Kpep_467)*(Kadp_467))*(Keq_467))))/((1                   +(PEP_25)/(Kpep_467)+(PYR_25)/(Kpyr_467))*(1                   +(ADP_25)/(Kadp_467)+(ATP_25)/(Katp_467)))">
					<listOfParameters>
						<parameter name="Vmax_467" value="802.7873120199673"/>
						<parameter name="Kpep_467" value="0.14"/>
						<parameter name="Kadp_467" value="0.53"/>
						<parameter name="Keq_467" value="6500"/>
						<parameter name="Kpyr_467" value="21"/>
						<parameter name="Katp_467" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_25" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_25" stoichiometry="1"/>
					<specieReference specie="CO2_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_468)*(((PYR_25)/(Kpyr_468))^(nH_468)))/(1                   +((PYR_25)/(Kpyr_468))^(nH_468))">
					<listOfParameters>
						<parameter name="Vmax_468" value="646.3640455349768"/>
						<parameter name="Kpyr_468" value="4.33"/>
						<parameter name="nH_468" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_25" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_25" stoichiometry="1"/>
					<specieReference specie="EtOH_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_25" stoichiometry="1"/>
					<specieReference specie="AcAld_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_469)*(((EtOH_25)*(NAD_25))/((Ketoh_469)*(Kinad_469))-((AcAld_25)*(NADH_25))/(((Ketoh_469)*(Kinad_469))*(Keq_469))))/(1                   +(NAD_25)/(Kinad_469)+((EtOH_25)*(Knad_469))/((Kinad_469)*(Ketoh_469))+((AcAld_25)*(Knadh_469))/((Kinadh_469)*(Kacald_469))+(NADH_25)/(Kinadh_469)+((EtOH_25)*(NAD_25))/((Kinad_469)*(Ketoh_469))+(((NAD_25)*(AcAld_25))*(Knadh_469))/(((Kinad_469)*(Kinadh_469))*(Kacald_469))+(((EtOH_25)*(NADH_25))*(Knad_469))/(((Kinad_469)*(Kinadh_469))*(Ketoh_469))+((AcAld_25)*(NADH_25))/((Kacald_469)*(Kinadh_469))+(((EtOH_25)*(NAD_25))*(AcAld_25))/(((Kinad_469)*(Kiacald_469))*(Ketoh_469))+(((EtOH_25)*(AcAld_25))*(NADH_25))/(((Kietoh_469)*(Kinadh_469))*(Kacald_469)))">
					<listOfParameters>
						<parameter name="Vmax_469" value="174.6267316147303"/>
						<parameter name="Ketoh_469" value="17"/>
						<parameter name="Kinad_469" value="0.92"/>
						<parameter name="Keq_469" value="6.9e-005"/>
						<parameter name="Knad_469" value="0.17"/>
						<parameter name="Knadh_469" value="0.11"/>
						<parameter name="Kinadh_469" value="0.031"/>
						<parameter name="Kacald_469" value="1.11"/>
						<parameter name="Kiacald_469" value="1.1"/>
						<parameter name="Kietoh_469" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_25" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_470)*(ATP_25)">
					<listOfParameters>
						<parameter name="Katpase_470" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_25" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_25" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_25" stoichiometry="1"/>
					<specieReference specie="AMP_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_471*ADP_25*ADP_25-k2_471*ATP_25*AMP_25">
					<listOfParameters>
						<parameter name="k1_471" value="45"/>
						<parameter name="k2_471" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_25" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_25" stoichiometry="1"/>
					<specieReference specie="NADH_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_25" stoichiometry="1"/>
					<specieReference specie="Glycerol_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_472)*(((DHAP_25)/(Kdhap_472))*((NADH_25)/(Knadh_472))-(((Glycerol_25)/(Kdhap_472))*((NAD_25)/(Knadh_472)))*((1                   )/(Keq_472))))/((1                   +(DHAP_25)/(Kdhap_472)+(Glycerol_25)/(Kglycerol_472))*(1                   +(NADH_25)/(Knadh_472)+(NAD_25)/(Knad_472)))">
					<listOfParameters>
						<parameter name="Vmax_472" value="51.28018099334064"/>
						<parameter name="Kdhap_472" value="0.4"/>
						<parameter name="Knadh_472" value="0.023"/>
						<parameter name="Keq_472" value="4300"/>
						<parameter name="Kglycerol_472" value="1"/>
						<parameter name="Knad_472" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_25" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_25" stoichiometry="1"/>
					<specieReference specie="G6P_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_25" stoichiometry="1"/>
					<specieReference specie="Glycogen_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_473">
					<listOfParameters>
						<parameter name="KGLYCOGEN_473" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_25" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_25" stoichiometry="1"/>
					<specieReference specie="G6P_25" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_25" stoichiometry="1"/>
					<specieReference specie="Trehalose_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_474">
					<listOfParameters>
						<parameter name="Ktrehalose_474" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_25" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_25" stoichiometry="3"/>
					<specieReference specie="AcAld_25" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_25" stoichiometry="3"/>
					<specieReference specie="Succinate_25" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_475)*(AcAld_25)">
					<listOfParameters>
						<parameter name="k_475" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_26" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_476)*(GLCo_26-GLCi_26))/(Kglc_476))/(1                   +(GLCo_26+GLCi_26)/(Kglc_476)+(((Ki_476)*(GLCo_26))*(GLCi_26))/((Kglc_476)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_476" value="85.37393501478398"/>
						<parameter name="Kglc_476" value="1.1918"/>
						<parameter name="Ki_476" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_26" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_26" stoichiometry="1"/>
					<specieReference specie="ATP_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_26" stoichiometry="1"/>
					<specieReference specie="ADP_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_477)*(((GLCi_26)*(ATP_26))/((Kglc_477)*(Katp_477))-((G6P_26)*(ADP_26))/(((Kglc_477)*(Katp_477))*(Keq_477))))/((1                   +(GLCi_26)/(Kglc_477)+(G6P_26)/(Kg6p_477))*(1                   +(ATP_26)/(Katp_477)+(ADP_26)/(Kadp_477)))">
					<listOfParameters>
						<parameter name="Vmax_477" value="243.7861513615181"/>
						<parameter name="Kglc_477" value="0.08"/>
						<parameter name="Katp_477" value="0.15"/>
						<parameter name="Keq_477" value="2000"/>
						<parameter name="Kg6p_477" value="30"/>
						<parameter name="Kadp_477" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_26" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_478)*((G6P_26)/(Kg6p_478)-(F6P_26)/((Kg6p_478)*(Keq_478))))/(1                   +(G6P_26)/(Kg6p_478)+(F6P_26)/(Kf6p_478))">
					<listOfParameters>
						<parameter name="Vmax_478" value="983.2683069078814"/>
						<parameter name="Kg6p_478" value="1.4"/>
						<parameter name="Keq_478" value="0.29"/>
						<parameter name="Kf6p_478" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_26" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_26" stoichiometry="1"/>
					<specieReference specie="F6P_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_26" stoichiometry="1"/>
					<specieReference specie="F16bP_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_479)*(((((gR_479)*((F6P_26)/(Kf6p_479)))*((ATP_26)/(Katp_479)))*(1                   +(F6P_26)/(Kf6p_479)+(ATP_26)/(Katp_479)+((((gR_479)*(F6P_26))/(Kf6p_479))*(ATP_26))/(Katp_479)))/((1                   +(F6P_26)/(Kf6p_479)+(ATP_26)/(Katp_479)+((((gR_479)*(F6P_26))/(Kf6p_479))*(ATP_26))/(Katp_479))^(2                   )+((((L0_479)*(((1                   +((Ciatp_479)*(ATP_26))/(Kiatp_479))/(1                   +(ATP_26)/(Kiatp_479)))^(2                   )))*(((1                   +((Camp_479)*(AMP_26))/(Kamp_479))/(1                   +(AMP_26)/(Kamp_479)))^(2                   )))*(((1                   +((Cf26_479)*(F26bP_26))/(Kf26_479)+((Cf16_479)*(F16bP_26))/(Kf16_479))/(1                   +(F26bP_26)/(Kf26_479)+(F16bP_26)/(Kf16_479)))^(2                   )))*((1                   +((Catp_479)*(ATP_26))/(Katp_479))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_479" value="121.5745820698901"/>
						<parameter name="gR_479" value="5.12"/>
						<parameter name="Kf6p_479" value="0.1"/>
						<parameter name="Katp_479" value="0.71"/>
						<parameter name="L0_479" value="0.66"/>
						<parameter name="Ciatp_479" value="100"/>
						<parameter name="Kiatp_479" value="0.65"/>
						<parameter name="Camp_479" value="0.08450000000000001"/>
						<parameter name="Kamp_479" value="0.09950000000000001"/>
						<parameter name="Cf26_479" value="0.0174"/>
						<parameter name="Kf26_479" value="0.000682"/>
						<parameter name="Cf16_479" value="0.397"/>
						<parameter name="Kf16_479" value="0.111"/>
						<parameter name="Catp_479" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_26" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_26" stoichiometry="1"/>
					<specieReference specie="GAP_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_480)*((F16bP_26)/(Kf16bp_480)-((DHAP_26)*(GAP_26))/((Kf16bp_480)*(Keq_480))))/(1                   +(F16bP_26)/(Kf16bp_480)+(DHAP_26)/(Kdhap_480)+(GAP_26)/(Kgap_480)+((F16bP_26)*(GAP_26))/((Kf16bp_480)*(Kigap_480))+((DHAP_26)*(GAP_26))/((Kdhap_480)*(Kgap_480)))">
					<listOfParameters>
						<parameter name="Vmax_480" value="112.8644587644139"/>
						<parameter name="Kf16bp_480" value="0.3"/>
						<parameter name="Keq_480" value="0.06900000000000001"/>
						<parameter name="Kdhap_480" value="2"/>
						<parameter name="Kgap_480" value="2.4"/>
						<parameter name="Kigap_480" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_26" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_481*DHAP_26-k2_481*GAP_26">
					<listOfParameters>
						<parameter name="k1_481" value="450000"/>
						<parameter name="k2_481" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_26" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_26" stoichiometry="1"/>
					<specieReference specie="NAD_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_26" stoichiometry="1"/>
					<specieReference specie="NADH_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_482)*((((Vmaxf_482)*(GAP_26))*(NAD_26))/((Kgap_482)*(Knad_482))-(((Vmaxr_482)*(BPG_26))*(NADH_26))/((Kbpg_482)*(Knadh_482))))/((1                   +(GAP_26)/(Kgap_482)+(BPG_26)/(Kbpg_482))*(1                   +(NAD_26)/(Knad_482)+(NADH_26)/(Knadh_482)))">
					<listOfParameters>
						<parameter name="C_482" value="1"/>
						<parameter name="Vmaxf_482" value="1152"/>
						<parameter name="Kgap_482" value="0.21"/>
						<parameter name="Knad_482" value="0.09"/>
						<parameter name="Vmaxr_482" value="4857.022455011909"/>
						<parameter name="Kbpg_482" value="0.0098"/>
						<parameter name="Knadh_482" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_26" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_26" stoichiometry="1"/>
					<specieReference specie="BPG_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_26" stoichiometry="1"/>
					<specieReference specie="P3G_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_483)*((((Keq_483)*(BPG_26))*(ADP_26)-(P3G_26)*(ATP_26))/((Kp3g_483)*(Katp_483))))/((1                   +(BPG_26)/(Kbpg_483)+(P3G_26)/(Kp3g_483))*(1                   +(ADP_26)/(Kadp_483)+(ATP_26)/(Katp_483)))">
					<listOfParameters>
						<parameter name="Vmax_483" value="1076.648724829167"/>
						<parameter name="Keq_483" value="3200"/>
						<parameter name="Kp3g_483" value="0.53"/>
						<parameter name="Katp_483" value="0.3"/>
						<parameter name="Kbpg_483" value="0.003"/>
						<parameter name="Kadp_483" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_26" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_484)*((P3G_26)/(Kp3g_484)-(P2G_26)/((Kp3g_484)*(Keq_484))))/(1                   +(P3G_26)/(Kp3g_484)+(P2G_26)/(Kp2g_484))">
					<listOfParameters>
						<parameter name="Vmax_484" value="3668.374035423364"/>
						<parameter name="Kp3g_484" value="1.2"/>
						<parameter name="Keq_484" value="0.19"/>
						<parameter name="Kp2g_484" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_26" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_485)*((P2G_26)/(Kp2g_485)-(PEP_26)/((Kp2g_485)*(Keq_485))))/(1                   +(P2G_26)/(Kp2g_485)+(PEP_26)/(Kpep_485))">
					<listOfParameters>
						<parameter name="Vmax_485" value="225.4147314710158"/>
						<parameter name="Kp2g_485" value="0.04"/>
						<parameter name="Keq_485" value="6.7"/>
						<parameter name="Kpep_485" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_26" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_26" stoichiometry="1"/>
					<specieReference specie="PEP_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_26" stoichiometry="1"/>
					<specieReference specie="PYR_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_486)*(((PEP_26)*(ADP_26))/((Kpep_486)*(Kadp_486))-((PYR_26)*(ATP_26))/(((Kpep_486)*(Kadp_486))*(Keq_486))))/((1                   +(PEP_26)/(Kpep_486)+(PYR_26)/(Kpyr_486))*(1                   +(ADP_26)/(Kadp_486)+(ATP_26)/(Katp_486)))">
					<listOfParameters>
						<parameter name="Vmax_486" value="1132.016522928865"/>
						<parameter name="Kpep_486" value="0.14"/>
						<parameter name="Kadp_486" value="0.53"/>
						<parameter name="Keq_486" value="6500"/>
						<parameter name="Kpyr_486" value="21"/>
						<parameter name="Katp_486" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_26" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_26" stoichiometry="1"/>
					<specieReference specie="CO2_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_487)*(((PYR_26)/(Kpyr_487))^(nH_487)))/(1                   +((PYR_26)/(Kpyr_487))^(nH_487))">
					<listOfParameters>
						<parameter name="Vmax_487" value="852.9931000334876"/>
						<parameter name="Kpyr_487" value="4.33"/>
						<parameter name="nH_487" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_26" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_26" stoichiometry="1"/>
					<specieReference specie="EtOH_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_26" stoichiometry="1"/>
					<specieReference specie="AcAld_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_488)*(((EtOH_26)*(NAD_26))/((Ketoh_488)*(Kinad_488))-((AcAld_26)*(NADH_26))/(((Ketoh_488)*(Kinad_488))*(Keq_488))))/(1                   +(NAD_26)/(Kinad_488)+((EtOH_26)*(Knad_488))/((Kinad_488)*(Ketoh_488))+((AcAld_26)*(Knadh_488))/((Kinadh_488)*(Kacald_488))+(NADH_26)/(Kinadh_488)+((EtOH_26)*(NAD_26))/((Kinad_488)*(Ketoh_488))+(((NAD_26)*(AcAld_26))*(Knadh_488))/(((Kinad_488)*(Kinadh_488))*(Kacald_488))+(((EtOH_26)*(NADH_26))*(Knad_488))/(((Kinad_488)*(Kinadh_488))*(Ketoh_488))+((AcAld_26)*(NADH_26))/((Kacald_488)*(Kinadh_488))+(((EtOH_26)*(NAD_26))*(AcAld_26))/(((Kinad_488)*(Kiacald_488))*(Ketoh_488))+(((EtOH_26)*(AcAld_26))*(NADH_26))/(((Kietoh_488)*(Kinadh_488))*(Kacald_488)))">
					<listOfParameters>
						<parameter name="Vmax_488" value="270.26886334536"/>
						<parameter name="Ketoh_488" value="17"/>
						<parameter name="Kinad_488" value="0.92"/>
						<parameter name="Keq_488" value="6.9e-005"/>
						<parameter name="Knad_488" value="0.17"/>
						<parameter name="Knadh_488" value="0.11"/>
						<parameter name="Kinadh_488" value="0.031"/>
						<parameter name="Kacald_488" value="1.11"/>
						<parameter name="Kiacald_488" value="1.1"/>
						<parameter name="Kietoh_488" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_26" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_489)*(ATP_26)">
					<listOfParameters>
						<parameter name="Katpase_489" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_26" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_26" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_26" stoichiometry="1"/>
					<specieReference specie="AMP_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_490*ADP_26*ADP_26-k2_490*ATP_26*AMP_26">
					<listOfParameters>
						<parameter name="k1_490" value="45"/>
						<parameter name="k2_490" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_26" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_26" stoichiometry="1"/>
					<specieReference specie="NADH_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_26" stoichiometry="1"/>
					<specieReference specie="Glycerol_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_491)*(((DHAP_26)/(Kdhap_491))*((NADH_26)/(Knadh_491))-(((Glycerol_26)/(Kdhap_491))*((NAD_26)/(Knadh_491)))*((1                   )/(Keq_491))))/((1                   +(DHAP_26)/(Kdhap_491)+(Glycerol_26)/(Kglycerol_491))*(1                   +(NADH_26)/(Knadh_491)+(NAD_26)/(Knad_491)))">
					<listOfParameters>
						<parameter name="Vmax_491" value="61.89469083093151"/>
						<parameter name="Kdhap_491" value="0.4"/>
						<parameter name="Knadh_491" value="0.023"/>
						<parameter name="Keq_491" value="4300"/>
						<parameter name="Kglycerol_491" value="1"/>
						<parameter name="Knad_491" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_26" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_26" stoichiometry="1"/>
					<specieReference specie="G6P_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_26" stoichiometry="1"/>
					<specieReference specie="Glycogen_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_492">
					<listOfParameters>
						<parameter name="KGLYCOGEN_492" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_26" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_26" stoichiometry="1"/>
					<specieReference specie="G6P_26" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_26" stoichiometry="1"/>
					<specieReference specie="Trehalose_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_493">
					<listOfParameters>
						<parameter name="Ktrehalose_493" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_26" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_26" stoichiometry="3"/>
					<specieReference specie="AcAld_26" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_26" stoichiometry="3"/>
					<specieReference specie="Succinate_26" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_494)*(AcAld_26)">
					<listOfParameters>
						<parameter name="k_494" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_27" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_495)*(GLCo_27-GLCi_27))/(Kglc_495))/(1                   +(GLCo_27+GLCi_27)/(Kglc_495)+(((Ki_495)*(GLCo_27))*(GLCi_27))/((Kglc_495)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_495" value="96.599728257374"/>
						<parameter name="Kglc_495" value="1.1918"/>
						<parameter name="Ki_495" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_27" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_27" stoichiometry="1"/>
					<specieReference specie="ATP_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_27" stoichiometry="1"/>
					<specieReference specie="ADP_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_496)*(((GLCi_27)*(ATP_27))/((Kglc_496)*(Katp_496))-((G6P_27)*(ADP_27))/(((Kglc_496)*(Katp_496))*(Keq_496))))/((1                   +(GLCi_27)/(Kglc_496)+(G6P_27)/(Kg6p_496))*(1                   +(ATP_27)/(Katp_496)+(ADP_27)/(Kadp_496)))">
					<listOfParameters>
						<parameter name="Vmax_496" value="311.9200084418193"/>
						<parameter name="Kglc_496" value="0.08"/>
						<parameter name="Katp_496" value="0.15"/>
						<parameter name="Keq_496" value="2000"/>
						<parameter name="Kg6p_496" value="30"/>
						<parameter name="Kadp_496" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_27" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_497)*((G6P_27)/(Kg6p_497)-(F6P_27)/((Kg6p_497)*(Keq_497))))/(1                   +(G6P_27)/(Kg6p_497)+(F6P_27)/(Kf6p_497))">
					<listOfParameters>
						<parameter name="Vmax_497" value="1128.166088051857"/>
						<parameter name="Kg6p_497" value="1.4"/>
						<parameter name="Keq_497" value="0.29"/>
						<parameter name="Kf6p_497" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_27" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_27" stoichiometry="1"/>
					<specieReference specie="F6P_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_27" stoichiometry="1"/>
					<specieReference specie="F16bP_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_498)*(((((gR_498)*((F6P_27)/(Kf6p_498)))*((ATP_27)/(Katp_498)))*(1                   +(F6P_27)/(Kf6p_498)+(ATP_27)/(Katp_498)+((((gR_498)*(F6P_27))/(Kf6p_498))*(ATP_27))/(Katp_498)))/((1                   +(F6P_27)/(Kf6p_498)+(ATP_27)/(Katp_498)+((((gR_498)*(F6P_27))/(Kf6p_498))*(ATP_27))/(Katp_498))^(2                   )+((((L0_498)*(((1                   +((Ciatp_498)*(ATP_27))/(Kiatp_498))/(1                   +(ATP_27)/(Kiatp_498)))^(2                   )))*(((1                   +((Camp_498)*(AMP_27))/(Kamp_498))/(1                   +(AMP_27)/(Kamp_498)))^(2                   )))*(((1                   +((Cf26_498)*(F26bP_27))/(Kf26_498)+((Cf16_498)*(F16bP_27))/(Kf16_498))/(1                   +(F26bP_27)/(Kf26_498)+(F16bP_27)/(Kf16_498)))^(2                   )))*((1                   +((Catp_498)*(ATP_27))/(Katp_498))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_498" value="93.28712648675159"/>
						<parameter name="gR_498" value="5.12"/>
						<parameter name="Kf6p_498" value="0.1"/>
						<parameter name="Katp_498" value="0.71"/>
						<parameter name="L0_498" value="0.66"/>
						<parameter name="Ciatp_498" value="100"/>
						<parameter name="Kiatp_498" value="0.65"/>
						<parameter name="Camp_498" value="0.08450000000000001"/>
						<parameter name="Kamp_498" value="0.09950000000000001"/>
						<parameter name="Cf26_498" value="0.0174"/>
						<parameter name="Kf26_498" value="0.000682"/>
						<parameter name="Cf16_498" value="0.397"/>
						<parameter name="Kf16_498" value="0.111"/>
						<parameter name="Catp_498" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_27" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_27" stoichiometry="1"/>
					<specieReference specie="GAP_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_499)*((F16bP_27)/(Kf16bp_499)-((DHAP_27)*(GAP_27))/((Kf16bp_499)*(Keq_499))))/(1                   +(F16bP_27)/(Kf16bp_499)+(DHAP_27)/(Kdhap_499)+(GAP_27)/(Kgap_499)+((F16bP_27)*(GAP_27))/((Kf16bp_499)*(Kigap_499))+((DHAP_27)*(GAP_27))/((Kdhap_499)*(Kgap_499)))">
					<listOfParameters>
						<parameter name="Vmax_499" value="108.6256864436571"/>
						<parameter name="Kf16bp_499" value="0.3"/>
						<parameter name="Keq_499" value="0.06900000000000001"/>
						<parameter name="Kdhap_499" value="2"/>
						<parameter name="Kgap_499" value="2.4"/>
						<parameter name="Kigap_499" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_27" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_500*DHAP_27-k2_500*GAP_27">
					<listOfParameters>
						<parameter name="k1_500" value="450000"/>
						<parameter name="k2_500" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_27" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_27" stoichiometry="1"/>
					<specieReference specie="NAD_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_27" stoichiometry="1"/>
					<specieReference specie="NADH_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_501)*((((Vmaxf_501)*(GAP_27))*(NAD_27))/((Kgap_501)*(Knad_501))-(((Vmaxr_501)*(BPG_27))*(NADH_27))/((Kbpg_501)*(Knadh_501))))/((1                   +(GAP_27)/(Kgap_501)+(BPG_27)/(Kbpg_501))*(1                   +(NAD_27)/(Knad_501)+(NADH_27)/(Knadh_501)))">
					<listOfParameters>
						<parameter name="C_501" value="1"/>
						<parameter name="Vmaxf_501" value="1152"/>
						<parameter name="Kgap_501" value="0.21"/>
						<parameter name="Knad_501" value="0.09"/>
						<parameter name="Vmaxr_501" value="6971.599288136385"/>
						<parameter name="Kbpg_501" value="0.0098"/>
						<parameter name="Knadh_501" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_27" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_27" stoichiometry="1"/>
					<specieReference specie="BPG_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_27" stoichiometry="1"/>
					<specieReference specie="P3G_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_502)*((((Keq_502)*(BPG_27))*(ADP_27)-(P3G_27)*(ATP_27))/((Kp3g_502)*(Katp_502))))/((1                   +(BPG_27)/(Kbpg_502)+(P3G_27)/(Kp3g_502))*(1                   +(ADP_27)/(Kadp_502)+(ATP_27)/(Katp_502)))">
					<listOfParameters>
						<parameter name="Vmax_502" value="1897.760371347022"/>
						<parameter name="Keq_502" value="3200"/>
						<parameter name="Kp3g_502" value="0.53"/>
						<parameter name="Katp_502" value="0.3"/>
						<parameter name="Kbpg_502" value="0.003"/>
						<parameter name="Kadp_502" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_27" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_503)*((P3G_27)/(Kp3g_503)-(P2G_27)/((Kp3g_503)*(Keq_503))))/(1                   +(P3G_27)/(Kp3g_503)+(P2G_27)/(Kp2g_503))">
					<listOfParameters>
						<parameter name="Vmax_503" value="3321.265946006864"/>
						<parameter name="Kp3g_503" value="1.2"/>
						<parameter name="Keq_503" value="0.19"/>
						<parameter name="Kp2g_503" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_27" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_504)*((P2G_27)/(Kp2g_504)-(PEP_27)/((Kp2g_504)*(Keq_504))))/(1                   +(P2G_27)/(Kp2g_504)+(PEP_27)/(Kpep_504))">
					<listOfParameters>
						<parameter name="Vmax_504" value="260.5960721574419"/>
						<parameter name="Kp2g_504" value="0.04"/>
						<parameter name="Keq_504" value="6.7"/>
						<parameter name="Kpep_504" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_27" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_27" stoichiometry="1"/>
					<specieReference specie="PEP_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_27" stoichiometry="1"/>
					<specieReference specie="PYR_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_505)*(((PEP_27)*(ADP_27))/((Kpep_505)*(Kadp_505))-((PYR_27)*(ATP_27))/(((Kpep_505)*(Kadp_505))*(Keq_505))))/((1                   +(PEP_27)/(Kpep_505)+(PYR_27)/(Kpyr_505))*(1                   +(ADP_27)/(Kadp_505)+(ATP_27)/(Katp_505)))">
					<listOfParameters>
						<parameter name="Vmax_505" value="1121.914888201279"/>
						<parameter name="Kpep_505" value="0.14"/>
						<parameter name="Kadp_505" value="0.53"/>
						<parameter name="Keq_505" value="6500"/>
						<parameter name="Kpyr_505" value="21"/>
						<parameter name="Katp_505" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_27" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_27" stoichiometry="1"/>
					<specieReference specie="CO2_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_506)*(((PYR_27)/(Kpyr_506))^(nH_506)))/(1                   +((PYR_27)/(Kpyr_506))^(nH_506))">
					<listOfParameters>
						<parameter name="Vmax_506" value="863.8373666246126"/>
						<parameter name="Kpyr_506" value="4.33"/>
						<parameter name="nH_506" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_27" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_27" stoichiometry="1"/>
					<specieReference specie="EtOH_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_27" stoichiometry="1"/>
					<specieReference specie="AcAld_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_507)*(((EtOH_27)*(NAD_27))/((Ketoh_507)*(Kinad_507))-((AcAld_27)*(NADH_27))/(((Ketoh_507)*(Kinad_507))*(Keq_507))))/(1                   +(NAD_27)/(Kinad_507)+((EtOH_27)*(Knad_507))/((Kinad_507)*(Ketoh_507))+((AcAld_27)*(Knadh_507))/((Kinadh_507)*(Kacald_507))+(NADH_27)/(Kinadh_507)+((EtOH_27)*(NAD_27))/((Kinad_507)*(Ketoh_507))+(((NAD_27)*(AcAld_27))*(Knadh_507))/(((Kinad_507)*(Kinadh_507))*(Kacald_507))+(((EtOH_27)*(NADH_27))*(Knad_507))/(((Kinad_507)*(Kinadh_507))*(Ketoh_507))+((AcAld_27)*(NADH_27))/((Kacald_507)*(Kinadh_507))+(((EtOH_27)*(NAD_27))*(AcAld_27))/(((Kinad_507)*(Kiacald_507))*(Ketoh_507))+(((EtOH_27)*(AcAld_27))*(NADH_27))/(((Kietoh_507)*(Kinadh_507))*(Kacald_507)))">
					<listOfParameters>
						<parameter name="Vmax_507" value="252.167679290755"/>
						<parameter name="Ketoh_507" value="17"/>
						<parameter name="Kinad_507" value="0.92"/>
						<parameter name="Keq_507" value="6.9e-005"/>
						<parameter name="Knad_507" value="0.17"/>
						<parameter name="Knadh_507" value="0.11"/>
						<parameter name="Kinadh_507" value="0.031"/>
						<parameter name="Kacald_507" value="1.11"/>
						<parameter name="Kiacald_507" value="1.1"/>
						<parameter name="Kietoh_507" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_27" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_508)*(ATP_27)">
					<listOfParameters>
						<parameter name="Katpase_508" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_27" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_27" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_27" stoichiometry="1"/>
					<specieReference specie="AMP_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_509*ADP_27*ADP_27-k2_509*ATP_27*AMP_27">
					<listOfParameters>
						<parameter name="k1_509" value="45"/>
						<parameter name="k2_509" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_27" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_27" stoichiometry="1"/>
					<specieReference specie="NADH_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_27" stoichiometry="1"/>
					<specieReference specie="Glycerol_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_510)*(((DHAP_27)/(Kdhap_510))*((NADH_27)/(Knadh_510))-(((Glycerol_27)/(Kdhap_510))*((NAD_27)/(Knadh_510)))*((1                   )/(Keq_510))))/((1                   +(DHAP_27)/(Kdhap_510)+(Glycerol_27)/(Kglycerol_510))*(1                   +(NADH_27)/(Knadh_510)+(NAD_27)/(Knad_510)))">
					<listOfParameters>
						<parameter name="Vmax_510" value="57.53375237994469"/>
						<parameter name="Kdhap_510" value="0.4"/>
						<parameter name="Knadh_510" value="0.023"/>
						<parameter name="Keq_510" value="4300"/>
						<parameter name="Kglycerol_510" value="1"/>
						<parameter name="Knad_510" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_27" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_27" stoichiometry="1"/>
					<specieReference specie="G6P_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_27" stoichiometry="1"/>
					<specieReference specie="Glycogen_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_511">
					<listOfParameters>
						<parameter name="KGLYCOGEN_511" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_27" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_27" stoichiometry="1"/>
					<specieReference specie="G6P_27" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_27" stoichiometry="1"/>
					<specieReference specie="Trehalose_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_512">
					<listOfParameters>
						<parameter name="Ktrehalose_512" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_27" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_27" stoichiometry="3"/>
					<specieReference specie="AcAld_27" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_27" stoichiometry="3"/>
					<specieReference specie="Succinate_27" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_513)*(AcAld_27)">
					<listOfParameters>
						<parameter name="k_513" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_28" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_514)*(GLCo_28-GLCi_28))/(Kglc_514))/(1                   +(GLCo_28+GLCi_28)/(Kglc_514)+(((Ki_514)*(GLCo_28))*(GLCi_28))/((Kglc_514)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_514" value="84.83085270021908"/>
						<parameter name="Kglc_514" value="1.1918"/>
						<parameter name="Ki_514" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_28" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_28" stoichiometry="1"/>
					<specieReference specie="ATP_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_28" stoichiometry="1"/>
					<specieReference specie="ADP_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_515)*(((GLCi_28)*(ATP_28))/((Kglc_515)*(Katp_515))-((G6P_28)*(ADP_28))/(((Kglc_515)*(Katp_515))*(Keq_515))))/((1                   +(GLCi_28)/(Kglc_515)+(G6P_28)/(Kg6p_515))*(1                   +(ATP_28)/(Katp_515)+(ADP_28)/(Kadp_515)))">
					<listOfParameters>
						<parameter name="Vmax_515" value="210.3012280977683"/>
						<parameter name="Kglc_515" value="0.08"/>
						<parameter name="Katp_515" value="0.15"/>
						<parameter name="Keq_515" value="2000"/>
						<parameter name="Kg6p_515" value="30"/>
						<parameter name="Kadp_515" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_28" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_516)*((G6P_28)/(Kg6p_516)-(F6P_28)/((Kg6p_516)*(Keq_516))))/(1                   +(G6P_28)/(Kg6p_516)+(F6P_28)/(Kf6p_516))">
					<listOfParameters>
						<parameter name="Vmax_516" value="820.1075152403953"/>
						<parameter name="Kg6p_516" value="1.4"/>
						<parameter name="Keq_516" value="0.29"/>
						<parameter name="Kf6p_516" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_28" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_28" stoichiometry="1"/>
					<specieReference specie="F6P_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_28" stoichiometry="1"/>
					<specieReference specie="F16bP_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_517)*(((((gR_517)*((F6P_28)/(Kf6p_517)))*((ATP_28)/(Katp_517)))*(1                   +(F6P_28)/(Kf6p_517)+(ATP_28)/(Katp_517)+((((gR_517)*(F6P_28))/(Kf6p_517))*(ATP_28))/(Katp_517)))/((1                   +(F6P_28)/(Kf6p_517)+(ATP_28)/(Katp_517)+((((gR_517)*(F6P_28))/(Kf6p_517))*(ATP_28))/(Katp_517))^(2                   )+((((L0_517)*(((1                   +((Ciatp_517)*(ATP_28))/(Kiatp_517))/(1                   +(ATP_28)/(Kiatp_517)))^(2                   )))*(((1                   +((Camp_517)*(AMP_28))/(Kamp_517))/(1                   +(AMP_28)/(Kamp_517)))^(2                   )))*(((1                   +((Cf26_517)*(F26bP_28))/(Kf26_517)+((Cf16_517)*(F16bP_28))/(Kf16_517))/(1                   +(F26bP_28)/(Kf26_517)+(F16bP_28)/(Kf16_517)))^(2                   )))*((1                   +((Catp_517)*(ATP_28))/(Katp_517))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_517" value="124.597489744978"/>
						<parameter name="gR_517" value="5.12"/>
						<parameter name="Kf6p_517" value="0.1"/>
						<parameter name="Katp_517" value="0.71"/>
						<parameter name="L0_517" value="0.66"/>
						<parameter name="Ciatp_517" value="100"/>
						<parameter name="Kiatp_517" value="0.65"/>
						<parameter name="Camp_517" value="0.08450000000000001"/>
						<parameter name="Kamp_517" value="0.09950000000000001"/>
						<parameter name="Cf26_517" value="0.0174"/>
						<parameter name="Kf26_517" value="0.000682"/>
						<parameter name="Cf16_517" value="0.397"/>
						<parameter name="Kf16_517" value="0.111"/>
						<parameter name="Catp_517" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_28" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_28" stoichiometry="1"/>
					<specieReference specie="GAP_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_518)*((F16bP_28)/(Kf16bp_518)-((DHAP_28)*(GAP_28))/((Kf16bp_518)*(Keq_518))))/(1                   +(F16bP_28)/(Kf16bp_518)+(DHAP_28)/(Kdhap_518)+(GAP_28)/(Kgap_518)+((F16bP_28)*(GAP_28))/((Kf16bp_518)*(Kigap_518))+((DHAP_28)*(GAP_28))/((Kdhap_518)*(Kgap_518)))">
					<listOfParameters>
						<parameter name="Vmax_518" value="93.4732896859116"/>
						<parameter name="Kf16bp_518" value="0.3"/>
						<parameter name="Keq_518" value="0.06900000000000001"/>
						<parameter name="Kdhap_518" value="2"/>
						<parameter name="Kgap_518" value="2.4"/>
						<parameter name="Kigap_518" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_28" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_519*DHAP_28-k2_519*GAP_28">
					<listOfParameters>
						<parameter name="k1_519" value="450000"/>
						<parameter name="k2_519" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_28" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_28" stoichiometry="1"/>
					<specieReference specie="NAD_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_28" stoichiometry="1"/>
					<specieReference specie="NADH_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_520)*((((Vmaxf_520)*(GAP_28))*(NAD_28))/((Kgap_520)*(Knad_520))-(((Vmaxr_520)*(BPG_28))*(NADH_28))/((Kbpg_520)*(Knadh_520))))/((1                   +(GAP_28)/(Kgap_520)+(BPG_28)/(Kbpg_520))*(1                   +(NAD_28)/(Knad_520)+(NADH_28)/(Knadh_520)))">
					<listOfParameters>
						<parameter name="C_520" value="1"/>
						<parameter name="Vmaxf_520" value="1152"/>
						<parameter name="Kgap_520" value="0.21"/>
						<parameter name="Knad_520" value="0.09"/>
						<parameter name="Vmaxr_520" value="8089.227916871409"/>
						<parameter name="Kbpg_520" value="0.0098"/>
						<parameter name="Knadh_520" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_28" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_28" stoichiometry="1"/>
					<specieReference specie="BPG_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_28" stoichiometry="1"/>
					<specieReference specie="P3G_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_521)*((((Keq_521)*(BPG_28))*(ADP_28)-(P3G_28)*(ATP_28))/((Kp3g_521)*(Katp_521))))/((1                   +(BPG_28)/(Kbpg_521)+(P3G_28)/(Kp3g_521))*(1                   +(ADP_28)/(Kadp_521)+(ATP_28)/(Katp_521)))">
					<listOfParameters>
						<parameter name="Vmax_521" value="1016.655282628671"/>
						<parameter name="Keq_521" value="3200"/>
						<parameter name="Kp3g_521" value="0.53"/>
						<parameter name="Katp_521" value="0.3"/>
						<parameter name="Kbpg_521" value="0.003"/>
						<parameter name="Kadp_521" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_28" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_522)*((P3G_28)/(Kp3g_522)-(P2G_28)/((Kp3g_522)*(Keq_522))))/(1                   +(P3G_28)/(Kp3g_522)+(P2G_28)/(Kp2g_522))">
					<listOfParameters>
						<parameter name="Vmax_522" value="2727.064265737097"/>
						<parameter name="Kp3g_522" value="1.2"/>
						<parameter name="Keq_522" value="0.19"/>
						<parameter name="Kp2g_522" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_28" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_523)*((P2G_28)/(Kp2g_523)-(PEP_28)/((Kp2g_523)*(Keq_523))))/(1                   +(P2G_28)/(Kp2g_523)+(PEP_28)/(Kpep_523))">
					<listOfParameters>
						<parameter name="Vmax_523" value="271.0469045548022"/>
						<parameter name="Kp2g_523" value="0.04"/>
						<parameter name="Keq_523" value="6.7"/>
						<parameter name="Kpep_523" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_28" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_28" stoichiometry="1"/>
					<specieReference specie="PEP_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_28" stoichiometry="1"/>
					<specieReference specie="PYR_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_524)*(((PEP_28)*(ADP_28))/((Kpep_524)*(Kadp_524))-((PYR_28)*(ATP_28))/(((Kpep_524)*(Kadp_524))*(Keq_524))))/((1                   +(PEP_28)/(Kpep_524)+(PYR_28)/(Kpyr_524))*(1                   +(ADP_28)/(Kadp_524)+(ATP_28)/(Katp_524)))">
					<listOfParameters>
						<parameter name="Vmax_524" value="796.7299171520298"/>
						<parameter name="Kpep_524" value="0.14"/>
						<parameter name="Kadp_524" value="0.53"/>
						<parameter name="Keq_524" value="6500"/>
						<parameter name="Kpyr_524" value="21"/>
						<parameter name="Katp_524" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_28" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_28" stoichiometry="1"/>
					<specieReference specie="CO2_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_525)*(((PYR_28)/(Kpyr_525))^(nH_525)))/(1                   +((PYR_28)/(Kpyr_525))^(nH_525))">
					<listOfParameters>
						<parameter name="Vmax_525" value="903.7248645226143"/>
						<parameter name="Kpyr_525" value="4.33"/>
						<parameter name="nH_525" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_28" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_28" stoichiometry="1"/>
					<specieReference specie="EtOH_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_28" stoichiometry="1"/>
					<specieReference specie="AcAld_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_526)*(((EtOH_28)*(NAD_28))/((Ketoh_526)*(Kinad_526))-((AcAld_28)*(NADH_28))/(((Ketoh_526)*(Kinad_526))*(Keq_526))))/(1                   +(NAD_28)/(Kinad_526)+((EtOH_28)*(Knad_526))/((Kinad_526)*(Ketoh_526))+((AcAld_28)*(Knadh_526))/((Kinadh_526)*(Kacald_526))+(NADH_28)/(Kinadh_526)+((EtOH_28)*(NAD_28))/((Kinad_526)*(Ketoh_526))+(((NAD_28)*(AcAld_28))*(Knadh_526))/(((Kinad_526)*(Kinadh_526))*(Kacald_526))+(((EtOH_28)*(NADH_28))*(Knad_526))/(((Kinad_526)*(Kinadh_526))*(Ketoh_526))+((AcAld_28)*(NADH_28))/((Kacald_526)*(Kinadh_526))+(((EtOH_28)*(NAD_28))*(AcAld_28))/(((Kinad_526)*(Kiacald_526))*(Ketoh_526))+(((EtOH_28)*(AcAld_28))*(NADH_28))/(((Kietoh_526)*(Kinadh_526))*(Kacald_526)))">
					<listOfParameters>
						<parameter name="Vmax_526" value="166.2547444010289"/>
						<parameter name="Ketoh_526" value="17"/>
						<parameter name="Kinad_526" value="0.92"/>
						<parameter name="Keq_526" value="6.9e-005"/>
						<parameter name="Knad_526" value="0.17"/>
						<parameter name="Knadh_526" value="0.11"/>
						<parameter name="Kinadh_526" value="0.031"/>
						<parameter name="Kacald_526" value="1.11"/>
						<parameter name="Kiacald_526" value="1.1"/>
						<parameter name="Kietoh_526" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_28" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_527)*(ATP_28)">
					<listOfParameters>
						<parameter name="Katpase_527" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_28" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_28" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_28" stoichiometry="1"/>
					<specieReference specie="AMP_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_528*ADP_28*ADP_28-k2_528*ATP_28*AMP_28">
					<listOfParameters>
						<parameter name="k1_528" value="45"/>
						<parameter name="k2_528" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_28" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_28" stoichiometry="1"/>
					<specieReference specie="NADH_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_28" stoichiometry="1"/>
					<specieReference specie="Glycerol_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_529)*(((DHAP_28)/(Kdhap_529))*((NADH_28)/(Knadh_529))-(((Glycerol_28)/(Kdhap_529))*((NAD_28)/(Knadh_529)))*((1                   )/(Keq_529))))/((1                   +(DHAP_28)/(Kdhap_529)+(Glycerol_28)/(Kglycerol_529))*(1                   +(NADH_28)/(Knadh_529)+(NAD_28)/(Knad_529)))">
					<listOfParameters>
						<parameter name="Vmax_529" value="43.67442408260279"/>
						<parameter name="Kdhap_529" value="0.4"/>
						<parameter name="Knadh_529" value="0.023"/>
						<parameter name="Keq_529" value="4300"/>
						<parameter name="Kglycerol_529" value="1"/>
						<parameter name="Knad_529" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_28" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_28" stoichiometry="1"/>
					<specieReference specie="G6P_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_28" stoichiometry="1"/>
					<specieReference specie="Glycogen_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_530">
					<listOfParameters>
						<parameter name="KGLYCOGEN_530" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_28" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_28" stoichiometry="1"/>
					<specieReference specie="G6P_28" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_28" stoichiometry="1"/>
					<specieReference specie="Trehalose_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_531">
					<listOfParameters>
						<parameter name="Ktrehalose_531" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_28" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_28" stoichiometry="3"/>
					<specieReference specie="AcAld_28" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_28" stoichiometry="3"/>
					<specieReference specie="Succinate_28" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_532)*(AcAld_28)">
					<listOfParameters>
						<parameter name="k_532" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_29" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_533)*(GLCo_29-GLCi_29))/(Kglc_533))/(1                   +(GLCo_29+GLCi_29)/(Kglc_533)+(((Ki_533)*(GLCo_29))*(GLCi_29))/((Kglc_533)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_533" value="121.4472164275062"/>
						<parameter name="Kglc_533" value="1.1918"/>
						<parameter name="Ki_533" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_29" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_29" stoichiometry="1"/>
					<specieReference specie="ATP_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_29" stoichiometry="1"/>
					<specieReference specie="ADP_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_534)*(((GLCi_29)*(ATP_29))/((Kglc_534)*(Katp_534))-((G6P_29)*(ADP_29))/(((Kglc_534)*(Katp_534))*(Keq_534))))/((1                   +(GLCi_29)/(Kglc_534)+(G6P_29)/(Kg6p_534))*(1                   +(ATP_29)/(Katp_534)+(ADP_29)/(Kadp_534)))">
					<listOfParameters>
						<parameter name="Vmax_534" value="207.2278077784231"/>
						<parameter name="Kglc_534" value="0.08"/>
						<parameter name="Katp_534" value="0.15"/>
						<parameter name="Keq_534" value="2000"/>
						<parameter name="Kg6p_534" value="30"/>
						<parameter name="Kadp_534" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_29" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_535)*((G6P_29)/(Kg6p_535)-(F6P_29)/((Kg6p_535)*(Keq_535))))/(1                   +(G6P_29)/(Kg6p_535)+(F6P_29)/(Kf6p_535))">
					<listOfParameters>
						<parameter name="Vmax_535" value="1211.652515312202"/>
						<parameter name="Kg6p_535" value="1.4"/>
						<parameter name="Keq_535" value="0.29"/>
						<parameter name="Kf6p_535" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_29" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_29" stoichiometry="1"/>
					<specieReference specie="F6P_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_29" stoichiometry="1"/>
					<specieReference specie="F16bP_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_536)*(((((gR_536)*((F6P_29)/(Kf6p_536)))*((ATP_29)/(Katp_536)))*(1                   +(F6P_29)/(Kf6p_536)+(ATP_29)/(Katp_536)+((((gR_536)*(F6P_29))/(Kf6p_536))*(ATP_29))/(Katp_536)))/((1                   +(F6P_29)/(Kf6p_536)+(ATP_29)/(Katp_536)+((((gR_536)*(F6P_29))/(Kf6p_536))*(ATP_29))/(Katp_536))^(2                   )+((((L0_536)*(((1                   +((Ciatp_536)*(ATP_29))/(Kiatp_536))/(1                   +(ATP_29)/(Kiatp_536)))^(2                   )))*(((1                   +((Camp_536)*(AMP_29))/(Kamp_536))/(1                   +(AMP_29)/(Kamp_536)))^(2                   )))*(((1                   +((Cf26_536)*(F26bP_29))/(Kf26_536)+((Cf16_536)*(F16bP_29))/(Kf16_536))/(1                   +(F26bP_29)/(Kf26_536)+(F16bP_29)/(Kf16_536)))^(2                   )))*((1                   +((Catp_536)*(ATP_29))/(Katp_536))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_536" value="112.1239114539616"/>
						<parameter name="gR_536" value="5.12"/>
						<parameter name="Kf6p_536" value="0.1"/>
						<parameter name="Katp_536" value="0.71"/>
						<parameter name="L0_536" value="0.66"/>
						<parameter name="Ciatp_536" value="100"/>
						<parameter name="Kiatp_536" value="0.65"/>
						<parameter name="Camp_536" value="0.08450000000000001"/>
						<parameter name="Kamp_536" value="0.09950000000000001"/>
						<parameter name="Cf26_536" value="0.0174"/>
						<parameter name="Kf26_536" value="0.000682"/>
						<parameter name="Cf16_536" value="0.397"/>
						<parameter name="Kf16_536" value="0.111"/>
						<parameter name="Catp_536" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_29" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_29" stoichiometry="1"/>
					<specieReference specie="GAP_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_537)*((F16bP_29)/(Kf16bp_537)-((DHAP_29)*(GAP_29))/((Kf16bp_537)*(Keq_537))))/(1                   +(F16bP_29)/(Kf16bp_537)+(DHAP_29)/(Kdhap_537)+(GAP_29)/(Kgap_537)+((F16bP_29)*(GAP_29))/((Kf16bp_537)*(Kigap_537))+((DHAP_29)*(GAP_29))/((Kdhap_537)*(Kgap_537)))">
					<listOfParameters>
						<parameter name="Vmax_537" value="60.28385976763735"/>
						<parameter name="Kf16bp_537" value="0.3"/>
						<parameter name="Keq_537" value="0.06900000000000001"/>
						<parameter name="Kdhap_537" value="2"/>
						<parameter name="Kgap_537" value="2.4"/>
						<parameter name="Kigap_537" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_29" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_538*DHAP_29-k2_538*GAP_29">
					<listOfParameters>
						<parameter name="k1_538" value="450000"/>
						<parameter name="k2_538" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_29" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_29" stoichiometry="1"/>
					<specieReference specie="NAD_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_29" stoichiometry="1"/>
					<specieReference specie="NADH_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_539)*((((Vmaxf_539)*(GAP_29))*(NAD_29))/((Kgap_539)*(Knad_539))-(((Vmaxr_539)*(BPG_29))*(NADH_29))/((Kbpg_539)*(Knadh_539))))/((1                   +(GAP_29)/(Kgap_539)+(BPG_29)/(Kbpg_539))*(1                   +(NAD_29)/(Knad_539)+(NADH_29)/(Knadh_539)))">
					<listOfParameters>
						<parameter name="C_539" value="1"/>
						<parameter name="Vmaxf_539" value="1152"/>
						<parameter name="Kgap_539" value="0.21"/>
						<parameter name="Knad_539" value="0.09"/>
						<parameter name="Vmaxr_539" value="6506.190272843467"/>
						<parameter name="Kbpg_539" value="0.0098"/>
						<parameter name="Knadh_539" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_29" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_29" stoichiometry="1"/>
					<specieReference specie="BPG_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_29" stoichiometry="1"/>
					<specieReference specie="P3G_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_540)*((((Keq_540)*(BPG_29))*(ADP_29)-(P3G_29)*(ATP_29))/((Kp3g_540)*(Katp_540))))/((1                   +(BPG_29)/(Kbpg_540)+(P3G_29)/(Kp3g_540))*(1                   +(ADP_29)/(Kadp_540)+(ATP_29)/(Katp_540)))">
					<listOfParameters>
						<parameter name="Vmax_540" value="1305.889769226093"/>
						<parameter name="Keq_540" value="3200"/>
						<parameter name="Kp3g_540" value="0.53"/>
						<parameter name="Katp_540" value="0.3"/>
						<parameter name="Kbpg_540" value="0.003"/>
						<parameter name="Kadp_540" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_29" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_541)*((P3G_29)/(Kp3g_541)-(P2G_29)/((Kp3g_541)*(Keq_541))))/(1                   +(P3G_29)/(Kp3g_541)+(P2G_29)/(Kp2g_541))">
					<listOfParameters>
						<parameter name="Vmax_541" value="2916.845718606546"/>
						<parameter name="Kp3g_541" value="1.2"/>
						<parameter name="Keq_541" value="0.19"/>
						<parameter name="Kp2g_541" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_29" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_542)*((P2G_29)/(Kp2g_542)-(PEP_29)/((Kp2g_542)*(Keq_542))))/(1                   +(P2G_29)/(Kp2g_542)+(PEP_29)/(Kpep_542))">
					<listOfParameters>
						<parameter name="Vmax_542" value="192.002292726586"/>
						<parameter name="Kp2g_542" value="0.04"/>
						<parameter name="Keq_542" value="6.7"/>
						<parameter name="Kpep_542" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_29" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_29" stoichiometry="1"/>
					<specieReference specie="PEP_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_29" stoichiometry="1"/>
					<specieReference specie="PYR_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_543)*(((PEP_29)*(ADP_29))/((Kpep_543)*(Kadp_543))-((PYR_29)*(ATP_29))/(((Kpep_543)*(Kadp_543))*(Keq_543))))/((1                   +(PEP_29)/(Kpep_543)+(PYR_29)/(Kpyr_543))*(1                   +(ADP_29)/(Kadp_543)+(ATP_29)/(Katp_543)))">
					<listOfParameters>
						<parameter name="Vmax_543" value="820.9034594978971"/>
						<parameter name="Kpep_543" value="0.14"/>
						<parameter name="Kadp_543" value="0.53"/>
						<parameter name="Keq_543" value="6500"/>
						<parameter name="Kpyr_543" value="21"/>
						<parameter name="Katp_543" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_29" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_29" stoichiometry="1"/>
					<specieReference specie="CO2_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_544)*(((PYR_29)/(Kpyr_544))^(nH_544)))/(1                   +((PYR_29)/(Kpyr_544))^(nH_544))">
					<listOfParameters>
						<parameter name="Vmax_544" value="579.7942171560541"/>
						<parameter name="Kpyr_544" value="4.33"/>
						<parameter name="nH_544" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_29" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_29" stoichiometry="1"/>
					<specieReference specie="EtOH_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_29" stoichiometry="1"/>
					<specieReference specie="AcAld_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_545)*(((EtOH_29)*(NAD_29))/((Ketoh_545)*(Kinad_545))-((AcAld_29)*(NADH_29))/(((Ketoh_545)*(Kinad_545))*(Keq_545))))/(1                   +(NAD_29)/(Kinad_545)+((EtOH_29)*(Knad_545))/((Kinad_545)*(Ketoh_545))+((AcAld_29)*(Knadh_545))/((Kinadh_545)*(Kacald_545))+(NADH_29)/(Kinadh_545)+((EtOH_29)*(NAD_29))/((Kinad_545)*(Ketoh_545))+(((NAD_29)*(AcAld_29))*(Knadh_545))/(((Kinad_545)*(Kinadh_545))*(Kacald_545))+(((EtOH_29)*(NADH_29))*(Knad_545))/(((Kinad_545)*(Kinadh_545))*(Ketoh_545))+((AcAld_29)*(NADH_29))/((Kacald_545)*(Kinadh_545))+(((EtOH_29)*(NAD_29))*(AcAld_29))/(((Kinad_545)*(Kiacald_545))*(Ketoh_545))+(((EtOH_29)*(AcAld_29))*(NADH_29))/(((Kietoh_545)*(Kinadh_545))*(Kacald_545)))">
					<listOfParameters>
						<parameter name="Vmax_545" value="225.7598377201442"/>
						<parameter name="Ketoh_545" value="17"/>
						<parameter name="Kinad_545" value="0.92"/>
						<parameter name="Keq_545" value="6.9e-005"/>
						<parameter name="Knad_545" value="0.17"/>
						<parameter name="Knadh_545" value="0.11"/>
						<parameter name="Kinadh_545" value="0.031"/>
						<parameter name="Kacald_545" value="1.11"/>
						<parameter name="Kiacald_545" value="1.1"/>
						<parameter name="Kietoh_545" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_29" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_546)*(ATP_29)">
					<listOfParameters>
						<parameter name="Katpase_546" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_29" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_29" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_29" stoichiometry="1"/>
					<specieReference specie="AMP_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_547*ADP_29*ADP_29-k2_547*ATP_29*AMP_29">
					<listOfParameters>
						<parameter name="k1_547" value="45"/>
						<parameter name="k2_547" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_29" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_29" stoichiometry="1"/>
					<specieReference specie="NADH_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_29" stoichiometry="1"/>
					<specieReference specie="Glycerol_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_548)*(((DHAP_29)/(Kdhap_548))*((NADH_29)/(Knadh_548))-(((Glycerol_29)/(Kdhap_548))*((NAD_29)/(Knadh_548)))*((1                   )/(Keq_548))))/((1                   +(DHAP_29)/(Kdhap_548)+(Glycerol_29)/(Kglycerol_548))*(1                   +(NADH_29)/(Knadh_548)+(NAD_29)/(Knad_548)))">
					<listOfParameters>
						<parameter name="Vmax_548" value="53.99674312730099"/>
						<parameter name="Kdhap_548" value="0.4"/>
						<parameter name="Knadh_548" value="0.023"/>
						<parameter name="Keq_548" value="4300"/>
						<parameter name="Kglycerol_548" value="1"/>
						<parameter name="Knad_548" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_29" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_29" stoichiometry="1"/>
					<specieReference specie="G6P_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_29" stoichiometry="1"/>
					<specieReference specie="Glycogen_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_549">
					<listOfParameters>
						<parameter name="KGLYCOGEN_549" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_29" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_29" stoichiometry="1"/>
					<specieReference specie="G6P_29" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_29" stoichiometry="1"/>
					<specieReference specie="Trehalose_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_550">
					<listOfParameters>
						<parameter name="Ktrehalose_550" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_29" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_29" stoichiometry="3"/>
					<specieReference specie="AcAld_29" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_29" stoichiometry="3"/>
					<specieReference specie="Succinate_29" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_551)*(AcAld_29)">
					<listOfParameters>
						<parameter name="k_551" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_30" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_552)*(GLCo_30-GLCi_30))/(Kglc_552))/(1                   +(GLCo_30+GLCi_30)/(Kglc_552)+(((Ki_552)*(GLCo_30))*(GLCi_30))/((Kglc_552)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_552" value="104.2387415163433"/>
						<parameter name="Kglc_552" value="1.1918"/>
						<parameter name="Ki_552" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_30" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_30" stoichiometry="1"/>
					<specieReference specie="ATP_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_30" stoichiometry="1"/>
					<specieReference specie="ADP_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_553)*(((GLCi_30)*(ATP_30))/((Kglc_553)*(Katp_553))-((G6P_30)*(ADP_30))/(((Kglc_553)*(Katp_553))*(Keq_553))))/((1                   +(GLCi_30)/(Kglc_553)+(G6P_30)/(Kg6p_553))*(1                   +(ATP_30)/(Katp_553)+(ADP_30)/(Kadp_553)))">
					<listOfParameters>
						<parameter name="Vmax_553" value="261.9728912899828"/>
						<parameter name="Kglc_553" value="0.08"/>
						<parameter name="Katp_553" value="0.15"/>
						<parameter name="Keq_553" value="2000"/>
						<parameter name="Kg6p_553" value="30"/>
						<parameter name="Kadp_553" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_30" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_554)*((G6P_30)/(Kg6p_554)-(F6P_30)/((Kg6p_554)*(Keq_554))))/(1                   +(G6P_30)/(Kg6p_554)+(F6P_30)/(Kf6p_554))">
					<listOfParameters>
						<parameter name="Vmax_554" value="1334.912093567511"/>
						<parameter name="Kg6p_554" value="1.4"/>
						<parameter name="Keq_554" value="0.29"/>
						<parameter name="Kf6p_554" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_30" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_30" stoichiometry="1"/>
					<specieReference specie="F6P_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_30" stoichiometry="1"/>
					<specieReference specie="F16bP_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_555)*(((((gR_555)*((F6P_30)/(Kf6p_555)))*((ATP_30)/(Katp_555)))*(1                   +(F6P_30)/(Kf6p_555)+(ATP_30)/(Katp_555)+((((gR_555)*(F6P_30))/(Kf6p_555))*(ATP_30))/(Katp_555)))/((1                   +(F6P_30)/(Kf6p_555)+(ATP_30)/(Katp_555)+((((gR_555)*(F6P_30))/(Kf6p_555))*(ATP_30))/(Katp_555))^(2                   )+((((L0_555)*(((1                   +((Ciatp_555)*(ATP_30))/(Kiatp_555))/(1                   +(ATP_30)/(Kiatp_555)))^(2                   )))*(((1                   +((Camp_555)*(AMP_30))/(Kamp_555))/(1                   +(AMP_30)/(Kamp_555)))^(2                   )))*(((1                   +((Cf26_555)*(F26bP_30))/(Kf26_555)+((Cf16_555)*(F16bP_30))/(Kf16_555))/(1                   +(F26bP_30)/(Kf26_555)+(F16bP_30)/(Kf16_555)))^(2                   )))*((1                   +((Catp_555)*(ATP_30))/(Katp_555))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_555" value="136.6181554596197"/>
						<parameter name="gR_555" value="5.12"/>
						<parameter name="Kf6p_555" value="0.1"/>
						<parameter name="Katp_555" value="0.71"/>
						<parameter name="L0_555" value="0.66"/>
						<parameter name="Ciatp_555" value="100"/>
						<parameter name="Kiatp_555" value="0.65"/>
						<parameter name="Camp_555" value="0.08450000000000001"/>
						<parameter name="Kamp_555" value="0.09950000000000001"/>
						<parameter name="Cf26_555" value="0.0174"/>
						<parameter name="Kf26_555" value="0.000682"/>
						<parameter name="Cf16_555" value="0.397"/>
						<parameter name="Kf16_555" value="0.111"/>
						<parameter name="Catp_555" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_30" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_30" stoichiometry="1"/>
					<specieReference specie="GAP_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_556)*((F16bP_30)/(Kf16bp_556)-((DHAP_30)*(GAP_30))/((Kf16bp_556)*(Keq_556))))/(1                   +(F16bP_30)/(Kf16bp_556)+(DHAP_30)/(Kdhap_556)+(GAP_30)/(Kgap_556)+((F16bP_30)*(GAP_30))/((Kf16bp_556)*(Kigap_556))+((DHAP_30)*(GAP_30))/((Kdhap_556)*(Kgap_556)))">
					<listOfParameters>
						<parameter name="Vmax_556" value="82.91742072129631"/>
						<parameter name="Kf16bp_556" value="0.3"/>
						<parameter name="Keq_556" value="0.06900000000000001"/>
						<parameter name="Kdhap_556" value="2"/>
						<parameter name="Kgap_556" value="2.4"/>
						<parameter name="Kigap_556" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_30" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_557*DHAP_30-k2_557*GAP_30">
					<listOfParameters>
						<parameter name="k1_557" value="450000"/>
						<parameter name="k2_557" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_30" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_30" stoichiometry="1"/>
					<specieReference specie="NAD_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_30" stoichiometry="1"/>
					<specieReference specie="NADH_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_558)*((((Vmaxf_558)*(GAP_30))*(NAD_30))/((Kgap_558)*(Knad_558))-(((Vmaxr_558)*(BPG_30))*(NADH_30))/((Kbpg_558)*(Knadh_558))))/((1                   +(GAP_30)/(Kgap_558)+(BPG_30)/(Kbpg_558))*(1                   +(NAD_30)/(Knad_558)+(NADH_30)/(Knadh_558)))">
					<listOfParameters>
						<parameter name="C_558" value="1"/>
						<parameter name="Vmaxf_558" value="1152"/>
						<parameter name="Kgap_558" value="0.21"/>
						<parameter name="Knad_558" value="0.09"/>
						<parameter name="Vmaxr_558" value="8290.225831837202"/>
						<parameter name="Kbpg_558" value="0.0098"/>
						<parameter name="Knadh_558" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_30" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_30" stoichiometry="1"/>
					<specieReference specie="BPG_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_30" stoichiometry="1"/>
					<specieReference specie="P3G_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_559)*((((Keq_559)*(BPG_30))*(ADP_30)-(P3G_30)*(ATP_30))/((Kp3g_559)*(Katp_559))))/((1                   +(BPG_30)/(Kbpg_559)+(P3G_30)/(Kp3g_559))*(1                   +(ADP_30)/(Kadp_559)+(ATP_30)/(Katp_559)))">
					<listOfParameters>
						<parameter name="Vmax_559" value="1857.521423161573"/>
						<parameter name="Keq_559" value="3200"/>
						<parameter name="Kp3g_559" value="0.53"/>
						<parameter name="Katp_559" value="0.3"/>
						<parameter name="Kbpg_559" value="0.003"/>
						<parameter name="Kadp_559" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_30" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_560)*((P3G_30)/(Kp3g_560)-(P2G_30)/((Kp3g_560)*(Keq_560))))/(1                   +(P3G_30)/(Kp3g_560)+(P2G_30)/(Kp2g_560))">
					<listOfParameters>
						<parameter name="Vmax_560" value="2971.739311981314"/>
						<parameter name="Kp3g_560" value="1.2"/>
						<parameter name="Keq_560" value="0.19"/>
						<parameter name="Kp2g_560" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_30" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_561)*((P2G_30)/(Kp2g_561)-(PEP_30)/((Kp2g_561)*(Keq_561))))/(1                   +(P2G_30)/(Kp2g_561)+(PEP_30)/(Kpep_561))">
					<listOfParameters>
						<parameter name="Vmax_561" value="257.9130373006012"/>
						<parameter name="Kp2g_561" value="0.04"/>
						<parameter name="Keq_561" value="6.7"/>
						<parameter name="Kpep_561" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_30" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_30" stoichiometry="1"/>
					<specieReference specie="PEP_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_30" stoichiometry="1"/>
					<specieReference specie="PYR_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_562)*(((PEP_30)*(ADP_30))/((Kpep_562)*(Kadp_562))-((PYR_30)*(ATP_30))/(((Kpep_562)*(Kadp_562))*(Keq_562))))/((1                   +(PEP_30)/(Kpep_562)+(PYR_30)/(Kpyr_562))*(1                   +(ADP_30)/(Kadp_562)+(ATP_30)/(Katp_562)))">
					<listOfParameters>
						<parameter name="Vmax_562" value="1131.771365392423"/>
						<parameter name="Kpep_562" value="0.14"/>
						<parameter name="Kadp_562" value="0.53"/>
						<parameter name="Keq_562" value="6500"/>
						<parameter name="Kpyr_562" value="21"/>
						<parameter name="Katp_562" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_30" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_30" stoichiometry="1"/>
					<specieReference specie="CO2_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_563)*(((PYR_30)/(Kpyr_563))^(nH_563)))/(1                   +((PYR_30)/(Kpyr_563))^(nH_563))">
					<listOfParameters>
						<parameter name="Vmax_563" value="472.5418226939347"/>
						<parameter name="Kpyr_563" value="4.33"/>
						<parameter name="nH_563" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_30" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_30" stoichiometry="1"/>
					<specieReference specie="EtOH_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_30" stoichiometry="1"/>
					<specieReference specie="AcAld_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_564)*(((EtOH_30)*(NAD_30))/((Ketoh_564)*(Kinad_564))-((AcAld_30)*(NADH_30))/(((Ketoh_564)*(Kinad_564))*(Keq_564))))/(1                   +(NAD_30)/(Kinad_564)+((EtOH_30)*(Knad_564))/((Kinad_564)*(Ketoh_564))+((AcAld_30)*(Knadh_564))/((Kinadh_564)*(Kacald_564))+(NADH_30)/(Kinadh_564)+((EtOH_30)*(NAD_30))/((Kinad_564)*(Ketoh_564))+(((NAD_30)*(AcAld_30))*(Knadh_564))/(((Kinad_564)*(Kinadh_564))*(Kacald_564))+(((EtOH_30)*(NADH_30))*(Knad_564))/(((Kinad_564)*(Kinadh_564))*(Ketoh_564))+((AcAld_30)*(NADH_30))/((Kacald_564)*(Kinadh_564))+(((EtOH_30)*(NAD_30))*(AcAld_30))/(((Kinad_564)*(Kiacald_564))*(Ketoh_564))+(((EtOH_30)*(AcAld_30))*(NADH_30))/(((Kietoh_564)*(Kinadh_564))*(Kacald_564)))">
					<listOfParameters>
						<parameter name="Vmax_564" value="187.5568281507715"/>
						<parameter name="Ketoh_564" value="17"/>
						<parameter name="Kinad_564" value="0.92"/>
						<parameter name="Keq_564" value="6.9e-005"/>
						<parameter name="Knad_564" value="0.17"/>
						<parameter name="Knadh_564" value="0.11"/>
						<parameter name="Kinadh_564" value="0.031"/>
						<parameter name="Kacald_564" value="1.11"/>
						<parameter name="Kiacald_564" value="1.1"/>
						<parameter name="Kietoh_564" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_30" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_565)*(ATP_30)">
					<listOfParameters>
						<parameter name="Katpase_565" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_30" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_30" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_30" stoichiometry="1"/>
					<specieReference specie="AMP_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_566*ADP_30*ADP_30-k2_566*ATP_30*AMP_30">
					<listOfParameters>
						<parameter name="k1_566" value="45"/>
						<parameter name="k2_566" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_30" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_30" stoichiometry="1"/>
					<specieReference specie="NADH_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_30" stoichiometry="1"/>
					<specieReference specie="Glycerol_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_567)*(((DHAP_30)/(Kdhap_567))*((NADH_30)/(Knadh_567))-(((Glycerol_30)/(Kdhap_567))*((NAD_30)/(Knadh_567)))*((1                   )/(Keq_567))))/((1                   +(DHAP_30)/(Kdhap_567)+(Glycerol_30)/(Kglycerol_567))*(1                   +(NADH_30)/(Knadh_567)+(NAD_30)/(Knad_567)))">
					<listOfParameters>
						<parameter name="Vmax_567" value="56.00784181744675"/>
						<parameter name="Kdhap_567" value="0.4"/>
						<parameter name="Knadh_567" value="0.023"/>
						<parameter name="Keq_567" value="4300"/>
						<parameter name="Kglycerol_567" value="1"/>
						<parameter name="Knad_567" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_30" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_30" stoichiometry="1"/>
					<specieReference specie="G6P_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_30" stoichiometry="1"/>
					<specieReference specie="Glycogen_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_568">
					<listOfParameters>
						<parameter name="KGLYCOGEN_568" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_30" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_30" stoichiometry="1"/>
					<specieReference specie="G6P_30" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_30" stoichiometry="1"/>
					<specieReference specie="Trehalose_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_569">
					<listOfParameters>
						<parameter name="Ktrehalose_569" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_30" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_30" stoichiometry="3"/>
					<specieReference specie="AcAld_30" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_30" stoichiometry="3"/>
					<specieReference specie="Succinate_30" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_570)*(AcAld_30)">
					<listOfParameters>
						<parameter name="k_570" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_31" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_571)*(GLCo_31-GLCi_31))/(Kglc_571))/(1                   +(GLCo_31+GLCi_31)/(Kglc_571)+(((Ki_571)*(GLCo_31))*(GLCi_31))/((Kglc_571)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_571" value="71.4270540482112"/>
						<parameter name="Kglc_571" value="1.1918"/>
						<parameter name="Ki_571" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_31" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_31" stoichiometry="1"/>
					<specieReference specie="ATP_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_31" stoichiometry="1"/>
					<specieReference specie="ADP_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_572)*(((GLCi_31)*(ATP_31))/((Kglc_572)*(Katp_572))-((G6P_31)*(ADP_31))/(((Kglc_572)*(Katp_572))*(Keq_572))))/((1                   +(GLCi_31)/(Kglc_572)+(G6P_31)/(Kg6p_572))*(1                   +(ATP_31)/(Katp_572)+(ADP_31)/(Kadp_572)))">
					<listOfParameters>
						<parameter name="Vmax_572" value="247.5607068078587"/>
						<parameter name="Kglc_572" value="0.08"/>
						<parameter name="Katp_572" value="0.15"/>
						<parameter name="Keq_572" value="2000"/>
						<parameter name="Kg6p_572" value="30"/>
						<parameter name="Kadp_572" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_31" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_573)*((G6P_31)/(Kg6p_573)-(F6P_31)/((Kg6p_573)*(Keq_573))))/(1                   +(G6P_31)/(Kg6p_573)+(F6P_31)/(Kf6p_573))">
					<listOfParameters>
						<parameter name="Vmax_573" value="1368.12477741628"/>
						<parameter name="Kg6p_573" value="1.4"/>
						<parameter name="Keq_573" value="0.29"/>
						<parameter name="Kf6p_573" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_31" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_31" stoichiometry="1"/>
					<specieReference specie="F6P_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_31" stoichiometry="1"/>
					<specieReference specie="F16bP_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_574)*(((((gR_574)*((F6P_31)/(Kf6p_574)))*((ATP_31)/(Katp_574)))*(1                   +(F6P_31)/(Kf6p_574)+(ATP_31)/(Katp_574)+((((gR_574)*(F6P_31))/(Kf6p_574))*(ATP_31))/(Katp_574)))/((1                   +(F6P_31)/(Kf6p_574)+(ATP_31)/(Katp_574)+((((gR_574)*(F6P_31))/(Kf6p_574))*(ATP_31))/(Katp_574))^(2                   )+((((L0_574)*(((1                   +((Ciatp_574)*(ATP_31))/(Kiatp_574))/(1                   +(ATP_31)/(Kiatp_574)))^(2                   )))*(((1                   +((Camp_574)*(AMP_31))/(Kamp_574))/(1                   +(AMP_31)/(Kamp_574)))^(2                   )))*(((1                   +((Cf26_574)*(F26bP_31))/(Kf26_574)+((Cf16_574)*(F16bP_31))/(Kf16_574))/(1                   +(F26bP_31)/(Kf26_574)+(F16bP_31)/(Kf16_574)))^(2                   )))*((1                   +((Catp_574)*(ATP_31))/(Katp_574))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_574" value="124.2411788891074"/>
						<parameter name="gR_574" value="5.12"/>
						<parameter name="Kf6p_574" value="0.1"/>
						<parameter name="Katp_574" value="0.71"/>
						<parameter name="L0_574" value="0.66"/>
						<parameter name="Ciatp_574" value="100"/>
						<parameter name="Kiatp_574" value="0.65"/>
						<parameter name="Camp_574" value="0.08450000000000001"/>
						<parameter name="Kamp_574" value="0.09950000000000001"/>
						<parameter name="Cf26_574" value="0.0174"/>
						<parameter name="Kf26_574" value="0.000682"/>
						<parameter name="Cf16_574" value="0.397"/>
						<parameter name="Kf16_574" value="0.111"/>
						<parameter name="Catp_574" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_31" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_31" stoichiometry="1"/>
					<specieReference specie="GAP_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_575)*((F16bP_31)/(Kf16bp_575)-((DHAP_31)*(GAP_31))/((Kf16bp_575)*(Keq_575))))/(1                   +(F16bP_31)/(Kf16bp_575)+(DHAP_31)/(Kdhap_575)+(GAP_31)/(Kgap_575)+((F16bP_31)*(GAP_31))/((Kf16bp_575)*(Kigap_575))+((DHAP_31)*(GAP_31))/((Kdhap_575)*(Kgap_575)))">
					<listOfParameters>
						<parameter name="Vmax_575" value="54.08722211625585"/>
						<parameter name="Kf16bp_575" value="0.3"/>
						<parameter name="Keq_575" value="0.06900000000000001"/>
						<parameter name="Kdhap_575" value="2"/>
						<parameter name="Kgap_575" value="2.4"/>
						<parameter name="Kigap_575" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_31" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_576*DHAP_31-k2_576*GAP_31">
					<listOfParameters>
						<parameter name="k1_576" value="450000"/>
						<parameter name="k2_576" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_31" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_31" stoichiometry="1"/>
					<specieReference specie="NAD_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_31" stoichiometry="1"/>
					<specieReference specie="NADH_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_577)*((((Vmaxf_577)*(GAP_31))*(NAD_31))/((Kgap_577)*(Knad_577))-(((Vmaxr_577)*(BPG_31))*(NADH_31))/((Kbpg_577)*(Knadh_577))))/((1                   +(GAP_31)/(Kgap_577)+(BPG_31)/(Kbpg_577))*(1                   +(NAD_31)/(Knad_577)+(NADH_31)/(Knadh_577)))">
					<listOfParameters>
						<parameter name="C_577" value="1"/>
						<parameter name="Vmaxf_577" value="1152"/>
						<parameter name="Kgap_577" value="0.21"/>
						<parameter name="Knad_577" value="0.09"/>
						<parameter name="Vmaxr_577" value="7459.903758539165"/>
						<parameter name="Kbpg_577" value="0.0098"/>
						<parameter name="Knadh_577" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_31" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_31" stoichiometry="1"/>
					<specieReference specie="BPG_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_31" stoichiometry="1"/>
					<specieReference specie="P3G_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_578)*((((Keq_578)*(BPG_31))*(ADP_31)-(P3G_31)*(ATP_31))/((Kp3g_578)*(Katp_578))))/((1                   +(BPG_31)/(Kbpg_578)+(P3G_31)/(Kp3g_578))*(1                   +(ADP_31)/(Kadp_578)+(ATP_31)/(Katp_578)))">
					<listOfParameters>
						<parameter name="Vmax_578" value="1086.612468393122"/>
						<parameter name="Keq_578" value="3200"/>
						<parameter name="Kp3g_578" value="0.53"/>
						<parameter name="Katp_578" value="0.3"/>
						<parameter name="Kbpg_578" value="0.003"/>
						<parameter name="Kadp_578" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_31" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_579)*((P3G_31)/(Kp3g_579)-(P2G_31)/((Kp3g_579)*(Keq_579))))/(1                   +(P3G_31)/(Kp3g_579)+(P2G_31)/(Kp2g_579))">
					<listOfParameters>
						<parameter name="Vmax_579" value="3329.567596669414"/>
						<parameter name="Kp3g_579" value="1.2"/>
						<parameter name="Keq_579" value="0.19"/>
						<parameter name="Kp2g_579" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_31" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_580)*((P2G_31)/(Kp2g_580)-(PEP_31)/((Kp2g_580)*(Keq_580))))/(1                   +(P2G_31)/(Kp2g_580)+(PEP_31)/(Kpep_580))">
					<listOfParameters>
						<parameter name="Vmax_580" value="239.590661112719"/>
						<parameter name="Kp2g_580" value="0.04"/>
						<parameter name="Keq_580" value="6.7"/>
						<parameter name="Kpep_580" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_31" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_31" stoichiometry="1"/>
					<specieReference specie="PEP_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_31" stoichiometry="1"/>
					<specieReference specie="PYR_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_581)*(((PEP_31)*(ADP_31))/((Kpep_581)*(Kadp_581))-((PYR_31)*(ATP_31))/(((Kpep_581)*(Kadp_581))*(Keq_581))))/((1                   +(PEP_31)/(Kpep_581)+(PYR_31)/(Kpyr_581))*(1                   +(ADP_31)/(Kadp_581)+(ATP_31)/(Katp_581)))">
					<listOfParameters>
						<parameter name="Vmax_581" value="1105.920111233989"/>
						<parameter name="Kpep_581" value="0.14"/>
						<parameter name="Kadp_581" value="0.53"/>
						<parameter name="Keq_581" value="6500"/>
						<parameter name="Kpyr_581" value="21"/>
						<parameter name="Katp_581" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_31" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_31" stoichiometry="1"/>
					<specieReference specie="CO2_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_582)*(((PYR_31)/(Kpyr_582))^(nH_582)))/(1                   +((PYR_31)/(Kpyr_582))^(nH_582))">
					<listOfParameters>
						<parameter name="Vmax_582" value="692.930888787927"/>
						<parameter name="Kpyr_582" value="4.33"/>
						<parameter name="nH_582" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_31" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_31" stoichiometry="1"/>
					<specieReference specie="EtOH_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_31" stoichiometry="1"/>
					<specieReference specie="AcAld_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_583)*(((EtOH_31)*(NAD_31))/((Ketoh_583)*(Kinad_583))-((AcAld_31)*(NADH_31))/(((Ketoh_583)*(Kinad_583))*(Keq_583))))/(1                   +(NAD_31)/(Kinad_583)+((EtOH_31)*(Knad_583))/((Kinad_583)*(Ketoh_583))+((AcAld_31)*(Knadh_583))/((Kinadh_583)*(Kacald_583))+(NADH_31)/(Kinadh_583)+((EtOH_31)*(NAD_31))/((Kinad_583)*(Ketoh_583))+(((NAD_31)*(AcAld_31))*(Knadh_583))/(((Kinad_583)*(Kinadh_583))*(Kacald_583))+(((EtOH_31)*(NADH_31))*(Knad_583))/(((Kinad_583)*(Kinadh_583))*(Ketoh_583))+((AcAld_31)*(NADH_31))/((Kacald_583)*(Kinadh_583))+(((EtOH_31)*(NAD_31))*(AcAld_31))/(((Kinad_583)*(Kiacald_583))*(Ketoh_583))+(((EtOH_31)*(AcAld_31))*(NADH_31))/(((Kietoh_583)*(Kinadh_583))*(Kacald_583)))">
					<listOfParameters>
						<parameter name="Vmax_583" value="310.0242986313135"/>
						<parameter name="Ketoh_583" value="17"/>
						<parameter name="Kinad_583" value="0.92"/>
						<parameter name="Keq_583" value="6.9e-005"/>
						<parameter name="Knad_583" value="0.17"/>
						<parameter name="Knadh_583" value="0.11"/>
						<parameter name="Kinadh_583" value="0.031"/>
						<parameter name="Kacald_583" value="1.11"/>
						<parameter name="Kiacald_583" value="1.1"/>
						<parameter name="Kietoh_583" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_31" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_584)*(ATP_31)">
					<listOfParameters>
						<parameter name="Katpase_584" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_31" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_31" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_31" stoichiometry="1"/>
					<specieReference specie="AMP_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_585*ADP_31*ADP_31-k2_585*ATP_31*AMP_31">
					<listOfParameters>
						<parameter name="k1_585" value="45"/>
						<parameter name="k2_585" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_31" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_31" stoichiometry="1"/>
					<specieReference specie="NADH_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_31" stoichiometry="1"/>
					<specieReference specie="Glycerol_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_586)*(((DHAP_31)/(Kdhap_586))*((NADH_31)/(Knadh_586))-(((Glycerol_31)/(Kdhap_586))*((NAD_31)/(Knadh_586)))*((1                   )/(Keq_586))))/((1                   +(DHAP_31)/(Kdhap_586)+(Glycerol_31)/(Kglycerol_586))*(1                   +(NADH_31)/(Knadh_586)+(NAD_31)/(Knad_586)))">
					<listOfParameters>
						<parameter name="Vmax_586" value="54.24644524860691"/>
						<parameter name="Kdhap_586" value="0.4"/>
						<parameter name="Knadh_586" value="0.023"/>
						<parameter name="Keq_586" value="4300"/>
						<parameter name="Kglycerol_586" value="1"/>
						<parameter name="Knad_586" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_31" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_31" stoichiometry="1"/>
					<specieReference specie="G6P_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_31" stoichiometry="1"/>
					<specieReference specie="Glycogen_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_587">
					<listOfParameters>
						<parameter name="KGLYCOGEN_587" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_31" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_31" stoichiometry="1"/>
					<specieReference specie="G6P_31" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_31" stoichiometry="1"/>
					<specieReference specie="Trehalose_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_588">
					<listOfParameters>
						<parameter name="Ktrehalose_588" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_31" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_31" stoichiometry="3"/>
					<specieReference specie="AcAld_31" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_31" stoichiometry="3"/>
					<specieReference specie="Succinate_31" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_589)*(AcAld_31)">
					<listOfParameters>
						<parameter name="k_589" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_32" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_590)*(GLCo_32-GLCi_32))/(Kglc_590))/(1                   +(GLCo_32+GLCi_32)/(Kglc_590)+(((Ki_590)*(GLCo_32))*(GLCi_32))/((Kglc_590)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_590" value="76.19626163914028"/>
						<parameter name="Kglc_590" value="1.1918"/>
						<parameter name="Ki_590" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_32" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_32" stoichiometry="1"/>
					<specieReference specie="ATP_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_32" stoichiometry="1"/>
					<specieReference specie="ADP_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_591)*(((GLCi_32)*(ATP_32))/((Kglc_591)*(Katp_591))-((G6P_32)*(ADP_32))/(((Kglc_591)*(Katp_591))*(Keq_591))))/((1                   +(GLCi_32)/(Kglc_591)+(G6P_32)/(Kg6p_591))*(1                   +(ATP_32)/(Katp_591)+(ADP_32)/(Kadp_591)))">
					<listOfParameters>
						<parameter name="Vmax_591" value="230.789745344416"/>
						<parameter name="Kglc_591" value="0.08"/>
						<parameter name="Katp_591" value="0.15"/>
						<parameter name="Keq_591" value="2000"/>
						<parameter name="Kg6p_591" value="30"/>
						<parameter name="Kadp_591" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_32" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_592)*((G6P_32)/(Kg6p_592)-(F6P_32)/((Kg6p_592)*(Keq_592))))/(1                   +(G6P_32)/(Kg6p_592)+(F6P_32)/(Kf6p_592))">
					<listOfParameters>
						<parameter name="Vmax_592" value="1063.630003241193"/>
						<parameter name="Kg6p_592" value="1.4"/>
						<parameter name="Keq_592" value="0.29"/>
						<parameter name="Kf6p_592" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_32" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_32" stoichiometry="1"/>
					<specieReference specie="F6P_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_32" stoichiometry="1"/>
					<specieReference specie="F16bP_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_593)*(((((gR_593)*((F6P_32)/(Kf6p_593)))*((ATP_32)/(Katp_593)))*(1                   +(F6P_32)/(Kf6p_593)+(ATP_32)/(Katp_593)+((((gR_593)*(F6P_32))/(Kf6p_593))*(ATP_32))/(Katp_593)))/((1                   +(F6P_32)/(Kf6p_593)+(ATP_32)/(Katp_593)+((((gR_593)*(F6P_32))/(Kf6p_593))*(ATP_32))/(Katp_593))^(2                   )+((((L0_593)*(((1                   +((Ciatp_593)*(ATP_32))/(Kiatp_593))/(1                   +(ATP_32)/(Kiatp_593)))^(2                   )))*(((1                   +((Camp_593)*(AMP_32))/(Kamp_593))/(1                   +(AMP_32)/(Kamp_593)))^(2                   )))*(((1                   +((Cf26_593)*(F26bP_32))/(Kf26_593)+((Cf16_593)*(F16bP_32))/(Kf16_593))/(1                   +(F26bP_32)/(Kf26_593)+(F16bP_32)/(Kf16_593)))^(2                   )))*((1                   +((Catp_593)*(ATP_32))/(Katp_593))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_593" value="68.77204422362033"/>
						<parameter name="gR_593" value="5.12"/>
						<parameter name="Kf6p_593" value="0.1"/>
						<parameter name="Katp_593" value="0.71"/>
						<parameter name="L0_593" value="0.66"/>
						<parameter name="Ciatp_593" value="100"/>
						<parameter name="Kiatp_593" value="0.65"/>
						<parameter name="Camp_593" value="0.08450000000000001"/>
						<parameter name="Kamp_593" value="0.09950000000000001"/>
						<parameter name="Cf26_593" value="0.0174"/>
						<parameter name="Kf26_593" value="0.000682"/>
						<parameter name="Cf16_593" value="0.397"/>
						<parameter name="Kf16_593" value="0.111"/>
						<parameter name="Catp_593" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_32" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_32" stoichiometry="1"/>
					<specieReference specie="GAP_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_594)*((F16bP_32)/(Kf16bp_594)-((DHAP_32)*(GAP_32))/((Kf16bp_594)*(Keq_594))))/(1                   +(F16bP_32)/(Kf16bp_594)+(DHAP_32)/(Kdhap_594)+(GAP_32)/(Kgap_594)+((F16bP_32)*(GAP_32))/((Kf16bp_594)*(Kigap_594))+((DHAP_32)*(GAP_32))/((Kdhap_594)*(Kgap_594)))">
					<listOfParameters>
						<parameter name="Vmax_594" value="117.389987720013"/>
						<parameter name="Kf16bp_594" value="0.3"/>
						<parameter name="Keq_594" value="0.06900000000000001"/>
						<parameter name="Kdhap_594" value="2"/>
						<parameter name="Kgap_594" value="2.4"/>
						<parameter name="Kigap_594" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_32" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_595*DHAP_32-k2_595*GAP_32">
					<listOfParameters>
						<parameter name="k1_595" value="450000"/>
						<parameter name="k2_595" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_32" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_32" stoichiometry="1"/>
					<specieReference specie="NAD_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_32" stoichiometry="1"/>
					<specieReference specie="NADH_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_596)*((((Vmaxf_596)*(GAP_32))*(NAD_32))/((Kgap_596)*(Knad_596))-(((Vmaxr_596)*(BPG_32))*(NADH_32))/((Kbpg_596)*(Knadh_596))))/((1                   +(GAP_32)/(Kgap_596)+(BPG_32)/(Kbpg_596))*(1                   +(NAD_32)/(Knad_596)+(NADH_32)/(Knadh_596)))">
					<listOfParameters>
						<parameter name="C_596" value="1"/>
						<parameter name="Vmaxf_596" value="1152"/>
						<parameter name="Kgap_596" value="0.21"/>
						<parameter name="Knad_596" value="0.09"/>
						<parameter name="Vmaxr_596" value="8435.943836124541"/>
						<parameter name="Kbpg_596" value="0.0098"/>
						<parameter name="Knadh_596" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_32" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_32" stoichiometry="1"/>
					<specieReference specie="BPG_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_32" stoichiometry="1"/>
					<specieReference specie="P3G_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_597)*((((Keq_597)*(BPG_32))*(ADP_32)-(P3G_32)*(ATP_32))/((Kp3g_597)*(Katp_597))))/((1                   +(BPG_32)/(Kbpg_597)+(P3G_32)/(Kp3g_597))*(1                   +(ADP_32)/(Kadp_597)+(ATP_32)/(Katp_597)))">
					<listOfParameters>
						<parameter name="Vmax_597" value="1110.945498208256"/>
						<parameter name="Keq_597" value="3200"/>
						<parameter name="Kp3g_597" value="0.53"/>
						<parameter name="Katp_597" value="0.3"/>
						<parameter name="Kbpg_597" value="0.003"/>
						<parameter name="Kadp_597" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_32" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_598)*((P3G_32)/(Kp3g_598)-(P2G_32)/((Kp3g_598)*(Keq_598))))/(1                   +(P3G_32)/(Kp3g_598)+(P2G_32)/(Kp2g_598))">
					<listOfParameters>
						<parameter name="Vmax_598" value="3765.027388432539"/>
						<parameter name="Kp3g_598" value="1.2"/>
						<parameter name="Keq_598" value="0.19"/>
						<parameter name="Kp2g_598" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_32" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_599)*((P2G_32)/(Kp2g_599)-(PEP_32)/((Kp2g_599)*(Keq_599))))/(1                   +(P2G_32)/(Kp2g_599)+(PEP_32)/(Kpep_599))">
					<listOfParameters>
						<parameter name="Vmax_599" value="222.363825195638"/>
						<parameter name="Kp2g_599" value="0.04"/>
						<parameter name="Keq_599" value="6.7"/>
						<parameter name="Kpep_599" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_32" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_32" stoichiometry="1"/>
					<specieReference specie="PEP_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_32" stoichiometry="1"/>
					<specieReference specie="PYR_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_600)*(((PEP_32)*(ADP_32))/((Kpep_600)*(Kadp_600))-((PYR_32)*(ATP_32))/(((Kpep_600)*(Kadp_600))*(Keq_600))))/((1                   +(PEP_32)/(Kpep_600)+(PYR_32)/(Kpyr_600))*(1                   +(ADP_32)/(Kadp_600)+(ATP_32)/(Katp_600)))">
					<listOfParameters>
						<parameter name="Vmax_600" value="1096.051371774624"/>
						<parameter name="Kpep_600" value="0.14"/>
						<parameter name="Kadp_600" value="0.53"/>
						<parameter name="Keq_600" value="6500"/>
						<parameter name="Kpyr_600" value="21"/>
						<parameter name="Katp_600" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_32" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_32" stoichiometry="1"/>
					<specieReference specie="CO2_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_601)*(((PYR_32)/(Kpyr_601))^(nH_601)))/(1                   +((PYR_32)/(Kpyr_601))^(nH_601))">
					<listOfParameters>
						<parameter name="Vmax_601" value="775.9595454310505"/>
						<parameter name="Kpyr_601" value="4.33"/>
						<parameter name="nH_601" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_32" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_32" stoichiometry="1"/>
					<specieReference specie="EtOH_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_32" stoichiometry="1"/>
					<specieReference specie="AcAld_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_602)*(((EtOH_32)*(NAD_32))/((Ketoh_602)*(Kinad_602))-((AcAld_32)*(NADH_32))/(((Ketoh_602)*(Kinad_602))*(Keq_602))))/(1                   +(NAD_32)/(Kinad_602)+((EtOH_32)*(Knad_602))/((Kinad_602)*(Ketoh_602))+((AcAld_32)*(Knadh_602))/((Kinadh_602)*(Kacald_602))+(NADH_32)/(Kinadh_602)+((EtOH_32)*(NAD_32))/((Kinad_602)*(Ketoh_602))+(((NAD_32)*(AcAld_32))*(Knadh_602))/(((Kinad_602)*(Kinadh_602))*(Kacald_602))+(((EtOH_32)*(NADH_32))*(Knad_602))/(((Kinad_602)*(Kinadh_602))*(Ketoh_602))+((AcAld_32)*(NADH_32))/((Kacald_602)*(Kinadh_602))+(((EtOH_32)*(NAD_32))*(AcAld_32))/(((Kinad_602)*(Kiacald_602))*(Ketoh_602))+(((EtOH_32)*(AcAld_32))*(NADH_32))/(((Kietoh_602)*(Kinadh_602))*(Kacald_602)))">
					<listOfParameters>
						<parameter name="Vmax_602" value="299.7783119168544"/>
						<parameter name="Ketoh_602" value="17"/>
						<parameter name="Kinad_602" value="0.92"/>
						<parameter name="Keq_602" value="6.9e-005"/>
						<parameter name="Knad_602" value="0.17"/>
						<parameter name="Knadh_602" value="0.11"/>
						<parameter name="Kinadh_602" value="0.031"/>
						<parameter name="Kacald_602" value="1.11"/>
						<parameter name="Kiacald_602" value="1.1"/>
						<parameter name="Kietoh_602" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_32" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_603)*(ATP_32)">
					<listOfParameters>
						<parameter name="Katpase_603" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_32" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_32" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_32" stoichiometry="1"/>
					<specieReference specie="AMP_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_604*ADP_32*ADP_32-k2_604*ATP_32*AMP_32">
					<listOfParameters>
						<parameter name="k1_604" value="45"/>
						<parameter name="k2_604" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_32" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_32" stoichiometry="1"/>
					<specieReference specie="NADH_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_32" stoichiometry="1"/>
					<specieReference specie="Glycerol_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_605)*(((DHAP_32)/(Kdhap_605))*((NADH_32)/(Knadh_605))-(((Glycerol_32)/(Kdhap_605))*((NAD_32)/(Knadh_605)))*((1                   )/(Keq_605))))/((1                   +(DHAP_32)/(Kdhap_605)+(Glycerol_32)/(Kglycerol_605))*(1                   +(NADH_32)/(Knadh_605)+(NAD_32)/(Knad_605)))">
					<listOfParameters>
						<parameter name="Vmax_605" value="48.79206378394391"/>
						<parameter name="Kdhap_605" value="0.4"/>
						<parameter name="Knadh_605" value="0.023"/>
						<parameter name="Keq_605" value="4300"/>
						<parameter name="Kglycerol_605" value="1"/>
						<parameter name="Knad_605" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_32" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_32" stoichiometry="1"/>
					<specieReference specie="G6P_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_32" stoichiometry="1"/>
					<specieReference specie="Glycogen_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_606">
					<listOfParameters>
						<parameter name="KGLYCOGEN_606" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_32" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_32" stoichiometry="1"/>
					<specieReference specie="G6P_32" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_32" stoichiometry="1"/>
					<specieReference specie="Trehalose_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_607">
					<listOfParameters>
						<parameter name="Ktrehalose_607" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_32" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_32" stoichiometry="3"/>
					<specieReference specie="AcAld_32" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_32" stoichiometry="3"/>
					<specieReference specie="Succinate_32" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_608)*(AcAld_32)">
					<listOfParameters>
						<parameter name="k_608" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_33" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_609)*(GLCo_33-GLCi_33))/(Kglc_609))/(1                   +(GLCo_33+GLCi_33)/(Kglc_609)+(((Ki_609)*(GLCo_33))*(GLCi_33))/((Kglc_609)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_609" value="124.9499646352368"/>
						<parameter name="Kglc_609" value="1.1918"/>
						<parameter name="Ki_609" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_33" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_33" stoichiometry="1"/>
					<specieReference specie="ATP_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_33" stoichiometry="1"/>
					<specieReference specie="ADP_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_610)*(((GLCi_33)*(ATP_33))/((Kglc_610)*(Katp_610))-((G6P_33)*(ADP_33))/(((Kglc_610)*(Katp_610))*(Keq_610))))/((1                   +(GLCi_33)/(Kglc_610)+(G6P_33)/(Kg6p_610))*(1                   +(ATP_33)/(Katp_610)+(ADP_33)/(Kadp_610)))">
					<listOfParameters>
						<parameter name="Vmax_610" value="265.2891274842268"/>
						<parameter name="Kglc_610" value="0.08"/>
						<parameter name="Katp_610" value="0.15"/>
						<parameter name="Keq_610" value="2000"/>
						<parameter name="Kg6p_610" value="30"/>
						<parameter name="Kadp_610" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_33" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_611)*((G6P_33)/(Kg6p_611)-(F6P_33)/((Kg6p_611)*(Keq_611))))/(1                   +(G6P_33)/(Kg6p_611)+(F6P_33)/(Kf6p_611))">
					<listOfParameters>
						<parameter name="Vmax_611" value="930.2708700926066"/>
						<parameter name="Kg6p_611" value="1.4"/>
						<parameter name="Keq_611" value="0.29"/>
						<parameter name="Kf6p_611" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_33" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_33" stoichiometry="1"/>
					<specieReference specie="F6P_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_33" stoichiometry="1"/>
					<specieReference specie="F16bP_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_612)*(((((gR_612)*((F6P_33)/(Kf6p_612)))*((ATP_33)/(Katp_612)))*(1                   +(F6P_33)/(Kf6p_612)+(ATP_33)/(Katp_612)+((((gR_612)*(F6P_33))/(Kf6p_612))*(ATP_33))/(Katp_612)))/((1                   +(F6P_33)/(Kf6p_612)+(ATP_33)/(Katp_612)+((((gR_612)*(F6P_33))/(Kf6p_612))*(ATP_33))/(Katp_612))^(2                   )+((((L0_612)*(((1                   +((Ciatp_612)*(ATP_33))/(Kiatp_612))/(1                   +(ATP_33)/(Kiatp_612)))^(2                   )))*(((1                   +((Camp_612)*(AMP_33))/(Kamp_612))/(1                   +(AMP_33)/(Kamp_612)))^(2                   )))*(((1                   +((Cf26_612)*(F26bP_33))/(Kf26_612)+((Cf16_612)*(F16bP_33))/(Kf16_612))/(1                   +(F26bP_33)/(Kf26_612)+(F16bP_33)/(Kf16_612)))^(2                   )))*((1                   +((Catp_612)*(ATP_33))/(Katp_612))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_612" value="104.5069311939057"/>
						<parameter name="gR_612" value="5.12"/>
						<parameter name="Kf6p_612" value="0.1"/>
						<parameter name="Katp_612" value="0.71"/>
						<parameter name="L0_612" value="0.66"/>
						<parameter name="Ciatp_612" value="100"/>
						<parameter name="Kiatp_612" value="0.65"/>
						<parameter name="Camp_612" value="0.08450000000000001"/>
						<parameter name="Kamp_612" value="0.09950000000000001"/>
						<parameter name="Cf26_612" value="0.0174"/>
						<parameter name="Kf26_612" value="0.000682"/>
						<parameter name="Cf16_612" value="0.397"/>
						<parameter name="Kf16_612" value="0.111"/>
						<parameter name="Catp_612" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_33" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_33" stoichiometry="1"/>
					<specieReference specie="GAP_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_613)*((F16bP_33)/(Kf16bp_613)-((DHAP_33)*(GAP_33))/((Kf16bp_613)*(Keq_613))))/(1                   +(F16bP_33)/(Kf16bp_613)+(DHAP_33)/(Kdhap_613)+(GAP_33)/(Kgap_613)+((F16bP_33)*(GAP_33))/((Kf16bp_613)*(Kigap_613))+((DHAP_33)*(GAP_33))/((Kdhap_613)*(Kgap_613)))">
					<listOfParameters>
						<parameter name="Vmax_613" value="64.23066569563358"/>
						<parameter name="Kf16bp_613" value="0.3"/>
						<parameter name="Keq_613" value="0.06900000000000001"/>
						<parameter name="Kdhap_613" value="2"/>
						<parameter name="Kgap_613" value="2.4"/>
						<parameter name="Kigap_613" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_33" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_614*DHAP_33-k2_614*GAP_33">
					<listOfParameters>
						<parameter name="k1_614" value="450000"/>
						<parameter name="k2_614" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_33" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_33" stoichiometry="1"/>
					<specieReference specie="NAD_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_33" stoichiometry="1"/>
					<specieReference specie="NADH_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_615)*((((Vmaxf_615)*(GAP_33))*(NAD_33))/((Kgap_615)*(Knad_615))-(((Vmaxr_615)*(BPG_33))*(NADH_33))/((Kbpg_615)*(Knadh_615))))/((1                   +(GAP_33)/(Kgap_615)+(BPG_33)/(Kbpg_615))*(1                   +(NAD_33)/(Knad_615)+(NADH_33)/(Knadh_615)))">
					<listOfParameters>
						<parameter name="C_615" value="1"/>
						<parameter name="Vmaxf_615" value="1152"/>
						<parameter name="Kgap_615" value="0.21"/>
						<parameter name="Knad_615" value="0.09"/>
						<parameter name="Vmaxr_615" value="7430.436954050852"/>
						<parameter name="Kbpg_615" value="0.0098"/>
						<parameter name="Knadh_615" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_33" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_33" stoichiometry="1"/>
					<specieReference specie="BPG_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_33" stoichiometry="1"/>
					<specieReference specie="P3G_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_616)*((((Keq_616)*(BPG_33))*(ADP_33)-(P3G_33)*(ATP_33))/((Kp3g_616)*(Katp_616))))/((1                   +(BPG_33)/(Kbpg_616)+(P3G_33)/(Kp3g_616))*(1                   +(ADP_33)/(Kadp_616)+(ATP_33)/(Katp_616)))">
					<listOfParameters>
						<parameter name="Vmax_616" value="1456.866096467293"/>
						<parameter name="Keq_616" value="3200"/>
						<parameter name="Kp3g_616" value="0.53"/>
						<parameter name="Katp_616" value="0.3"/>
						<parameter name="Kbpg_616" value="0.003"/>
						<parameter name="Kadp_616" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_33" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_617)*((P3G_33)/(Kp3g_617)-(P2G_33)/((Kp3g_617)*(Keq_617))))/(1                   +(P3G_33)/(Kp3g_617)+(P2G_33)/(Kp2g_617))">
					<listOfParameters>
						<parameter name="Vmax_617" value="2941.884486889994"/>
						<parameter name="Kp3g_617" value="1.2"/>
						<parameter name="Keq_617" value="0.19"/>
						<parameter name="Kp2g_617" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_33" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_618)*((P2G_33)/(Kp2g_618)-(PEP_33)/((Kp2g_618)*(Keq_618))))/(1                   +(P2G_33)/(Kp2g_618)+(PEP_33)/(Kpep_618))">
					<listOfParameters>
						<parameter name="Vmax_618" value="216.8330126760347"/>
						<parameter name="Kp2g_618" value="0.04"/>
						<parameter name="Keq_618" value="6.7"/>
						<parameter name="Kpep_618" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_33" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_33" stoichiometry="1"/>
					<specieReference specie="PEP_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_33" stoichiometry="1"/>
					<specieReference specie="PYR_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_619)*(((PEP_33)*(ADP_33))/((Kpep_619)*(Kadp_619))-((PYR_33)*(ATP_33))/(((Kpep_619)*(Kadp_619))*(Keq_619))))/((1                   +(PEP_33)/(Kpep_619)+(PYR_33)/(Kpyr_619))*(1                   +(ADP_33)/(Kadp_619)+(ATP_33)/(Katp_619)))">
					<listOfParameters>
						<parameter name="Vmax_619" value="1335.038541845864"/>
						<parameter name="Kpep_619" value="0.14"/>
						<parameter name="Kadp_619" value="0.53"/>
						<parameter name="Keq_619" value="6500"/>
						<parameter name="Kpyr_619" value="21"/>
						<parameter name="Katp_619" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_33" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_33" stoichiometry="1"/>
					<specieReference specie="CO2_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_620)*(((PYR_33)/(Kpyr_620))^(nH_620)))/(1                   +((PYR_33)/(Kpyr_620))^(nH_620))">
					<listOfParameters>
						<parameter name="Vmax_620" value="877.42630263732"/>
						<parameter name="Kpyr_620" value="4.33"/>
						<parameter name="nH_620" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_33" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_33" stoichiometry="1"/>
					<specieReference specie="EtOH_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_33" stoichiometry="1"/>
					<specieReference specie="AcAld_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_621)*(((EtOH_33)*(NAD_33))/((Ketoh_621)*(Kinad_621))-((AcAld_33)*(NADH_33))/(((Ketoh_621)*(Kinad_621))*(Keq_621))))/(1                   +(NAD_33)/(Kinad_621)+((EtOH_33)*(Knad_621))/((Kinad_621)*(Ketoh_621))+((AcAld_33)*(Knadh_621))/((Kinadh_621)*(Kacald_621))+(NADH_33)/(Kinadh_621)+((EtOH_33)*(NAD_33))/((Kinad_621)*(Ketoh_621))+(((NAD_33)*(AcAld_33))*(Knadh_621))/(((Kinad_621)*(Kinadh_621))*(Kacald_621))+(((EtOH_33)*(NADH_33))*(Knad_621))/(((Kinad_621)*(Kinadh_621))*(Ketoh_621))+((AcAld_33)*(NADH_33))/((Kacald_621)*(Kinadh_621))+(((EtOH_33)*(NAD_33))*(AcAld_33))/(((Kinad_621)*(Kiacald_621))*(Ketoh_621))+(((EtOH_33)*(AcAld_33))*(NADH_33))/(((Kietoh_621)*(Kinadh_621))*(Kacald_621)))">
					<listOfParameters>
						<parameter name="Vmax_621" value="218.7011564812601"/>
						<parameter name="Ketoh_621" value="17"/>
						<parameter name="Kinad_621" value="0.92"/>
						<parameter name="Keq_621" value="6.9e-005"/>
						<parameter name="Knad_621" value="0.17"/>
						<parameter name="Knadh_621" value="0.11"/>
						<parameter name="Kinadh_621" value="0.031"/>
						<parameter name="Kacald_621" value="1.11"/>
						<parameter name="Kiacald_621" value="1.1"/>
						<parameter name="Kietoh_621" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_33" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_622)*(ATP_33)">
					<listOfParameters>
						<parameter name="Katpase_622" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_33" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_33" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_33" stoichiometry="1"/>
					<specieReference specie="AMP_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_623*ADP_33*ADP_33-k2_623*ATP_33*AMP_33">
					<listOfParameters>
						<parameter name="k1_623" value="45"/>
						<parameter name="k2_623" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_33" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_33" stoichiometry="1"/>
					<specieReference specie="NADH_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_33" stoichiometry="1"/>
					<specieReference specie="Glycerol_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_624)*(((DHAP_33)/(Kdhap_624))*((NADH_33)/(Knadh_624))-(((Glycerol_33)/(Kdhap_624))*((NAD_33)/(Knadh_624)))*((1                   )/(Keq_624))))/((1                   +(DHAP_33)/(Kdhap_624)+(Glycerol_33)/(Kglycerol_624))*(1                   +(NADH_33)/(Knadh_624)+(NAD_33)/(Knad_624)))">
					<listOfParameters>
						<parameter name="Vmax_624" value="42.53424946067173"/>
						<parameter name="Kdhap_624" value="0.4"/>
						<parameter name="Knadh_624" value="0.023"/>
						<parameter name="Keq_624" value="4300"/>
						<parameter name="Kglycerol_624" value="1"/>
						<parameter name="Knad_624" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_33" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_33" stoichiometry="1"/>
					<specieReference specie="G6P_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_33" stoichiometry="1"/>
					<specieReference specie="Glycogen_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_625">
					<listOfParameters>
						<parameter name="KGLYCOGEN_625" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_33" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_33" stoichiometry="1"/>
					<specieReference specie="G6P_33" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_33" stoichiometry="1"/>
					<specieReference specie="Trehalose_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_626">
					<listOfParameters>
						<parameter name="Ktrehalose_626" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_33" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_33" stoichiometry="3"/>
					<specieReference specie="AcAld_33" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_33" stoichiometry="3"/>
					<specieReference specie="Succinate_33" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_627)*(AcAld_33)">
					<listOfParameters>
						<parameter name="k_627" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_34" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_628)*(GLCo_34-GLCi_34))/(Kglc_628))/(1                   +(GLCo_34+GLCi_34)/(Kglc_628)+(((Ki_628)*(GLCo_34))*(GLCi_34))/((Kglc_628)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_628" value="114.4230806413667"/>
						<parameter name="Kglc_628" value="1.1918"/>
						<parameter name="Ki_628" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_34" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_34" stoichiometry="1"/>
					<specieReference specie="ATP_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_34" stoichiometry="1"/>
					<specieReference specie="ADP_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_629)*(((GLCi_34)*(ATP_34))/((Kglc_629)*(Katp_629))-((G6P_34)*(ADP_34))/(((Kglc_629)*(Katp_629))*(Keq_629))))/((1                   +(GLCi_34)/(Kglc_629)+(G6P_34)/(Kg6p_629))*(1                   +(ATP_34)/(Katp_629)+(ADP_34)/(Kadp_629)))">
					<listOfParameters>
						<parameter name="Vmax_629" value="201.7454536178373"/>
						<parameter name="Kglc_629" value="0.08"/>
						<parameter name="Katp_629" value="0.15"/>
						<parameter name="Keq_629" value="2000"/>
						<parameter name="Kg6p_629" value="30"/>
						<parameter name="Kadp_629" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_34" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_630)*((G6P_34)/(Kg6p_630)-(F6P_34)/((Kg6p_630)*(Keq_630))))/(1                   +(G6P_34)/(Kg6p_630)+(F6P_34)/(Kf6p_630))">
					<listOfParameters>
						<parameter name="Vmax_630" value="1054.074560483288"/>
						<parameter name="Kg6p_630" value="1.4"/>
						<parameter name="Keq_630" value="0.29"/>
						<parameter name="Kf6p_630" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_34" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_34" stoichiometry="1"/>
					<specieReference specie="F6P_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_34" stoichiometry="1"/>
					<specieReference specie="F16bP_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_631)*(((((gR_631)*((F6P_34)/(Kf6p_631)))*((ATP_34)/(Katp_631)))*(1                   +(F6P_34)/(Kf6p_631)+(ATP_34)/(Katp_631)+((((gR_631)*(F6P_34))/(Kf6p_631))*(ATP_34))/(Katp_631)))/((1                   +(F6P_34)/(Kf6p_631)+(ATP_34)/(Katp_631)+((((gR_631)*(F6P_34))/(Kf6p_631))*(ATP_34))/(Katp_631))^(2                   )+((((L0_631)*(((1                   +((Ciatp_631)*(ATP_34))/(Kiatp_631))/(1                   +(ATP_34)/(Kiatp_631)))^(2                   )))*(((1                   +((Camp_631)*(AMP_34))/(Kamp_631))/(1                   +(AMP_34)/(Kamp_631)))^(2                   )))*(((1                   +((Cf26_631)*(F26bP_34))/(Kf26_631)+((Cf16_631)*(F16bP_34))/(Kf16_631))/(1                   +(F26bP_34)/(Kf26_631)+(F16bP_34)/(Kf16_631)))^(2                   )))*((1                   +((Catp_631)*(ATP_34))/(Katp_631))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_631" value="71.37771594201925"/>
						<parameter name="gR_631" value="5.12"/>
						<parameter name="Kf6p_631" value="0.1"/>
						<parameter name="Katp_631" value="0.71"/>
						<parameter name="L0_631" value="0.66"/>
						<parameter name="Ciatp_631" value="100"/>
						<parameter name="Kiatp_631" value="0.65"/>
						<parameter name="Camp_631" value="0.08450000000000001"/>
						<parameter name="Kamp_631" value="0.09950000000000001"/>
						<parameter name="Cf26_631" value="0.0174"/>
						<parameter name="Kf26_631" value="0.000682"/>
						<parameter name="Cf16_631" value="0.397"/>
						<parameter name="Kf16_631" value="0.111"/>
						<parameter name="Catp_631" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_34" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_34" stoichiometry="1"/>
					<specieReference specie="GAP_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_632)*((F16bP_34)/(Kf16bp_632)-((DHAP_34)*(GAP_34))/((Kf16bp_632)*(Keq_632))))/(1                   +(F16bP_34)/(Kf16bp_632)+(DHAP_34)/(Kdhap_632)+(GAP_34)/(Kgap_632)+((F16bP_34)*(GAP_34))/((Kf16bp_632)*(Kigap_632))+((DHAP_34)*(GAP_34))/((Kdhap_632)*(Kgap_632)))">
					<listOfParameters>
						<parameter name="Vmax_632" value="55.06295531707719"/>
						<parameter name="Kf16bp_632" value="0.3"/>
						<parameter name="Keq_632" value="0.06900000000000001"/>
						<parameter name="Kdhap_632" value="2"/>
						<parameter name="Kgap_632" value="2.4"/>
						<parameter name="Kigap_632" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_34" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_633*DHAP_34-k2_633*GAP_34">
					<listOfParameters>
						<parameter name="k1_633" value="450000"/>
						<parameter name="k2_633" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_34" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_34" stoichiometry="1"/>
					<specieReference specie="NAD_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_34" stoichiometry="1"/>
					<specieReference specie="NADH_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_634)*((((Vmaxf_634)*(GAP_34))*(NAD_34))/((Kgap_634)*(Knad_634))-(((Vmaxr_634)*(BPG_34))*(NADH_34))/((Kbpg_634)*(Knadh_634))))/((1                   +(GAP_34)/(Kgap_634)+(BPG_34)/(Kbpg_634))*(1                   +(NAD_34)/(Knad_634)+(NADH_34)/(Knadh_634)))">
					<listOfParameters>
						<parameter name="C_634" value="1"/>
						<parameter name="Vmaxf_634" value="1152"/>
						<parameter name="Kgap_634" value="0.21"/>
						<parameter name="Knad_634" value="0.09"/>
						<parameter name="Vmaxr_634" value="7413.25401021802"/>
						<parameter name="Kbpg_634" value="0.0098"/>
						<parameter name="Knadh_634" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_34" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_34" stoichiometry="1"/>
					<specieReference specie="BPG_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_34" stoichiometry="1"/>
					<specieReference specie="P3G_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_635)*((((Keq_635)*(BPG_34))*(ADP_34)-(P3G_34)*(ATP_34))/((Kp3g_635)*(Katp_635))))/((1                   +(BPG_34)/(Kbpg_635)+(P3G_34)/(Kp3g_635))*(1                   +(ADP_34)/(Kadp_635)+(ATP_34)/(Katp_635)))">
					<listOfParameters>
						<parameter name="Vmax_635" value="1258.013192922098"/>
						<parameter name="Keq_635" value="3200"/>
						<parameter name="Kp3g_635" value="0.53"/>
						<parameter name="Katp_635" value="0.3"/>
						<parameter name="Kbpg_635" value="0.003"/>
						<parameter name="Kadp_635" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_34" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_636)*((P3G_34)/(Kp3g_636)-(P2G_34)/((Kp3g_636)*(Keq_636))))/(1                   +(P3G_34)/(Kp3g_636)+(P2G_34)/(Kp2g_636))">
					<listOfParameters>
						<parameter name="Vmax_636" value="1699.364856444394"/>
						<parameter name="Kp3g_636" value="1.2"/>
						<parameter name="Keq_636" value="0.19"/>
						<parameter name="Kp2g_636" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_34" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_637)*((P2G_34)/(Kp2g_637)-(PEP_34)/((Kp2g_637)*(Keq_637))))/(1                   +(P2G_34)/(Kp2g_637)+(PEP_34)/(Kpep_637))">
					<listOfParameters>
						<parameter name="Vmax_637" value="204.371039655538"/>
						<parameter name="Kp2g_637" value="0.04"/>
						<parameter name="Keq_637" value="6.7"/>
						<parameter name="Kpep_637" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_34" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_34" stoichiometry="1"/>
					<specieReference specie="PEP_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_34" stoichiometry="1"/>
					<specieReference specie="PYR_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_638)*(((PEP_34)*(ADP_34))/((Kpep_638)*(Kadp_638))-((PYR_34)*(ATP_34))/(((Kpep_638)*(Kadp_638))*(Keq_638))))/((1                   +(PEP_34)/(Kpep_638)+(PYR_34)/(Kpyr_638))*(1                   +(ADP_34)/(Kadp_638)+(ATP_34)/(Katp_638)))">
					<listOfParameters>
						<parameter name="Vmax_638" value="1186.578318268581"/>
						<parameter name="Kpep_638" value="0.14"/>
						<parameter name="Kadp_638" value="0.53"/>
						<parameter name="Keq_638" value="6500"/>
						<parameter name="Kpyr_638" value="21"/>
						<parameter name="Katp_638" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_34" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_34" stoichiometry="1"/>
					<specieReference specie="CO2_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_639)*(((PYR_34)/(Kpyr_639))^(nH_639)))/(1                   +((PYR_34)/(Kpyr_639))^(nH_639))">
					<listOfParameters>
						<parameter name="Vmax_639" value="682.625703697819"/>
						<parameter name="Kpyr_639" value="4.33"/>
						<parameter name="nH_639" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_34" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_34" stoichiometry="1"/>
					<specieReference specie="EtOH_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_34" stoichiometry="1"/>
					<specieReference specie="AcAld_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_640)*(((EtOH_34)*(NAD_34))/((Ketoh_640)*(Kinad_640))-((AcAld_34)*(NADH_34))/(((Ketoh_640)*(Kinad_640))*(Keq_640))))/(1                   +(NAD_34)/(Kinad_640)+((EtOH_34)*(Knad_640))/((Kinad_640)*(Ketoh_640))+((AcAld_34)*(Knadh_640))/((Kinadh_640)*(Kacald_640))+(NADH_34)/(Kinadh_640)+((EtOH_34)*(NAD_34))/((Kinad_640)*(Ketoh_640))+(((NAD_34)*(AcAld_34))*(Knadh_640))/(((Kinad_640)*(Kinadh_640))*(Kacald_640))+(((EtOH_34)*(NADH_34))*(Knad_640))/(((Kinad_640)*(Kinadh_640))*(Ketoh_640))+((AcAld_34)*(NADH_34))/((Kacald_640)*(Kinadh_640))+(((EtOH_34)*(NAD_34))*(AcAld_34))/(((Kinad_640)*(Kiacald_640))*(Ketoh_640))+(((EtOH_34)*(AcAld_34))*(NADH_34))/(((Kietoh_640)*(Kinadh_640))*(Kacald_640)))">
					<listOfParameters>
						<parameter name="Vmax_640" value="260.5416251040621"/>
						<parameter name="Ketoh_640" value="17"/>
						<parameter name="Kinad_640" value="0.92"/>
						<parameter name="Keq_640" value="6.9e-005"/>
						<parameter name="Knad_640" value="0.17"/>
						<parameter name="Knadh_640" value="0.11"/>
						<parameter name="Kinadh_640" value="0.031"/>
						<parameter name="Kacald_640" value="1.11"/>
						<parameter name="Kiacald_640" value="1.1"/>
						<parameter name="Kietoh_640" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_34" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_641)*(ATP_34)">
					<listOfParameters>
						<parameter name="Katpase_641" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_34" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_34" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_34" stoichiometry="1"/>
					<specieReference specie="AMP_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_642*ADP_34*ADP_34-k2_642*ATP_34*AMP_34">
					<listOfParameters>
						<parameter name="k1_642" value="45"/>
						<parameter name="k2_642" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_34" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_34" stoichiometry="1"/>
					<specieReference specie="NADH_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_34" stoichiometry="1"/>
					<specieReference specie="Glycerol_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_643)*(((DHAP_34)/(Kdhap_643))*((NADH_34)/(Knadh_643))-(((Glycerol_34)/(Kdhap_643))*((NAD_34)/(Knadh_643)))*((1                   )/(Keq_643))))/((1                   +(DHAP_34)/(Kdhap_643)+(Glycerol_34)/(Kglycerol_643))*(1                   +(NADH_34)/(Knadh_643)+(NAD_34)/(Knad_643)))">
					<listOfParameters>
						<parameter name="Vmax_643" value="36.20949470700683"/>
						<parameter name="Kdhap_643" value="0.4"/>
						<parameter name="Knadh_643" value="0.023"/>
						<parameter name="Keq_643" value="4300"/>
						<parameter name="Kglycerol_643" value="1"/>
						<parameter name="Knad_643" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_34" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_34" stoichiometry="1"/>
					<specieReference specie="G6P_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_34" stoichiometry="1"/>
					<specieReference specie="Glycogen_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_644">
					<listOfParameters>
						<parameter name="KGLYCOGEN_644" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_34" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_34" stoichiometry="1"/>
					<specieReference specie="G6P_34" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_34" stoichiometry="1"/>
					<specieReference specie="Trehalose_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_645">
					<listOfParameters>
						<parameter name="Ktrehalose_645" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_34" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_34" stoichiometry="3"/>
					<specieReference specie="AcAld_34" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_34" stoichiometry="3"/>
					<specieReference specie="Succinate_34" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_646)*(AcAld_34)">
					<listOfParameters>
						<parameter name="k_646" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_35" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_647)*(GLCo_35-GLCi_35))/(Kglc_647))/(1                   +(GLCo_35+GLCi_35)/(Kglc_647)+(((Ki_647)*(GLCo_35))*(GLCi_35))/((Kglc_647)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_647" value="95.19628203159282"/>
						<parameter name="Kglc_647" value="1.1918"/>
						<parameter name="Ki_647" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_35" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_35" stoichiometry="1"/>
					<specieReference specie="ATP_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_35" stoichiometry="1"/>
					<specieReference specie="ADP_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_648)*(((GLCi_35)*(ATP_35))/((Kglc_648)*(Katp_648))-((G6P_35)*(ADP_35))/(((Kglc_648)*(Katp_648))*(Keq_648))))/((1                   +(GLCi_35)/(Kglc_648)+(G6P_35)/(Kg6p_648))*(1                   +(ATP_35)/(Katp_648)+(ADP_35)/(Kadp_648)))">
					<listOfParameters>
						<parameter name="Vmax_648" value="190.0938357458899"/>
						<parameter name="Kglc_648" value="0.08"/>
						<parameter name="Katp_648" value="0.15"/>
						<parameter name="Keq_648" value="2000"/>
						<parameter name="Kg6p_648" value="30"/>
						<parameter name="Kadp_648" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_35" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_649)*((G6P_35)/(Kg6p_649)-(F6P_35)/((Kg6p_649)*(Keq_649))))/(1                   +(G6P_35)/(Kg6p_649)+(F6P_35)/(Kf6p_649))">
					<listOfParameters>
						<parameter name="Vmax_649" value="753.4519277839041"/>
						<parameter name="Kg6p_649" value="1.4"/>
						<parameter name="Keq_649" value="0.29"/>
						<parameter name="Kf6p_649" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_35" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_35" stoichiometry="1"/>
					<specieReference specie="F6P_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_35" stoichiometry="1"/>
					<specieReference specie="F16bP_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_650)*(((((gR_650)*((F6P_35)/(Kf6p_650)))*((ATP_35)/(Katp_650)))*(1                   +(F6P_35)/(Kf6p_650)+(ATP_35)/(Katp_650)+((((gR_650)*(F6P_35))/(Kf6p_650))*(ATP_35))/(Katp_650)))/((1                   +(F6P_35)/(Kf6p_650)+(ATP_35)/(Katp_650)+((((gR_650)*(F6P_35))/(Kf6p_650))*(ATP_35))/(Katp_650))^(2                   )+((((L0_650)*(((1                   +((Ciatp_650)*(ATP_35))/(Kiatp_650))/(1                   +(ATP_35)/(Kiatp_650)))^(2                   )))*(((1                   +((Camp_650)*(AMP_35))/(Kamp_650))/(1                   +(AMP_35)/(Kamp_650)))^(2                   )))*(((1                   +((Cf26_650)*(F26bP_35))/(Kf26_650)+((Cf16_650)*(F16bP_35))/(Kf16_650))/(1                   +(F26bP_35)/(Kf26_650)+(F16bP_35)/(Kf16_650)))^(2                   )))*((1                   +((Catp_650)*(ATP_35))/(Katp_650))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_650" value="80.10426483548449"/>
						<parameter name="gR_650" value="5.12"/>
						<parameter name="Kf6p_650" value="0.1"/>
						<parameter name="Katp_650" value="0.71"/>
						<parameter name="L0_650" value="0.66"/>
						<parameter name="Ciatp_650" value="100"/>
						<parameter name="Kiatp_650" value="0.65"/>
						<parameter name="Camp_650" value="0.08450000000000001"/>
						<parameter name="Kamp_650" value="0.09950000000000001"/>
						<parameter name="Cf26_650" value="0.0174"/>
						<parameter name="Kf26_650" value="0.000682"/>
						<parameter name="Cf16_650" value="0.397"/>
						<parameter name="Kf16_650" value="0.111"/>
						<parameter name="Catp_650" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_35" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_35" stoichiometry="1"/>
					<specieReference specie="GAP_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_651)*((F16bP_35)/(Kf16bp_651)-((DHAP_35)*(GAP_35))/((Kf16bp_651)*(Keq_651))))/(1                   +(F16bP_35)/(Kf16bp_651)+(DHAP_35)/(Kdhap_651)+(GAP_35)/(Kgap_651)+((F16bP_35)*(GAP_35))/((Kf16bp_651)*(Kigap_651))+((DHAP_35)*(GAP_35))/((Kdhap_651)*(Kgap_651)))">
					<listOfParameters>
						<parameter name="Vmax_651" value="91.34510570888654"/>
						<parameter name="Kf16bp_651" value="0.3"/>
						<parameter name="Keq_651" value="0.06900000000000001"/>
						<parameter name="Kdhap_651" value="2"/>
						<parameter name="Kgap_651" value="2.4"/>
						<parameter name="Kigap_651" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_35" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_652*DHAP_35-k2_652*GAP_35">
					<listOfParameters>
						<parameter name="k1_652" value="450000"/>
						<parameter name="k2_652" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_35" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_35" stoichiometry="1"/>
					<specieReference specie="NAD_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_35" stoichiometry="1"/>
					<specieReference specie="NADH_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_653)*((((Vmaxf_653)*(GAP_35))*(NAD_35))/((Kgap_653)*(Knad_653))-(((Vmaxr_653)*(BPG_35))*(NADH_35))/((Kbpg_653)*(Knadh_653))))/((1                   +(GAP_35)/(Kgap_653)+(BPG_35)/(Kbpg_653))*(1                   +(NAD_35)/(Knad_653)+(NADH_35)/(Knadh_653)))">
					<listOfParameters>
						<parameter name="C_653" value="1"/>
						<parameter name="Vmaxf_653" value="1152"/>
						<parameter name="Kgap_653" value="0.21"/>
						<parameter name="Knad_653" value="0.09"/>
						<parameter name="Vmaxr_653" value="7263.663302778253"/>
						<parameter name="Kbpg_653" value="0.0098"/>
						<parameter name="Knadh_653" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_35" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_35" stoichiometry="1"/>
					<specieReference specie="BPG_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_35" stoichiometry="1"/>
					<specieReference specie="P3G_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_654)*((((Keq_654)*(BPG_35))*(ADP_35)-(P3G_35)*(ATP_35))/((Kp3g_654)*(Katp_654))))/((1                   +(BPG_35)/(Kbpg_654)+(P3G_35)/(Kp3g_654))*(1                   +(ADP_35)/(Kadp_654)+(ATP_35)/(Katp_654)))">
					<listOfParameters>
						<parameter name="Vmax_654" value="1440.759627061427"/>
						<parameter name="Keq_654" value="3200"/>
						<parameter name="Kp3g_654" value="0.53"/>
						<parameter name="Katp_654" value="0.3"/>
						<parameter name="Kbpg_654" value="0.003"/>
						<parameter name="Kadp_654" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_35" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_655)*((P3G_35)/(Kp3g_655)-(P2G_35)/((Kp3g_655)*(Keq_655))))/(1                   +(P3G_35)/(Kp3g_655)+(P2G_35)/(Kp2g_655))">
					<listOfParameters>
						<parameter name="Vmax_655" value="2293.40451836241"/>
						<parameter name="Kp3g_655" value="1.2"/>
						<parameter name="Keq_655" value="0.19"/>
						<parameter name="Kp2g_655" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_35" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_656)*((P2G_35)/(Kp2g_656)-(PEP_35)/((Kp2g_656)*(Keq_656))))/(1                   +(P2G_35)/(Kp2g_656)+(PEP_35)/(Kpep_656))">
					<listOfParameters>
						<parameter name="Vmax_656" value="233.9618167953001"/>
						<parameter name="Kp2g_656" value="0.04"/>
						<parameter name="Keq_656" value="6.7"/>
						<parameter name="Kpep_656" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_35" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_35" stoichiometry="1"/>
					<specieReference specie="PEP_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_35" stoichiometry="1"/>
					<specieReference specie="PYR_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_657)*(((PEP_35)*(ADP_35))/((Kpep_657)*(Kadp_657))-((PYR_35)*(ATP_35))/(((Kpep_657)*(Kadp_657))*(Keq_657))))/((1                   +(PEP_35)/(Kpep_657)+(PYR_35)/(Kpyr_657))*(1                   +(ADP_35)/(Kadp_657)+(ATP_35)/(Katp_657)))">
					<listOfParameters>
						<parameter name="Vmax_657" value="579.1473270266504"/>
						<parameter name="Kpep_657" value="0.14"/>
						<parameter name="Kadp_657" value="0.53"/>
						<parameter name="Keq_657" value="6500"/>
						<parameter name="Kpyr_657" value="21"/>
						<parameter name="Katp_657" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_35" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_35" stoichiometry="1"/>
					<specieReference specie="CO2_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_658)*(((PYR_35)/(Kpyr_658))^(nH_658)))/(1                   +((PYR_35)/(Kpyr_658))^(nH_658))">
					<listOfParameters>
						<parameter name="Vmax_658" value="939.0836420356768"/>
						<parameter name="Kpyr_658" value="4.33"/>
						<parameter name="nH_658" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_35" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_35" stoichiometry="1"/>
					<specieReference specie="EtOH_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_35" stoichiometry="1"/>
					<specieReference specie="AcAld_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_659)*(((EtOH_35)*(NAD_35))/((Ketoh_659)*(Kinad_659))-((AcAld_35)*(NADH_35))/(((Ketoh_659)*(Kinad_659))*(Keq_659))))/(1                   +(NAD_35)/(Kinad_659)+((EtOH_35)*(Knad_659))/((Kinad_659)*(Ketoh_659))+((AcAld_35)*(Knadh_659))/((Kinadh_659)*(Kacald_659))+(NADH_35)/(Kinadh_659)+((EtOH_35)*(NAD_35))/((Kinad_659)*(Ketoh_659))+(((NAD_35)*(AcAld_35))*(Knadh_659))/(((Kinad_659)*(Kinadh_659))*(Kacald_659))+(((EtOH_35)*(NADH_35))*(Knad_659))/(((Kinad_659)*(Kinadh_659))*(Ketoh_659))+((AcAld_35)*(NADH_35))/((Kacald_659)*(Kinadh_659))+(((EtOH_35)*(NAD_35))*(AcAld_35))/(((Kinad_659)*(Kiacald_659))*(Ketoh_659))+(((EtOH_35)*(AcAld_35))*(NADH_35))/(((Kietoh_659)*(Kinadh_659))*(Kacald_659)))">
					<listOfParameters>
						<parameter name="Vmax_659" value="196.058448193497"/>
						<parameter name="Ketoh_659" value="17"/>
						<parameter name="Kinad_659" value="0.92"/>
						<parameter name="Keq_659" value="6.9e-005"/>
						<parameter name="Knad_659" value="0.17"/>
						<parameter name="Knadh_659" value="0.11"/>
						<parameter name="Kinadh_659" value="0.031"/>
						<parameter name="Kacald_659" value="1.11"/>
						<parameter name="Kiacald_659" value="1.1"/>
						<parameter name="Kietoh_659" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_35" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_660)*(ATP_35)">
					<listOfParameters>
						<parameter name="Katpase_660" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_35" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_35" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_35" stoichiometry="1"/>
					<specieReference specie="AMP_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_661*ADP_35*ADP_35-k2_661*ATP_35*AMP_35">
					<listOfParameters>
						<parameter name="k1_661" value="45"/>
						<parameter name="k2_661" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_35" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_35" stoichiometry="1"/>
					<specieReference specie="NADH_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_35" stoichiometry="1"/>
					<specieReference specie="Glycerol_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_662)*(((DHAP_35)/(Kdhap_662))*((NADH_35)/(Knadh_662))-(((Glycerol_35)/(Kdhap_662))*((NAD_35)/(Knadh_662)))*((1                   )/(Keq_662))))/((1                   +(DHAP_35)/(Kdhap_662)+(Glycerol_35)/(Kglycerol_662))*(1                   +(NADH_35)/(Knadh_662)+(NAD_35)/(Knad_662)))">
					<listOfParameters>
						<parameter name="Vmax_662" value="53.74920690191268"/>
						<parameter name="Kdhap_662" value="0.4"/>
						<parameter name="Knadh_662" value="0.023"/>
						<parameter name="Keq_662" value="4300"/>
						<parameter name="Kglycerol_662" value="1"/>
						<parameter name="Knad_662" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_35" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_35" stoichiometry="1"/>
					<specieReference specie="G6P_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_35" stoichiometry="1"/>
					<specieReference specie="Glycogen_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_663">
					<listOfParameters>
						<parameter name="KGLYCOGEN_663" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_35" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_35" stoichiometry="1"/>
					<specieReference specie="G6P_35" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_35" stoichiometry="1"/>
					<specieReference specie="Trehalose_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_664">
					<listOfParameters>
						<parameter name="Ktrehalose_664" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_35" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_35" stoichiometry="3"/>
					<specieReference specie="AcAld_35" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_35" stoichiometry="3"/>
					<specieReference specie="Succinate_35" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_665)*(AcAld_35)">
					<listOfParameters>
						<parameter name="k_665" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_36" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_666)*(GLCo_36-GLCi_36))/(Kglc_666))/(1                   +(GLCo_36+GLCi_36)/(Kglc_666)+(((Ki_666)*(GLCo_36))*(GLCi_36))/((Kglc_666)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_666" value="107.686309305811"/>
						<parameter name="Kglc_666" value="1.1918"/>
						<parameter name="Ki_666" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_36" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_36" stoichiometry="1"/>
					<specieReference specie="ATP_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_36" stoichiometry="1"/>
					<specieReference specie="ADP_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_667)*(((GLCi_36)*(ATP_36))/((Kglc_667)*(Katp_667))-((G6P_36)*(ADP_36))/(((Kglc_667)*(Katp_667))*(Keq_667))))/((1                   +(GLCi_36)/(Kglc_667)+(G6P_36)/(Kg6p_667))*(1                   +(ATP_36)/(Katp_667)+(ADP_36)/(Kadp_667)))">
					<listOfParameters>
						<parameter name="Vmax_667" value="176.6297176950938"/>
						<parameter name="Kglc_667" value="0.08"/>
						<parameter name="Katp_667" value="0.15"/>
						<parameter name="Keq_667" value="2000"/>
						<parameter name="Kg6p_667" value="30"/>
						<parameter name="Kadp_667" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_36" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_668)*((G6P_36)/(Kg6p_668)-(F6P_36)/((Kg6p_668)*(Keq_668))))/(1                   +(G6P_36)/(Kg6p_668)+(F6P_36)/(Kf6p_668))">
					<listOfParameters>
						<parameter name="Vmax_668" value="862.2416740176981"/>
						<parameter name="Kg6p_668" value="1.4"/>
						<parameter name="Keq_668" value="0.29"/>
						<parameter name="Kf6p_668" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_36" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_36" stoichiometry="1"/>
					<specieReference specie="F6P_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_36" stoichiometry="1"/>
					<specieReference specie="F16bP_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_669)*(((((gR_669)*((F6P_36)/(Kf6p_669)))*((ATP_36)/(Katp_669)))*(1                   +(F6P_36)/(Kf6p_669)+(ATP_36)/(Katp_669)+((((gR_669)*(F6P_36))/(Kf6p_669))*(ATP_36))/(Katp_669)))/((1                   +(F6P_36)/(Kf6p_669)+(ATP_36)/(Katp_669)+((((gR_669)*(F6P_36))/(Kf6p_669))*(ATP_36))/(Katp_669))^(2                   )+((((L0_669)*(((1                   +((Ciatp_669)*(ATP_36))/(Kiatp_669))/(1                   +(ATP_36)/(Kiatp_669)))^(2                   )))*(((1                   +((Camp_669)*(AMP_36))/(Kamp_669))/(1                   +(AMP_36)/(Kamp_669)))^(2                   )))*(((1                   +((Cf26_669)*(F26bP_36))/(Kf26_669)+((Cf16_669)*(F16bP_36))/(Kf16_669))/(1                   +(F26bP_36)/(Kf26_669)+(F16bP_36)/(Kf16_669)))^(2                   )))*((1                   +((Catp_669)*(ATP_36))/(Katp_669))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_669" value="155.4938997516692"/>
						<parameter name="gR_669" value="5.12"/>
						<parameter name="Kf6p_669" value="0.1"/>
						<parameter name="Katp_669" value="0.71"/>
						<parameter name="L0_669" value="0.66"/>
						<parameter name="Ciatp_669" value="100"/>
						<parameter name="Kiatp_669" value="0.65"/>
						<parameter name="Camp_669" value="0.08450000000000001"/>
						<parameter name="Kamp_669" value="0.09950000000000001"/>
						<parameter name="Cf26_669" value="0.0174"/>
						<parameter name="Kf26_669" value="0.000682"/>
						<parameter name="Cf16_669" value="0.397"/>
						<parameter name="Kf16_669" value="0.111"/>
						<parameter name="Catp_669" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_36" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_36" stoichiometry="1"/>
					<specieReference specie="GAP_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_670)*((F16bP_36)/(Kf16bp_670)-((DHAP_36)*(GAP_36))/((Kf16bp_670)*(Keq_670))))/(1                   +(F16bP_36)/(Kf16bp_670)+(DHAP_36)/(Kdhap_670)+(GAP_36)/(Kgap_670)+((F16bP_36)*(GAP_36))/((Kf16bp_670)*(Kigap_670))+((DHAP_36)*(GAP_36))/((Kdhap_670)*(Kgap_670)))">
					<listOfParameters>
						<parameter name="Vmax_670" value="103.1414710849334"/>
						<parameter name="Kf16bp_670" value="0.3"/>
						<parameter name="Keq_670" value="0.06900000000000001"/>
						<parameter name="Kdhap_670" value="2"/>
						<parameter name="Kgap_670" value="2.4"/>
						<parameter name="Kigap_670" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_36" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_671*DHAP_36-k2_671*GAP_36">
					<listOfParameters>
						<parameter name="k1_671" value="450000"/>
						<parameter name="k2_671" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_36" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_36" stoichiometry="1"/>
					<specieReference specie="NAD_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_36" stoichiometry="1"/>
					<specieReference specie="NADH_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_672)*((((Vmaxf_672)*(GAP_36))*(NAD_36))/((Kgap_672)*(Knad_672))-(((Vmaxr_672)*(BPG_36))*(NADH_36))/((Kbpg_672)*(Knadh_672))))/((1                   +(GAP_36)/(Kgap_672)+(BPG_36)/(Kbpg_672))*(1                   +(NAD_36)/(Knad_672)+(NADH_36)/(Knadh_672)))">
					<listOfParameters>
						<parameter name="C_672" value="1"/>
						<parameter name="Vmaxf_672" value="1152"/>
						<parameter name="Kgap_672" value="0.21"/>
						<parameter name="Knad_672" value="0.09"/>
						<parameter name="Vmaxr_672" value="7982.47940784337"/>
						<parameter name="Kbpg_672" value="0.0098"/>
						<parameter name="Knadh_672" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_36" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_36" stoichiometry="1"/>
					<specieReference specie="BPG_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_36" stoichiometry="1"/>
					<specieReference specie="P3G_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_673)*((((Keq_673)*(BPG_36))*(ADP_36)-(P3G_36)*(ATP_36))/((Kp3g_673)*(Katp_673))))/((1                   +(BPG_36)/(Kbpg_673)+(P3G_36)/(Kp3g_673))*(1                   +(ADP_36)/(Kadp_673)+(ATP_36)/(Katp_673)))">
					<listOfParameters>
						<parameter name="Vmax_673" value="1221.722907631848"/>
						<parameter name="Keq_673" value="3200"/>
						<parameter name="Kp3g_673" value="0.53"/>
						<parameter name="Katp_673" value="0.3"/>
						<parameter name="Kbpg_673" value="0.003"/>
						<parameter name="Kadp_673" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_36" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_674)*((P3G_36)/(Kp3g_674)-(P2G_36)/((Kp3g_674)*(Keq_674))))/(1                   +(P3G_36)/(Kp3g_674)+(P2G_36)/(Kp2g_674))">
					<listOfParameters>
						<parameter name="Vmax_674" value="1898.011773290583"/>
						<parameter name="Kp3g_674" value="1.2"/>
						<parameter name="Keq_674" value="0.19"/>
						<parameter name="Kp2g_674" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_36" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_675)*((P2G_36)/(Kp2g_675)-(PEP_36)/((Kp2g_675)*(Keq_675))))/(1                   +(P2G_36)/(Kp2g_675)+(PEP_36)/(Kpep_675))">
					<listOfParameters>
						<parameter name="Vmax_675" value="158.1918307416668"/>
						<parameter name="Kp2g_675" value="0.04"/>
						<parameter name="Keq_675" value="6.7"/>
						<parameter name="Kpep_675" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_36" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_36" stoichiometry="1"/>
					<specieReference specie="PEP_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_36" stoichiometry="1"/>
					<specieReference specie="PYR_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_676)*(((PEP_36)*(ADP_36))/((Kpep_676)*(Kadp_676))-((PYR_36)*(ATP_36))/(((Kpep_676)*(Kadp_676))*(Keq_676))))/((1                   +(PEP_36)/(Kpep_676)+(PYR_36)/(Kpyr_676))*(1                   +(ADP_36)/(Kadp_676)+(ATP_36)/(Katp_676)))">
					<listOfParameters>
						<parameter name="Vmax_676" value="888.6958426047747"/>
						<parameter name="Kpep_676" value="0.14"/>
						<parameter name="Kadp_676" value="0.53"/>
						<parameter name="Keq_676" value="6500"/>
						<parameter name="Kpyr_676" value="21"/>
						<parameter name="Katp_676" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_36" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_36" stoichiometry="1"/>
					<specieReference specie="CO2_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_677)*(((PYR_36)/(Kpyr_677))^(nH_677)))/(1                   +((PYR_36)/(Kpyr_677))^(nH_677))">
					<listOfParameters>
						<parameter name="Vmax_677" value="864.2457114453738"/>
						<parameter name="Kpyr_677" value="4.33"/>
						<parameter name="nH_677" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_36" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_36" stoichiometry="1"/>
					<specieReference specie="EtOH_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_36" stoichiometry="1"/>
					<specieReference specie="AcAld_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_678)*(((EtOH_36)*(NAD_36))/((Ketoh_678)*(Kinad_678))-((AcAld_36)*(NADH_36))/(((Ketoh_678)*(Kinad_678))*(Keq_678))))/(1                   +(NAD_36)/(Kinad_678)+((EtOH_36)*(Knad_678))/((Kinad_678)*(Ketoh_678))+((AcAld_36)*(Knadh_678))/((Kinadh_678)*(Kacald_678))+(NADH_36)/(Kinadh_678)+((EtOH_36)*(NAD_36))/((Kinad_678)*(Ketoh_678))+(((NAD_36)*(AcAld_36))*(Knadh_678))/(((Kinad_678)*(Kinadh_678))*(Kacald_678))+(((EtOH_36)*(NADH_36))*(Knad_678))/(((Kinad_678)*(Kinadh_678))*(Ketoh_678))+((AcAld_36)*(NADH_36))/((Kacald_678)*(Kinadh_678))+(((EtOH_36)*(NAD_36))*(AcAld_36))/(((Kinad_678)*(Kiacald_678))*(Ketoh_678))+(((EtOH_36)*(AcAld_36))*(NADH_36))/(((Kietoh_678)*(Kinadh_678))*(Kacald_678)))">
					<listOfParameters>
						<parameter name="Vmax_678" value="243.2288318199225"/>
						<parameter name="Ketoh_678" value="17"/>
						<parameter name="Kinad_678" value="0.92"/>
						<parameter name="Keq_678" value="6.9e-005"/>
						<parameter name="Knad_678" value="0.17"/>
						<parameter name="Knadh_678" value="0.11"/>
						<parameter name="Kinadh_678" value="0.031"/>
						<parameter name="Kacald_678" value="1.11"/>
						<parameter name="Kiacald_678" value="1.1"/>
						<parameter name="Kietoh_678" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_36" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_679)*(ATP_36)">
					<listOfParameters>
						<parameter name="Katpase_679" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_36" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_36" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_36" stoichiometry="1"/>
					<specieReference specie="AMP_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_680*ADP_36*ADP_36-k2_680*ATP_36*AMP_36">
					<listOfParameters>
						<parameter name="k1_680" value="45"/>
						<parameter name="k2_680" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_36" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_36" stoichiometry="1"/>
					<specieReference specie="NADH_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_36" stoichiometry="1"/>
					<specieReference specie="Glycerol_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_681)*(((DHAP_36)/(Kdhap_681))*((NADH_36)/(Knadh_681))-(((Glycerol_36)/(Kdhap_681))*((NAD_36)/(Knadh_681)))*((1                   )/(Keq_681))))/((1                   +(DHAP_36)/(Kdhap_681)+(Glycerol_36)/(Kglycerol_681))*(1                   +(NADH_36)/(Knadh_681)+(NAD_36)/(Knad_681)))">
					<listOfParameters>
						<parameter name="Vmax_681" value="34.97734683744224"/>
						<parameter name="Kdhap_681" value="0.4"/>
						<parameter name="Knadh_681" value="0.023"/>
						<parameter name="Keq_681" value="4300"/>
						<parameter name="Kglycerol_681" value="1"/>
						<parameter name="Knad_681" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_36" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_36" stoichiometry="1"/>
					<specieReference specie="G6P_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_36" stoichiometry="1"/>
					<specieReference specie="Glycogen_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_682">
					<listOfParameters>
						<parameter name="KGLYCOGEN_682" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_36" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_36" stoichiometry="1"/>
					<specieReference specie="G6P_36" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_36" stoichiometry="1"/>
					<specieReference specie="Trehalose_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_683">
					<listOfParameters>
						<parameter name="Ktrehalose_683" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_36" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_36" stoichiometry="3"/>
					<specieReference specie="AcAld_36" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_36" stoichiometry="3"/>
					<specieReference specie="Succinate_36" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_684)*(AcAld_36)">
					<listOfParameters>
						<parameter name="k_684" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_37" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_685)*(GLCo_37-GLCi_37))/(Kglc_685))/(1                   +(GLCo_37+GLCi_37)/(Kglc_685)+(((Ki_685)*(GLCo_37))*(GLCi_37))/((Kglc_685)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_685" value="69.63386120392448"/>
						<parameter name="Kglc_685" value="1.1918"/>
						<parameter name="Ki_685" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_37" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_37" stoichiometry="1"/>
					<specieReference specie="ATP_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_37" stoichiometry="1"/>
					<specieReference specie="ADP_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_686)*(((GLCi_37)*(ATP_37))/((Kglc_686)*(Katp_686))-((G6P_37)*(ADP_37))/(((Kglc_686)*(Katp_686))*(Keq_686))))/((1                   +(GLCi_37)/(Kglc_686)+(G6P_37)/(Kg6p_686))*(1                   +(ATP_37)/(Katp_686)+(ADP_37)/(Kadp_686)))">
					<listOfParameters>
						<parameter name="Vmax_686" value="279.9831966383919"/>
						<parameter name="Kglc_686" value="0.08"/>
						<parameter name="Katp_686" value="0.15"/>
						<parameter name="Keq_686" value="2000"/>
						<parameter name="Kg6p_686" value="30"/>
						<parameter name="Kadp_686" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_37" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_687)*((G6P_37)/(Kg6p_687)-(F6P_37)/((Kg6p_687)*(Keq_687))))/(1                   +(G6P_37)/(Kg6p_687)+(F6P_37)/(Kf6p_687))">
					<listOfParameters>
						<parameter name="Vmax_687" value="1000.940139168594"/>
						<parameter name="Kg6p_687" value="1.4"/>
						<parameter name="Keq_687" value="0.29"/>
						<parameter name="Kf6p_687" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_37" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_37" stoichiometry="1"/>
					<specieReference specie="F6P_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_37" stoichiometry="1"/>
					<specieReference specie="F16bP_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_688)*(((((gR_688)*((F6P_37)/(Kf6p_688)))*((ATP_37)/(Katp_688)))*(1                   +(F6P_37)/(Kf6p_688)+(ATP_37)/(Katp_688)+((((gR_688)*(F6P_37))/(Kf6p_688))*(ATP_37))/(Katp_688)))/((1                   +(F6P_37)/(Kf6p_688)+(ATP_37)/(Katp_688)+((((gR_688)*(F6P_37))/(Kf6p_688))*(ATP_37))/(Katp_688))^(2                   )+((((L0_688)*(((1                   +((Ciatp_688)*(ATP_37))/(Kiatp_688))/(1                   +(ATP_37)/(Kiatp_688)))^(2                   )))*(((1                   +((Camp_688)*(AMP_37))/(Kamp_688))/(1                   +(AMP_37)/(Kamp_688)))^(2                   )))*(((1                   +((Cf26_688)*(F26bP_37))/(Kf26_688)+((Cf16_688)*(F16bP_37))/(Kf16_688))/(1                   +(F26bP_37)/(Kf26_688)+(F16bP_37)/(Kf16_688)))^(2                   )))*((1                   +((Catp_688)*(ATP_37))/(Katp_688))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_688" value="110.4030166832551"/>
						<parameter name="gR_688" value="5.12"/>
						<parameter name="Kf6p_688" value="0.1"/>
						<parameter name="Katp_688" value="0.71"/>
						<parameter name="L0_688" value="0.66"/>
						<parameter name="Ciatp_688" value="100"/>
						<parameter name="Kiatp_688" value="0.65"/>
						<parameter name="Camp_688" value="0.08450000000000001"/>
						<parameter name="Kamp_688" value="0.09950000000000001"/>
						<parameter name="Cf26_688" value="0.0174"/>
						<parameter name="Kf26_688" value="0.000682"/>
						<parameter name="Cf16_688" value="0.397"/>
						<parameter name="Kf16_688" value="0.111"/>
						<parameter name="Catp_688" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_37" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_37" stoichiometry="1"/>
					<specieReference specie="GAP_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_689)*((F16bP_37)/(Kf16bp_689)-((DHAP_37)*(GAP_37))/((Kf16bp_689)*(Keq_689))))/(1                   +(F16bP_37)/(Kf16bp_689)+(DHAP_37)/(Kdhap_689)+(GAP_37)/(Kgap_689)+((F16bP_37)*(GAP_37))/((Kf16bp_689)*(Kigap_689))+((DHAP_37)*(GAP_37))/((Kdhap_689)*(Kgap_689)))">
					<listOfParameters>
						<parameter name="Vmax_689" value="116.2941700208135"/>
						<parameter name="Kf16bp_689" value="0.3"/>
						<parameter name="Keq_689" value="0.06900000000000001"/>
						<parameter name="Kdhap_689" value="2"/>
						<parameter name="Kgap_689" value="2.4"/>
						<parameter name="Kigap_689" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_37" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_690*DHAP_37-k2_690*GAP_37">
					<listOfParameters>
						<parameter name="k1_690" value="450000"/>
						<parameter name="k2_690" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_37" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_37" stoichiometry="1"/>
					<specieReference specie="NAD_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_37" stoichiometry="1"/>
					<specieReference specie="NADH_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_691)*((((Vmaxf_691)*(GAP_37))*(NAD_37))/((Kgap_691)*(Knad_691))-(((Vmaxr_691)*(BPG_37))*(NADH_37))/((Kbpg_691)*(Knadh_691))))/((1                   +(GAP_37)/(Kgap_691)+(BPG_37)/(Kbpg_691))*(1                   +(NAD_37)/(Knad_691)+(NADH_37)/(Knadh_691)))">
					<listOfParameters>
						<parameter name="C_691" value="1"/>
						<parameter name="Vmaxf_691" value="1152"/>
						<parameter name="Kgap_691" value="0.21"/>
						<parameter name="Knad_691" value="0.09"/>
						<parameter name="Vmaxr_691" value="7441.428278442968"/>
						<parameter name="Kbpg_691" value="0.0098"/>
						<parameter name="Knadh_691" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_37" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_37" stoichiometry="1"/>
					<specieReference specie="BPG_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_37" stoichiometry="1"/>
					<specieReference specie="P3G_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_692)*((((Keq_692)*(BPG_37))*(ADP_37)-(P3G_37)*(ATP_37))/((Kp3g_692)*(Katp_692))))/((1                   +(BPG_37)/(Kbpg_692)+(P3G_37)/(Kp3g_692))*(1                   +(ADP_37)/(Kadp_692)+(ATP_37)/(Katp_692)))">
					<listOfParameters>
						<parameter name="Vmax_692" value="1286.978105179033"/>
						<parameter name="Keq_692" value="3200"/>
						<parameter name="Kp3g_692" value="0.53"/>
						<parameter name="Katp_692" value="0.3"/>
						<parameter name="Kbpg_692" value="0.003"/>
						<parameter name="Kadp_692" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_37" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_693)*((P3G_37)/(Kp3g_693)-(P2G_37)/((Kp3g_693)*(Keq_693))))/(1                   +(P3G_37)/(Kp3g_693)+(P2G_37)/(Kp2g_693))">
					<listOfParameters>
						<parameter name="Vmax_693" value="3378.491807722036"/>
						<parameter name="Kp3g_693" value="1.2"/>
						<parameter name="Keq_693" value="0.19"/>
						<parameter name="Kp2g_693" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_37" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_694)*((P2G_37)/(Kp2g_694)-(PEP_37)/((Kp2g_694)*(Keq_694))))/(1                   +(P2G_37)/(Kp2g_694)+(PEP_37)/(Kpep_694))">
					<listOfParameters>
						<parameter name="Vmax_694" value="250.5714233854361"/>
						<parameter name="Kp2g_694" value="0.04"/>
						<parameter name="Keq_694" value="6.7"/>
						<parameter name="Kpep_694" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_37" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_37" stoichiometry="1"/>
					<specieReference specie="PEP_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_37" stoichiometry="1"/>
					<specieReference specie="PYR_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_695)*(((PEP_37)*(ADP_37))/((Kpep_695)*(Kadp_695))-((PYR_37)*(ATP_37))/(((Kpep_695)*(Kadp_695))*(Keq_695))))/((1                   +(PEP_37)/(Kpep_695)+(PYR_37)/(Kpyr_695))*(1                   +(ADP_37)/(Kadp_695)+(ATP_37)/(Katp_695)))">
					<listOfParameters>
						<parameter name="Vmax_695" value="1243.971678250992"/>
						<parameter name="Kpep_695" value="0.14"/>
						<parameter name="Kadp_695" value="0.53"/>
						<parameter name="Keq_695" value="6500"/>
						<parameter name="Kpyr_695" value="21"/>
						<parameter name="Katp_695" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_37" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_37" stoichiometry="1"/>
					<specieReference specie="CO2_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_696)*(((PYR_37)/(Kpyr_696))^(nH_696)))/(1                   +((PYR_37)/(Kpyr_696))^(nH_696))">
					<listOfParameters>
						<parameter name="Vmax_696" value="553.3589093844744"/>
						<parameter name="Kpyr_696" value="4.33"/>
						<parameter name="nH_696" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_37" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_37" stoichiometry="1"/>
					<specieReference specie="EtOH_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_37" stoichiometry="1"/>
					<specieReference specie="AcAld_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_697)*(((EtOH_37)*(NAD_37))/((Ketoh_697)*(Kinad_697))-((AcAld_37)*(NADH_37))/(((Ketoh_697)*(Kinad_697))*(Keq_697))))/(1                   +(NAD_37)/(Kinad_697)+((EtOH_37)*(Knad_697))/((Kinad_697)*(Ketoh_697))+((AcAld_37)*(Knadh_697))/((Kinadh_697)*(Kacald_697))+(NADH_37)/(Kinadh_697)+((EtOH_37)*(NAD_37))/((Kinad_697)*(Ketoh_697))+(((NAD_37)*(AcAld_37))*(Knadh_697))/(((Kinad_697)*(Kinadh_697))*(Kacald_697))+(((EtOH_37)*(NADH_37))*(Knad_697))/(((Kinad_697)*(Kinadh_697))*(Ketoh_697))+((AcAld_37)*(NADH_37))/((Kacald_697)*(Kinadh_697))+(((EtOH_37)*(NAD_37))*(AcAld_37))/(((Kinad_697)*(Kiacald_697))*(Ketoh_697))+(((EtOH_37)*(AcAld_37))*(NADH_37))/(((Kietoh_697)*(Kinadh_697))*(Kacald_697)))">
					<listOfParameters>
						<parameter name="Vmax_697" value="166.1327997552575"/>
						<parameter name="Ketoh_697" value="17"/>
						<parameter name="Kinad_697" value="0.92"/>
						<parameter name="Keq_697" value="6.9e-005"/>
						<parameter name="Knad_697" value="0.17"/>
						<parameter name="Knadh_697" value="0.11"/>
						<parameter name="Kinadh_697" value="0.031"/>
						<parameter name="Kacald_697" value="1.11"/>
						<parameter name="Kiacald_697" value="1.1"/>
						<parameter name="Kietoh_697" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_37" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_698)*(ATP_37)">
					<listOfParameters>
						<parameter name="Katpase_698" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_37" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_37" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_37" stoichiometry="1"/>
					<specieReference specie="AMP_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_699*ADP_37*ADP_37-k2_699*ATP_37*AMP_37">
					<listOfParameters>
						<parameter name="k1_699" value="45"/>
						<parameter name="k2_699" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_37" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_37" stoichiometry="1"/>
					<specieReference specie="NADH_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_37" stoichiometry="1"/>
					<specieReference specie="Glycerol_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_700)*(((DHAP_37)/(Kdhap_700))*((NADH_37)/(Knadh_700))-(((Glycerol_37)/(Kdhap_700))*((NAD_37)/(Knadh_700)))*((1                   )/(Keq_700))))/((1                   +(DHAP_37)/(Kdhap_700)+(Glycerol_37)/(Kglycerol_700))*(1                   +(NADH_37)/(Knadh_700)+(NAD_37)/(Knad_700)))">
					<listOfParameters>
						<parameter name="Vmax_700" value="44.8650620747771"/>
						<parameter name="Kdhap_700" value="0.4"/>
						<parameter name="Knadh_700" value="0.023"/>
						<parameter name="Keq_700" value="4300"/>
						<parameter name="Kglycerol_700" value="1"/>
						<parameter name="Knad_700" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_37" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_37" stoichiometry="1"/>
					<specieReference specie="G6P_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_37" stoichiometry="1"/>
					<specieReference specie="Glycogen_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_701">
					<listOfParameters>
						<parameter name="KGLYCOGEN_701" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_37" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_37" stoichiometry="1"/>
					<specieReference specie="G6P_37" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_37" stoichiometry="1"/>
					<specieReference specie="Trehalose_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_702">
					<listOfParameters>
						<parameter name="Ktrehalose_702" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_37" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_37" stoichiometry="3"/>
					<specieReference specie="AcAld_37" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_37" stoichiometry="3"/>
					<specieReference specie="Succinate_37" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_703)*(AcAld_37)">
					<listOfParameters>
						<parameter name="k_703" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_38" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_704)*(GLCo_38-GLCi_38))/(Kglc_704))/(1                   +(GLCo_38+GLCi_38)/(Kglc_704)+(((Ki_704)*(GLCo_38))*(GLCi_38))/((Kglc_704)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_704" value="96.91140843119139"/>
						<parameter name="Kglc_704" value="1.1918"/>
						<parameter name="Ki_704" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_38" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_38" stoichiometry="1"/>
					<specieReference specie="ATP_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_38" stoichiometry="1"/>
					<specieReference specie="ADP_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_705)*(((GLCi_38)*(ATP_38))/((Kglc_705)*(Katp_705))-((G6P_38)*(ADP_38))/(((Kglc_705)*(Katp_705))*(Keq_705))))/((1                   +(GLCi_38)/(Kglc_705)+(G6P_38)/(Kg6p_705))*(1                   +(ATP_38)/(Katp_705)+(ADP_38)/(Kadp_705)))">
					<listOfParameters>
						<parameter name="Vmax_705" value="175.7289513277891"/>
						<parameter name="Kglc_705" value="0.08"/>
						<parameter name="Katp_705" value="0.15"/>
						<parameter name="Keq_705" value="2000"/>
						<parameter name="Kg6p_705" value="30"/>
						<parameter name="Kadp_705" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_38" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_706)*((G6P_38)/(Kg6p_706)-(F6P_38)/((Kg6p_706)*(Keq_706))))/(1                   +(G6P_38)/(Kg6p_706)+(F6P_38)/(Kf6p_706))">
					<listOfParameters>
						<parameter name="Vmax_706" value="1331.460839471474"/>
						<parameter name="Kg6p_706" value="1.4"/>
						<parameter name="Keq_706" value="0.29"/>
						<parameter name="Kf6p_706" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_38" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_38" stoichiometry="1"/>
					<specieReference specie="F6P_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_38" stoichiometry="1"/>
					<specieReference specie="F16bP_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_707)*(((((gR_707)*((F6P_38)/(Kf6p_707)))*((ATP_38)/(Katp_707)))*(1                   +(F6P_38)/(Kf6p_707)+(ATP_38)/(Katp_707)+((((gR_707)*(F6P_38))/(Kf6p_707))*(ATP_38))/(Katp_707)))/((1                   +(F6P_38)/(Kf6p_707)+(ATP_38)/(Katp_707)+((((gR_707)*(F6P_38))/(Kf6p_707))*(ATP_38))/(Katp_707))^(2                   )+((((L0_707)*(((1                   +((Ciatp_707)*(ATP_38))/(Kiatp_707))/(1                   +(ATP_38)/(Kiatp_707)))^(2                   )))*(((1                   +((Camp_707)*(AMP_38))/(Kamp_707))/(1                   +(AMP_38)/(Kamp_707)))^(2                   )))*(((1                   +((Cf26_707)*(F26bP_38))/(Kf26_707)+((Cf16_707)*(F16bP_38))/(Kf16_707))/(1                   +(F26bP_38)/(Kf26_707)+(F16bP_38)/(Kf16_707)))^(2                   )))*((1                   +((Catp_707)*(ATP_38))/(Katp_707))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_707" value="106.5841899156215"/>
						<parameter name="gR_707" value="5.12"/>
						<parameter name="Kf6p_707" value="0.1"/>
						<parameter name="Katp_707" value="0.71"/>
						<parameter name="L0_707" value="0.66"/>
						<parameter name="Ciatp_707" value="100"/>
						<parameter name="Kiatp_707" value="0.65"/>
						<parameter name="Camp_707" value="0.08450000000000001"/>
						<parameter name="Kamp_707" value="0.09950000000000001"/>
						<parameter name="Cf26_707" value="0.0174"/>
						<parameter name="Kf26_707" value="0.000682"/>
						<parameter name="Cf16_707" value="0.397"/>
						<parameter name="Kf16_707" value="0.111"/>
						<parameter name="Catp_707" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_38" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_38" stoichiometry="1"/>
					<specieReference specie="GAP_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_708)*((F16bP_38)/(Kf16bp_708)-((DHAP_38)*(GAP_38))/((Kf16bp_708)*(Keq_708))))/(1                   +(F16bP_38)/(Kf16bp_708)+(DHAP_38)/(Kdhap_708)+(GAP_38)/(Kgap_708)+((F16bP_38)*(GAP_38))/((Kf16bp_708)*(Kigap_708))+((DHAP_38)*(GAP_38))/((Kdhap_708)*(Kgap_708)))">
					<listOfParameters>
						<parameter name="Vmax_708" value="102.8176175787587"/>
						<parameter name="Kf16bp_708" value="0.3"/>
						<parameter name="Keq_708" value="0.06900000000000001"/>
						<parameter name="Kdhap_708" value="2"/>
						<parameter name="Kgap_708" value="2.4"/>
						<parameter name="Kigap_708" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_38" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_709*DHAP_38-k2_709*GAP_38">
					<listOfParameters>
						<parameter name="k1_709" value="450000"/>
						<parameter name="k2_709" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_38" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_38" stoichiometry="1"/>
					<specieReference specie="NAD_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_38" stoichiometry="1"/>
					<specieReference specie="NADH_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_710)*((((Vmaxf_710)*(GAP_38))*(NAD_38))/((Kgap_710)*(Knad_710))-(((Vmaxr_710)*(BPG_38))*(NADH_38))/((Kbpg_710)*(Knadh_710))))/((1                   +(GAP_38)/(Kgap_710)+(BPG_38)/(Kbpg_710))*(1                   +(NAD_38)/(Knad_710)+(NADH_38)/(Knadh_710)))">
					<listOfParameters>
						<parameter name="C_710" value="1"/>
						<parameter name="Vmaxf_710" value="1152"/>
						<parameter name="Kgap_710" value="0.21"/>
						<parameter name="Knad_710" value="0.09"/>
						<parameter name="Vmaxr_710" value="6234.119411965507"/>
						<parameter name="Kbpg_710" value="0.0098"/>
						<parameter name="Knadh_710" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_38" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_38" stoichiometry="1"/>
					<specieReference specie="BPG_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_38" stoichiometry="1"/>
					<specieReference specie="P3G_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_711)*((((Keq_711)*(BPG_38))*(ADP_38)-(P3G_38)*(ATP_38))/((Kp3g_711)*(Katp_711))))/((1                   +(BPG_38)/(Kbpg_711)+(P3G_38)/(Kp3g_711))*(1                   +(ADP_38)/(Kadp_711)+(ATP_38)/(Katp_711)))">
					<listOfParameters>
						<parameter name="Vmax_711" value="1079.780413072228"/>
						<parameter name="Keq_711" value="3200"/>
						<parameter name="Kp3g_711" value="0.53"/>
						<parameter name="Katp_711" value="0.3"/>
						<parameter name="Kbpg_711" value="0.003"/>
						<parameter name="Kadp_711" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_38" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_712)*((P3G_38)/(Kp3g_712)-(P2G_38)/((Kp3g_712)*(Keq_712))))/(1                   +(P3G_38)/(Kp3g_712)+(P2G_38)/(Kp2g_712))">
					<listOfParameters>
						<parameter name="Vmax_712" value="1483.860324737838"/>
						<parameter name="Kp3g_712" value="1.2"/>
						<parameter name="Keq_712" value="0.19"/>
						<parameter name="Kp2g_712" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_38" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_713)*((P2G_38)/(Kp2g_713)-(PEP_38)/((Kp2g_713)*(Keq_713))))/(1                   +(P2G_38)/(Kp2g_713)+(PEP_38)/(Kpep_713))">
					<listOfParameters>
						<parameter name="Vmax_713" value="181.2374381192422"/>
						<parameter name="Kp2g_713" value="0.04"/>
						<parameter name="Keq_713" value="6.7"/>
						<parameter name="Kpep_713" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_38" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_38" stoichiometry="1"/>
					<specieReference specie="PEP_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_38" stoichiometry="1"/>
					<specieReference specie="PYR_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_714)*(((PEP_38)*(ADP_38))/((Kpep_714)*(Kadp_714))-((PYR_38)*(ATP_38))/(((Kpep_714)*(Kadp_714))*(Keq_714))))/((1                   +(PEP_38)/(Kpep_714)+(PYR_38)/(Kpyr_714))*(1                   +(ADP_38)/(Kadp_714)+(ATP_38)/(Katp_714)))">
					<listOfParameters>
						<parameter name="Vmax_714" value="757.6217288000489"/>
						<parameter name="Kpep_714" value="0.14"/>
						<parameter name="Kadp_714" value="0.53"/>
						<parameter name="Keq_714" value="6500"/>
						<parameter name="Kpyr_714" value="21"/>
						<parameter name="Katp_714" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_38" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_38" stoichiometry="1"/>
					<specieReference specie="CO2_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_715)*(((PYR_38)/(Kpyr_715))^(nH_715)))/(1                   +((PYR_38)/(Kpyr_715))^(nH_715))">
					<listOfParameters>
						<parameter name="Vmax_715" value="743.8484106521341"/>
						<parameter name="Kpyr_715" value="4.33"/>
						<parameter name="nH_715" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_38" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_38" stoichiometry="1"/>
					<specieReference specie="EtOH_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_38" stoichiometry="1"/>
					<specieReference specie="AcAld_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_716)*(((EtOH_38)*(NAD_38))/((Ketoh_716)*(Kinad_716))-((AcAld_38)*(NADH_38))/(((Ketoh_716)*(Kinad_716))*(Keq_716))))/(1                   +(NAD_38)/(Kinad_716)+((EtOH_38)*(Knad_716))/((Kinad_716)*(Ketoh_716))+((AcAld_38)*(Knadh_716))/((Kinadh_716)*(Kacald_716))+(NADH_38)/(Kinadh_716)+((EtOH_38)*(NAD_38))/((Kinad_716)*(Ketoh_716))+(((NAD_38)*(AcAld_38))*(Knadh_716))/(((Kinad_716)*(Kinadh_716))*(Kacald_716))+(((EtOH_38)*(NADH_38))*(Knad_716))/(((Kinad_716)*(Kinadh_716))*(Ketoh_716))+((AcAld_38)*(NADH_38))/((Kacald_716)*(Kinadh_716))+(((EtOH_38)*(NAD_38))*(AcAld_38))/(((Kinad_716)*(Kiacald_716))*(Ketoh_716))+(((EtOH_38)*(AcAld_38))*(NADH_38))/(((Kietoh_716)*(Kinadh_716))*(Kacald_716)))">
					<listOfParameters>
						<parameter name="Vmax_716" value="184.9833860435813"/>
						<parameter name="Ketoh_716" value="17"/>
						<parameter name="Kinad_716" value="0.92"/>
						<parameter name="Keq_716" value="6.9e-005"/>
						<parameter name="Knad_716" value="0.17"/>
						<parameter name="Knadh_716" value="0.11"/>
						<parameter name="Kinadh_716" value="0.031"/>
						<parameter name="Kacald_716" value="1.11"/>
						<parameter name="Kiacald_716" value="1.1"/>
						<parameter name="Kietoh_716" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_38" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_717)*(ATP_38)">
					<listOfParameters>
						<parameter name="Katpase_717" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_38" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_38" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_38" stoichiometry="1"/>
					<specieReference specie="AMP_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_718*ADP_38*ADP_38-k2_718*ATP_38*AMP_38">
					<listOfParameters>
						<parameter name="k1_718" value="45"/>
						<parameter name="k2_718" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_38" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_38" stoichiometry="1"/>
					<specieReference specie="NADH_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_38" stoichiometry="1"/>
					<specieReference specie="Glycerol_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_719)*(((DHAP_38)/(Kdhap_719))*((NADH_38)/(Knadh_719))-(((Glycerol_38)/(Kdhap_719))*((NAD_38)/(Knadh_719)))*((1                   )/(Keq_719))))/((1                   +(DHAP_38)/(Kdhap_719)+(Glycerol_38)/(Kglycerol_719))*(1                   +(NADH_38)/(Knadh_719)+(NAD_38)/(Knad_719)))">
					<listOfParameters>
						<parameter name="Vmax_719" value="55.98599250559848"/>
						<parameter name="Kdhap_719" value="0.4"/>
						<parameter name="Knadh_719" value="0.023"/>
						<parameter name="Keq_719" value="4300"/>
						<parameter name="Kglycerol_719" value="1"/>
						<parameter name="Knad_719" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_38" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_38" stoichiometry="1"/>
					<specieReference specie="G6P_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_38" stoichiometry="1"/>
					<specieReference specie="Glycogen_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_720">
					<listOfParameters>
						<parameter name="KGLYCOGEN_720" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_38" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_38" stoichiometry="1"/>
					<specieReference specie="G6P_38" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_38" stoichiometry="1"/>
					<specieReference specie="Trehalose_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_721">
					<listOfParameters>
						<parameter name="Ktrehalose_721" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_38" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_38" stoichiometry="3"/>
					<specieReference specie="AcAld_38" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_38" stoichiometry="3"/>
					<specieReference specie="Succinate_38" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_722)*(AcAld_38)">
					<listOfParameters>
						<parameter name="k_722" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_39" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_723)*(GLCo_39-GLCi_39))/(Kglc_723))/(1                   +(GLCo_39+GLCi_39)/(Kglc_723)+(((Ki_723)*(GLCo_39))*(GLCi_39))/((Kglc_723)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_723" value="87.93572713772146"/>
						<parameter name="Kglc_723" value="1.1918"/>
						<parameter name="Ki_723" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_39" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_39" stoichiometry="1"/>
					<specieReference specie="ATP_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_39" stoichiometry="1"/>
					<specieReference specie="ADP_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_724)*(((GLCi_39)*(ATP_39))/((Kglc_724)*(Katp_724))-((G6P_39)*(ADP_39))/(((Kglc_724)*(Katp_724))*(Keq_724))))/((1                   +(GLCi_39)/(Kglc_724)+(G6P_39)/(Kg6p_724))*(1                   +(ATP_39)/(Katp_724)+(ADP_39)/(Kadp_724)))">
					<listOfParameters>
						<parameter name="Vmax_724" value="228.1919099526948"/>
						<parameter name="Kglc_724" value="0.08"/>
						<parameter name="Katp_724" value="0.15"/>
						<parameter name="Keq_724" value="2000"/>
						<parameter name="Kg6p_724" value="30"/>
						<parameter name="Kadp_724" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_39" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_725)*((G6P_39)/(Kg6p_725)-(F6P_39)/((Kg6p_725)*(Keq_725))))/(1                   +(G6P_39)/(Kg6p_725)+(F6P_39)/(Kf6p_725))">
					<listOfParameters>
						<parameter name="Vmax_725" value="1003.619653442142"/>
						<parameter name="Kg6p_725" value="1.4"/>
						<parameter name="Keq_725" value="0.29"/>
						<parameter name="Kf6p_725" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_39" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_39" stoichiometry="1"/>
					<specieReference specie="F6P_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_39" stoichiometry="1"/>
					<specieReference specie="F16bP_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_726)*(((((gR_726)*((F6P_39)/(Kf6p_726)))*((ATP_39)/(Katp_726)))*(1                   +(F6P_39)/(Kf6p_726)+(ATP_39)/(Katp_726)+((((gR_726)*(F6P_39))/(Kf6p_726))*(ATP_39))/(Katp_726)))/((1                   +(F6P_39)/(Kf6p_726)+(ATP_39)/(Katp_726)+((((gR_726)*(F6P_39))/(Kf6p_726))*(ATP_39))/(Katp_726))^(2                   )+((((L0_726)*(((1                   +((Ciatp_726)*(ATP_39))/(Kiatp_726))/(1                   +(ATP_39)/(Kiatp_726)))^(2                   )))*(((1                   +((Camp_726)*(AMP_39))/(Kamp_726))/(1                   +(AMP_39)/(Kamp_726)))^(2                   )))*(((1                   +((Cf26_726)*(F26bP_39))/(Kf26_726)+((Cf16_726)*(F16bP_39))/(Kf16_726))/(1                   +(F26bP_39)/(Kf26_726)+(F16bP_39)/(Kf16_726)))^(2                   )))*((1                   +((Catp_726)*(ATP_39))/(Katp_726))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_726" value="102.1113307185279"/>
						<parameter name="gR_726" value="5.12"/>
						<parameter name="Kf6p_726" value="0.1"/>
						<parameter name="Katp_726" value="0.71"/>
						<parameter name="L0_726" value="0.66"/>
						<parameter name="Ciatp_726" value="100"/>
						<parameter name="Kiatp_726" value="0.65"/>
						<parameter name="Camp_726" value="0.08450000000000001"/>
						<parameter name="Kamp_726" value="0.09950000000000001"/>
						<parameter name="Cf26_726" value="0.0174"/>
						<parameter name="Kf26_726" value="0.000682"/>
						<parameter name="Cf16_726" value="0.397"/>
						<parameter name="Kf16_726" value="0.111"/>
						<parameter name="Catp_726" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_39" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_39" stoichiometry="1"/>
					<specieReference specie="GAP_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_727)*((F16bP_39)/(Kf16bp_727)-((DHAP_39)*(GAP_39))/((Kf16bp_727)*(Keq_727))))/(1                   +(F16bP_39)/(Kf16bp_727)+(DHAP_39)/(Kdhap_727)+(GAP_39)/(Kgap_727)+((F16bP_39)*(GAP_39))/((Kf16bp_727)*(Kigap_727))+((DHAP_39)*(GAP_39))/((Kdhap_727)*(Kgap_727)))">
					<listOfParameters>
						<parameter name="Vmax_727" value="72.94582575410986"/>
						<parameter name="Kf16bp_727" value="0.3"/>
						<parameter name="Keq_727" value="0.06900000000000001"/>
						<parameter name="Kdhap_727" value="2"/>
						<parameter name="Kgap_727" value="2.4"/>
						<parameter name="Kigap_727" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_39" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_728*DHAP_39-k2_728*GAP_39">
					<listOfParameters>
						<parameter name="k1_728" value="450000"/>
						<parameter name="k2_728" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_39" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_39" stoichiometry="1"/>
					<specieReference specie="NAD_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_39" stoichiometry="1"/>
					<specieReference specie="NADH_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_729)*((((Vmaxf_729)*(GAP_39))*(NAD_39))/((Kgap_729)*(Knad_729))-(((Vmaxr_729)*(BPG_39))*(NADH_39))/((Kbpg_729)*(Knadh_729))))/((1                   +(GAP_39)/(Kgap_729)+(BPG_39)/(Kbpg_729))*(1                   +(NAD_39)/(Knad_729)+(NADH_39)/(Knadh_729)))">
					<listOfParameters>
						<parameter name="C_729" value="1"/>
						<parameter name="Vmaxf_729" value="1152"/>
						<parameter name="Kgap_729" value="0.21"/>
						<parameter name="Knad_729" value="0.09"/>
						<parameter name="Vmaxr_729" value="6182.670808756933"/>
						<parameter name="Kbpg_729" value="0.0098"/>
						<parameter name="Knadh_729" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_39" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_39" stoichiometry="1"/>
					<specieReference specie="BPG_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_39" stoichiometry="1"/>
					<specieReference specie="P3G_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_730)*((((Keq_730)*(BPG_39))*(ADP_39)-(P3G_39)*(ATP_39))/((Kp3g_730)*(Katp_730))))/((1                   +(BPG_39)/(Kbpg_730)+(P3G_39)/(Kp3g_730))*(1                   +(ADP_39)/(Kadp_730)+(ATP_39)/(Katp_730)))">
					<listOfParameters>
						<parameter name="Vmax_730" value="1268.439172428352"/>
						<parameter name="Keq_730" value="3200"/>
						<parameter name="Kp3g_730" value="0.53"/>
						<parameter name="Katp_730" value="0.3"/>
						<parameter name="Kbpg_730" value="0.003"/>
						<parameter name="Kadp_730" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_39" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_731)*((P3G_39)/(Kp3g_731)-(P2G_39)/((Kp3g_731)*(Keq_731))))/(1                   +(P3G_39)/(Kp3g_731)+(P2G_39)/(Kp2g_731))">
					<listOfParameters>
						<parameter name="Vmax_731" value="2206.256848167873"/>
						<parameter name="Kp3g_731" value="1.2"/>
						<parameter name="Keq_731" value="0.19"/>
						<parameter name="Kp2g_731" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_39" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_732)*((P2G_39)/(Kp2g_732)-(PEP_39)/((Kp2g_732)*(Keq_732))))/(1                   +(P2G_39)/(Kp2g_732)+(PEP_39)/(Kpep_732))">
					<listOfParameters>
						<parameter name="Vmax_732" value="206.0367312522825"/>
						<parameter name="Kp2g_732" value="0.04"/>
						<parameter name="Keq_732" value="6.7"/>
						<parameter name="Kpep_732" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_39" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_39" stoichiometry="1"/>
					<specieReference specie="PEP_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_39" stoichiometry="1"/>
					<specieReference specie="PYR_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_733)*(((PEP_39)*(ADP_39))/((Kpep_733)*(Kadp_733))-((PYR_39)*(ATP_39))/(((Kpep_733)*(Kadp_733))*(Keq_733))))/((1                   +(PEP_39)/(Kpep_733)+(PYR_39)/(Kpyr_733))*(1                   +(ADP_39)/(Kadp_733)+(ATP_39)/(Katp_733)))">
					<listOfParameters>
						<parameter name="Vmax_733" value="1106.307634772805"/>
						<parameter name="Kpep_733" value="0.14"/>
						<parameter name="Kadp_733" value="0.53"/>
						<parameter name="Keq_733" value="6500"/>
						<parameter name="Kpyr_733" value="21"/>
						<parameter name="Katp_733" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_39" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_39" stoichiometry="1"/>
					<specieReference specie="CO2_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_734)*(((PYR_39)/(Kpyr_734))^(nH_734)))/(1                   +((PYR_39)/(Kpyr_734))^(nH_734))">
					<listOfParameters>
						<parameter name="Vmax_734" value="767.2136893029978"/>
						<parameter name="Kpyr_734" value="4.33"/>
						<parameter name="nH_734" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_39" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_39" stoichiometry="1"/>
					<specieReference specie="EtOH_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_39" stoichiometry="1"/>
					<specieReference specie="AcAld_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_735)*(((EtOH_39)*(NAD_39))/((Ketoh_735)*(Kinad_735))-((AcAld_39)*(NADH_39))/(((Ketoh_735)*(Kinad_735))*(Keq_735))))/(1                   +(NAD_39)/(Kinad_735)+((EtOH_39)*(Knad_735))/((Kinad_735)*(Ketoh_735))+((AcAld_39)*(Knadh_735))/((Kinadh_735)*(Kacald_735))+(NADH_39)/(Kinadh_735)+((EtOH_39)*(NAD_39))/((Kinad_735)*(Ketoh_735))+(((NAD_39)*(AcAld_39))*(Knadh_735))/(((Kinad_735)*(Kinadh_735))*(Kacald_735))+(((EtOH_39)*(NADH_39))*(Knad_735))/(((Kinad_735)*(Kinadh_735))*(Ketoh_735))+((AcAld_39)*(NADH_39))/((Kacald_735)*(Kinadh_735))+(((EtOH_39)*(NAD_39))*(AcAld_39))/(((Kinad_735)*(Kiacald_735))*(Ketoh_735))+(((EtOH_39)*(AcAld_39))*(NADH_39))/(((Kietoh_735)*(Kinadh_735))*(Kacald_735)))">
					<listOfParameters>
						<parameter name="Vmax_735" value="242.701801044265"/>
						<parameter name="Ketoh_735" value="17"/>
						<parameter name="Kinad_735" value="0.92"/>
						<parameter name="Keq_735" value="6.9e-005"/>
						<parameter name="Knad_735" value="0.17"/>
						<parameter name="Knadh_735" value="0.11"/>
						<parameter name="Kinadh_735" value="0.031"/>
						<parameter name="Kacald_735" value="1.11"/>
						<parameter name="Kiacald_735" value="1.1"/>
						<parameter name="Kietoh_735" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_39" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_736)*(ATP_39)">
					<listOfParameters>
						<parameter name="Katpase_736" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_39" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_39" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_39" stoichiometry="1"/>
					<specieReference specie="AMP_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_737*ADP_39*ADP_39-k2_737*ATP_39*AMP_39">
					<listOfParameters>
						<parameter name="k1_737" value="45"/>
						<parameter name="k2_737" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_39" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_39" stoichiometry="1"/>
					<specieReference specie="NADH_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_39" stoichiometry="1"/>
					<specieReference specie="Glycerol_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_738)*(((DHAP_39)/(Kdhap_738))*((NADH_39)/(Knadh_738))-(((Glycerol_39)/(Kdhap_738))*((NAD_39)/(Knadh_738)))*((1                   )/(Keq_738))))/((1                   +(DHAP_39)/(Kdhap_738)+(Glycerol_39)/(Kglycerol_738))*(1                   +(NADH_39)/(Knadh_738)+(NAD_39)/(Knad_738)))">
					<listOfParameters>
						<parameter name="Vmax_738" value="44.88862751828563"/>
						<parameter name="Kdhap_738" value="0.4"/>
						<parameter name="Knadh_738" value="0.023"/>
						<parameter name="Keq_738" value="4300"/>
						<parameter name="Kglycerol_738" value="1"/>
						<parameter name="Knad_738" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_39" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_39" stoichiometry="1"/>
					<specieReference specie="G6P_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_39" stoichiometry="1"/>
					<specieReference specie="Glycogen_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_739">
					<listOfParameters>
						<parameter name="KGLYCOGEN_739" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_39" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_39" stoichiometry="1"/>
					<specieReference specie="G6P_39" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_39" stoichiometry="1"/>
					<specieReference specie="Trehalose_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_740">
					<listOfParameters>
						<parameter name="Ktrehalose_740" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_39" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_39" stoichiometry="3"/>
					<specieReference specie="AcAld_39" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_39" stoichiometry="3"/>
					<specieReference specie="Succinate_39" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_741)*(AcAld_39)">
					<listOfParameters>
						<parameter name="k_741" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_40" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_742)*(GLCo_40-GLCi_40))/(Kglc_742))/(1                   +(GLCo_40+GLCi_40)/(Kglc_742)+(((Ki_742)*(GLCo_40))*(GLCi_40))/((Kglc_742)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_742" value="76.53496560696294"/>
						<parameter name="Kglc_742" value="1.1918"/>
						<parameter name="Ki_742" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_40" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_40" stoichiometry="1"/>
					<specieReference specie="ATP_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_40" stoichiometry="1"/>
					<specieReference specie="ADP_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_743)*(((GLCi_40)*(ATP_40))/((Kglc_743)*(Katp_743))-((G6P_40)*(ADP_40))/(((Kglc_743)*(Katp_743))*(Keq_743))))/((1                   +(GLCi_40)/(Kglc_743)+(G6P_40)/(Kg6p_743))*(1                   +(ATP_40)/(Katp_743)+(ADP_40)/(Kadp_743)))">
					<listOfParameters>
						<parameter name="Vmax_743" value="246.1210097705987"/>
						<parameter name="Kglc_743" value="0.08"/>
						<parameter name="Katp_743" value="0.15"/>
						<parameter name="Keq_743" value="2000"/>
						<parameter name="Kg6p_743" value="30"/>
						<parameter name="Kadp_743" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_40" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_744)*((G6P_40)/(Kg6p_744)-(F6P_40)/((Kg6p_744)*(Keq_744))))/(1                   +(G6P_40)/(Kg6p_744)+(F6P_40)/(Kf6p_744))">
					<listOfParameters>
						<parameter name="Vmax_744" value="966.4542851786406"/>
						<parameter name="Kg6p_744" value="1.4"/>
						<parameter name="Keq_744" value="0.29"/>
						<parameter name="Kf6p_744" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_40" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_40" stoichiometry="1"/>
					<specieReference specie="F6P_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_40" stoichiometry="1"/>
					<specieReference specie="F16bP_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_745)*(((((gR_745)*((F6P_40)/(Kf6p_745)))*((ATP_40)/(Katp_745)))*(1                   +(F6P_40)/(Kf6p_745)+(ATP_40)/(Katp_745)+((((gR_745)*(F6P_40))/(Kf6p_745))*(ATP_40))/(Katp_745)))/((1                   +(F6P_40)/(Kf6p_745)+(ATP_40)/(Katp_745)+((((gR_745)*(F6P_40))/(Kf6p_745))*(ATP_40))/(Katp_745))^(2                   )+((((L0_745)*(((1                   +((Ciatp_745)*(ATP_40))/(Kiatp_745))/(1                   +(ATP_40)/(Kiatp_745)))^(2                   )))*(((1                   +((Camp_745)*(AMP_40))/(Kamp_745))/(1                   +(AMP_40)/(Kamp_745)))^(2                   )))*(((1                   +((Cf26_745)*(F26bP_40))/(Kf26_745)+((Cf16_745)*(F16bP_40))/(Kf16_745))/(1                   +(F26bP_40)/(Kf26_745)+(F16bP_40)/(Kf16_745)))^(2                   )))*((1                   +((Catp_745)*(ATP_40))/(Katp_745))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_745" value="129.076042398773"/>
						<parameter name="gR_745" value="5.12"/>
						<parameter name="Kf6p_745" value="0.1"/>
						<parameter name="Katp_745" value="0.71"/>
						<parameter name="L0_745" value="0.66"/>
						<parameter name="Ciatp_745" value="100"/>
						<parameter name="Kiatp_745" value="0.65"/>
						<parameter name="Camp_745" value="0.08450000000000001"/>
						<parameter name="Kamp_745" value="0.09950000000000001"/>
						<parameter name="Cf26_745" value="0.0174"/>
						<parameter name="Kf26_745" value="0.000682"/>
						<parameter name="Cf16_745" value="0.397"/>
						<parameter name="Kf16_745" value="0.111"/>
						<parameter name="Catp_745" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_40" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_40" stoichiometry="1"/>
					<specieReference specie="GAP_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_746)*((F16bP_40)/(Kf16bp_746)-((DHAP_40)*(GAP_40))/((Kf16bp_746)*(Keq_746))))/(1                   +(F16bP_40)/(Kf16bp_746)+(DHAP_40)/(Kdhap_746)+(GAP_40)/(Kgap_746)+((F16bP_40)*(GAP_40))/((Kf16bp_746)*(Kigap_746))+((DHAP_40)*(GAP_40))/((Kdhap_746)*(Kgap_746)))">
					<listOfParameters>
						<parameter name="Vmax_746" value="101.2612210558298"/>
						<parameter name="Kf16bp_746" value="0.3"/>
						<parameter name="Keq_746" value="0.06900000000000001"/>
						<parameter name="Kdhap_746" value="2"/>
						<parameter name="Kgap_746" value="2.4"/>
						<parameter name="Kigap_746" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_40" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_747*DHAP_40-k2_747*GAP_40">
					<listOfParameters>
						<parameter name="k1_747" value="450000"/>
						<parameter name="k2_747" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_40" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_40" stoichiometry="1"/>
					<specieReference specie="NAD_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_40" stoichiometry="1"/>
					<specieReference specie="NADH_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_748)*((((Vmaxf_748)*(GAP_40))*(NAD_40))/((Kgap_748)*(Knad_748))-(((Vmaxr_748)*(BPG_40))*(NADH_40))/((Kbpg_748)*(Knadh_748))))/((1                   +(GAP_40)/(Kgap_748)+(BPG_40)/(Kbpg_748))*(1                   +(NAD_40)/(Knad_748)+(NADH_40)/(Knadh_748)))">
					<listOfParameters>
						<parameter name="C_748" value="1"/>
						<parameter name="Vmaxf_748" value="1152"/>
						<parameter name="Kgap_748" value="0.21"/>
						<parameter name="Knad_748" value="0.09"/>
						<parameter name="Vmaxr_748" value="8294.424185939266"/>
						<parameter name="Kbpg_748" value="0.0098"/>
						<parameter name="Knadh_748" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_40" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_40" stoichiometry="1"/>
					<specieReference specie="BPG_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_40" stoichiometry="1"/>
					<specieReference specie="P3G_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_749)*((((Keq_749)*(BPG_40))*(ADP_40)-(P3G_40)*(ATP_40))/((Kp3g_749)*(Katp_749))))/((1                   +(BPG_40)/(Kbpg_749)+(P3G_40)/(Kp3g_749))*(1                   +(ADP_40)/(Kadp_749)+(ATP_40)/(Katp_749)))">
					<listOfParameters>
						<parameter name="Vmax_749" value="1385.726690372384"/>
						<parameter name="Keq_749" value="3200"/>
						<parameter name="Kp3g_749" value="0.53"/>
						<parameter name="Katp_749" value="0.3"/>
						<parameter name="Kbpg_749" value="0.003"/>
						<parameter name="Kadp_749" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_40" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_750)*((P3G_40)/(Kp3g_750)-(P2G_40)/((Kp3g_750)*(Keq_750))))/(1                   +(P3G_40)/(Kp3g_750)+(P2G_40)/(Kp2g_750))">
					<listOfParameters>
						<parameter name="Vmax_750" value="2338.992919365579"/>
						<parameter name="Kp3g_750" value="1.2"/>
						<parameter name="Keq_750" value="0.19"/>
						<parameter name="Kp2g_750" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_40" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_751)*((P2G_40)/(Kp2g_751)-(PEP_40)/((Kp2g_751)*(Keq_751))))/(1                   +(P2G_40)/(Kp2g_751)+(PEP_40)/(Kpep_751))">
					<listOfParameters>
						<parameter name="Vmax_751" value="133.590235410559"/>
						<parameter name="Kp2g_751" value="0.04"/>
						<parameter name="Keq_751" value="6.7"/>
						<parameter name="Kpep_751" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_40" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_40" stoichiometry="1"/>
					<specieReference specie="PEP_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_40" stoichiometry="1"/>
					<specieReference specie="PYR_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_752)*(((PEP_40)*(ADP_40))/((Kpep_752)*(Kadp_752))-((PYR_40)*(ATP_40))/(((Kpep_752)*(Kadp_752))*(Keq_752))))/((1                   +(PEP_40)/(Kpep_752)+(PYR_40)/(Kpyr_752))*(1                   +(ADP_40)/(Kadp_752)+(ATP_40)/(Katp_752)))">
					<listOfParameters>
						<parameter name="Vmax_752" value="1394.676646848553"/>
						<parameter name="Kpep_752" value="0.14"/>
						<parameter name="Kadp_752" value="0.53"/>
						<parameter name="Keq_752" value="6500"/>
						<parameter name="Kpyr_752" value="21"/>
						<parameter name="Katp_752" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_40" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_40" stoichiometry="1"/>
					<specieReference specie="CO2_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_753)*(((PYR_40)/(Kpyr_753))^(nH_753)))/(1                   +((PYR_40)/(Kpyr_753))^(nH_753))">
					<listOfParameters>
						<parameter name="Vmax_753" value="573.4717332426089"/>
						<parameter name="Kpyr_753" value="4.33"/>
						<parameter name="nH_753" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_40" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_40" stoichiometry="1"/>
					<specieReference specie="EtOH_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_40" stoichiometry="1"/>
					<specieReference specie="AcAld_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_754)*(((EtOH_40)*(NAD_40))/((Ketoh_754)*(Kinad_754))-((AcAld_40)*(NADH_40))/(((Ketoh_754)*(Kinad_754))*(Keq_754))))/(1                   +(NAD_40)/(Kinad_754)+((EtOH_40)*(Knad_754))/((Kinad_754)*(Ketoh_754))+((AcAld_40)*(Knadh_754))/((Kinadh_754)*(Kacald_754))+(NADH_40)/(Kinadh_754)+((EtOH_40)*(NAD_40))/((Kinad_754)*(Ketoh_754))+(((NAD_40)*(AcAld_40))*(Knadh_754))/(((Kinad_754)*(Kinadh_754))*(Kacald_754))+(((EtOH_40)*(NADH_40))*(Knad_754))/(((Kinad_754)*(Kinadh_754))*(Ketoh_754))+((AcAld_40)*(NADH_40))/((Kacald_754)*(Kinadh_754))+(((EtOH_40)*(NAD_40))*(AcAld_40))/(((Kinad_754)*(Kiacald_754))*(Ketoh_754))+(((EtOH_40)*(AcAld_40))*(NADH_40))/(((Kietoh_754)*(Kinadh_754))*(Kacald_754)))">
					<listOfParameters>
						<parameter name="Vmax_754" value="180.0525696376129"/>
						<parameter name="Ketoh_754" value="17"/>
						<parameter name="Kinad_754" value="0.92"/>
						<parameter name="Keq_754" value="6.9e-005"/>
						<parameter name="Knad_754" value="0.17"/>
						<parameter name="Knadh_754" value="0.11"/>
						<parameter name="Kinadh_754" value="0.031"/>
						<parameter name="Kacald_754" value="1.11"/>
						<parameter name="Kiacald_754" value="1.1"/>
						<parameter name="Kietoh_754" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_40" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_755)*(ATP_40)">
					<listOfParameters>
						<parameter name="Katpase_755" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_40" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_40" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_40" stoichiometry="1"/>
					<specieReference specie="AMP_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_756*ADP_40*ADP_40-k2_756*ATP_40*AMP_40">
					<listOfParameters>
						<parameter name="k1_756" value="45"/>
						<parameter name="k2_756" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_40" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_40" stoichiometry="1"/>
					<specieReference specie="NADH_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_40" stoichiometry="1"/>
					<specieReference specie="Glycerol_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_757)*(((DHAP_40)/(Kdhap_757))*((NADH_40)/(Knadh_757))-(((Glycerol_40)/(Kdhap_757))*((NAD_40)/(Knadh_757)))*((1                   )/(Keq_757))))/((1                   +(DHAP_40)/(Kdhap_757)+(Glycerol_40)/(Kglycerol_757))*(1                   +(NADH_40)/(Knadh_757)+(NAD_40)/(Knad_757)))">
					<listOfParameters>
						<parameter name="Vmax_757" value="46.8919576561589"/>
						<parameter name="Kdhap_757" value="0.4"/>
						<parameter name="Knadh_757" value="0.023"/>
						<parameter name="Keq_757" value="4300"/>
						<parameter name="Kglycerol_757" value="1"/>
						<parameter name="Knad_757" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_40" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_40" stoichiometry="1"/>
					<specieReference specie="G6P_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_40" stoichiometry="1"/>
					<specieReference specie="Glycogen_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_758">
					<listOfParameters>
						<parameter name="KGLYCOGEN_758" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_40" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_40" stoichiometry="1"/>
					<specieReference specie="G6P_40" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_40" stoichiometry="1"/>
					<specieReference specie="Trehalose_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_759">
					<listOfParameters>
						<parameter name="Ktrehalose_759" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_40" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_40" stoichiometry="3"/>
					<specieReference specie="AcAld_40" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_40" stoichiometry="3"/>
					<specieReference specie="Succinate_40" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_760)*(AcAld_40)">
					<listOfParameters>
						<parameter name="k_760" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_41" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_761)*(GLCo_41-GLCi_41))/(Kglc_761))/(1                   +(GLCo_41+GLCi_41)/(Kglc_761)+(((Ki_761)*(GLCo_41))*(GLCi_41))/((Kglc_761)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_761" value="117.5949147842177"/>
						<parameter name="Kglc_761" value="1.1918"/>
						<parameter name="Ki_761" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_41" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_41" stoichiometry="1"/>
					<specieReference specie="ATP_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_41" stoichiometry="1"/>
					<specieReference specie="ADP_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_762)*(((GLCi_41)*(ATP_41))/((Kglc_762)*(Katp_762))-((G6P_41)*(ADP_41))/(((Kglc_762)*(Katp_762))*(Keq_762))))/((1                   +(GLCi_41)/(Kglc_762)+(G6P_41)/(Kg6p_762))*(1                   +(ATP_41)/(Katp_762)+(ADP_41)/(Kadp_762)))">
					<listOfParameters>
						<parameter name="Vmax_762" value="212.9187509300785"/>
						<parameter name="Kglc_762" value="0.08"/>
						<parameter name="Katp_762" value="0.15"/>
						<parameter name="Keq_762" value="2000"/>
						<parameter name="Kg6p_762" value="30"/>
						<parameter name="Kadp_762" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_41" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_763)*((G6P_41)/(Kg6p_763)-(F6P_41)/((Kg6p_763)*(Keq_763))))/(1                   +(G6P_41)/(Kg6p_763)+(F6P_41)/(Kf6p_763))">
					<listOfParameters>
						<parameter name="Vmax_763" value="717.1334402211564"/>
						<parameter name="Kg6p_763" value="1.4"/>
						<parameter name="Keq_763" value="0.29"/>
						<parameter name="Kf6p_763" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_41" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_41" stoichiometry="1"/>
					<specieReference specie="F6P_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_41" stoichiometry="1"/>
					<specieReference specie="F16bP_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_764)*(((((gR_764)*((F6P_41)/(Kf6p_764)))*((ATP_41)/(Katp_764)))*(1                   +(F6P_41)/(Kf6p_764)+(ATP_41)/(Katp_764)+((((gR_764)*(F6P_41))/(Kf6p_764))*(ATP_41))/(Katp_764)))/((1                   +(F6P_41)/(Kf6p_764)+(ATP_41)/(Katp_764)+((((gR_764)*(F6P_41))/(Kf6p_764))*(ATP_41))/(Katp_764))^(2                   )+((((L0_764)*(((1                   +((Ciatp_764)*(ATP_41))/(Kiatp_764))/(1                   +(ATP_41)/(Kiatp_764)))^(2                   )))*(((1                   +((Camp_764)*(AMP_41))/(Kamp_764))/(1                   +(AMP_41)/(Kamp_764)))^(2                   )))*(((1                   +((Cf26_764)*(F26bP_41))/(Kf26_764)+((Cf16_764)*(F16bP_41))/(Kf16_764))/(1                   +(F26bP_41)/(Kf26_764)+(F16bP_41)/(Kf16_764)))^(2                   )))*((1                   +((Catp_764)*(ATP_41))/(Katp_764))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_764" value="114.7424776205264"/>
						<parameter name="gR_764" value="5.12"/>
						<parameter name="Kf6p_764" value="0.1"/>
						<parameter name="Katp_764" value="0.71"/>
						<parameter name="L0_764" value="0.66"/>
						<parameter name="Ciatp_764" value="100"/>
						<parameter name="Kiatp_764" value="0.65"/>
						<parameter name="Camp_764" value="0.08450000000000001"/>
						<parameter name="Kamp_764" value="0.09950000000000001"/>
						<parameter name="Cf26_764" value="0.0174"/>
						<parameter name="Kf26_764" value="0.000682"/>
						<parameter name="Cf16_764" value="0.397"/>
						<parameter name="Kf16_764" value="0.111"/>
						<parameter name="Catp_764" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_41" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_41" stoichiometry="1"/>
					<specieReference specie="GAP_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_765)*((F16bP_41)/(Kf16bp_765)-((DHAP_41)*(GAP_41))/((Kf16bp_765)*(Keq_765))))/(1                   +(F16bP_41)/(Kf16bp_765)+(DHAP_41)/(Kdhap_765)+(GAP_41)/(Kgap_765)+((F16bP_41)*(GAP_41))/((Kf16bp_765)*(Kigap_765))+((DHAP_41)*(GAP_41))/((Kdhap_765)*(Kgap_765)))">
					<listOfParameters>
						<parameter name="Vmax_765" value="100.3813575123707"/>
						<parameter name="Kf16bp_765" value="0.3"/>
						<parameter name="Keq_765" value="0.06900000000000001"/>
						<parameter name="Kdhap_765" value="2"/>
						<parameter name="Kgap_765" value="2.4"/>
						<parameter name="Kigap_765" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_41" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_766*DHAP_41-k2_766*GAP_41">
					<listOfParameters>
						<parameter name="k1_766" value="450000"/>
						<parameter name="k2_766" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_41" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_41" stoichiometry="1"/>
					<specieReference specie="NAD_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_41" stoichiometry="1"/>
					<specieReference specie="NADH_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_767)*((((Vmaxf_767)*(GAP_41))*(NAD_41))/((Kgap_767)*(Knad_767))-(((Vmaxr_767)*(BPG_41))*(NADH_41))/((Kbpg_767)*(Knadh_767))))/((1                   +(GAP_41)/(Kgap_767)+(BPG_41)/(Kbpg_767))*(1                   +(NAD_41)/(Knad_767)+(NADH_41)/(Knadh_767)))">
					<listOfParameters>
						<parameter name="C_767" value="1"/>
						<parameter name="Vmaxf_767" value="1152"/>
						<parameter name="Kgap_767" value="0.21"/>
						<parameter name="Knad_767" value="0.09"/>
						<parameter name="Vmaxr_767" value="6622.059170762405"/>
						<parameter name="Kbpg_767" value="0.0098"/>
						<parameter name="Knadh_767" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_41" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_41" stoichiometry="1"/>
					<specieReference specie="BPG_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_41" stoichiometry="1"/>
					<specieReference specie="P3G_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_768)*((((Keq_768)*(BPG_41))*(ADP_41)-(P3G_41)*(ATP_41))/((Kp3g_768)*(Katp_768))))/((1                   +(BPG_41)/(Kbpg_768)+(P3G_41)/(Kp3g_768))*(1                   +(ADP_41)/(Kadp_768)+(ATP_41)/(Katp_768)))">
					<listOfParameters>
						<parameter name="Vmax_768" value="1531.593390387724"/>
						<parameter name="Keq_768" value="3200"/>
						<parameter name="Kp3g_768" value="0.53"/>
						<parameter name="Katp_768" value="0.3"/>
						<parameter name="Kbpg_768" value="0.003"/>
						<parameter name="Kadp_768" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_41" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_769)*((P3G_41)/(Kp3g_769)-(P2G_41)/((Kp3g_769)*(Keq_769))))/(1                   +(P3G_41)/(Kp3g_769)+(P2G_41)/(Kp2g_769))">
					<listOfParameters>
						<parameter name="Vmax_769" value="3056.713628839293"/>
						<parameter name="Kp3g_769" value="1.2"/>
						<parameter name="Keq_769" value="0.19"/>
						<parameter name="Kp2g_769" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_41" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_770)*((P2G_41)/(Kp2g_770)-(PEP_41)/((Kp2g_770)*(Keq_770))))/(1                   +(P2G_41)/(Kp2g_770)+(PEP_41)/(Kpep_770))">
					<listOfParameters>
						<parameter name="Vmax_770" value="166.5112784476533"/>
						<parameter name="Kp2g_770" value="0.04"/>
						<parameter name="Keq_770" value="6.7"/>
						<parameter name="Kpep_770" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_41" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_41" stoichiometry="1"/>
					<specieReference specie="PEP_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_41" stoichiometry="1"/>
					<specieReference specie="PYR_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_771)*(((PEP_41)*(ADP_41))/((Kpep_771)*(Kadp_771))-((PYR_41)*(ATP_41))/(((Kpep_771)*(Kadp_771))*(Keq_771))))/((1                   +(PEP_41)/(Kpep_771)+(PYR_41)/(Kpyr_771))*(1                   +(ADP_41)/(Kadp_771)+(ATP_41)/(Katp_771)))">
					<listOfParameters>
						<parameter name="Vmax_771" value="1307.304005853848"/>
						<parameter name="Kpep_771" value="0.14"/>
						<parameter name="Kadp_771" value="0.53"/>
						<parameter name="Keq_771" value="6500"/>
						<parameter name="Kpyr_771" value="21"/>
						<parameter name="Katp_771" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_41" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_41" stoichiometry="1"/>
					<specieReference specie="CO2_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_772)*(((PYR_41)/(Kpyr_772))^(nH_772)))/(1                   +((PYR_41)/(Kpyr_772))^(nH_772))">
					<listOfParameters>
						<parameter name="Vmax_772" value="837.28954295206"/>
						<parameter name="Kpyr_772" value="4.33"/>
						<parameter name="nH_772" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_41" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_41" stoichiometry="1"/>
					<specieReference specie="EtOH_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_41" stoichiometry="1"/>
					<specieReference specie="AcAld_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_773)*(((EtOH_41)*(NAD_41))/((Ketoh_773)*(Kinad_773))-((AcAld_41)*(NADH_41))/(((Ketoh_773)*(Kinad_773))*(Keq_773))))/(1                   +(NAD_41)/(Kinad_773)+((EtOH_41)*(Knad_773))/((Kinad_773)*(Ketoh_773))+((AcAld_41)*(Knadh_773))/((Kinadh_773)*(Kacald_773))+(NADH_41)/(Kinadh_773)+((EtOH_41)*(NAD_41))/((Kinad_773)*(Ketoh_773))+(((NAD_41)*(AcAld_41))*(Knadh_773))/(((Kinad_773)*(Kinadh_773))*(Kacald_773))+(((EtOH_41)*(NADH_41))*(Knad_773))/(((Kinad_773)*(Kinadh_773))*(Ketoh_773))+((AcAld_41)*(NADH_41))/((Kacald_773)*(Kinadh_773))+(((EtOH_41)*(NAD_41))*(AcAld_41))/(((Kinad_773)*(Kiacald_773))*(Ketoh_773))+(((EtOH_41)*(AcAld_41))*(NADH_41))/(((Kietoh_773)*(Kinadh_773))*(Kacald_773)))">
					<listOfParameters>
						<parameter name="Vmax_773" value="240.8553990347886"/>
						<parameter name="Ketoh_773" value="17"/>
						<parameter name="Kinad_773" value="0.92"/>
						<parameter name="Keq_773" value="6.9e-005"/>
						<parameter name="Knad_773" value="0.17"/>
						<parameter name="Knadh_773" value="0.11"/>
						<parameter name="Kinadh_773" value="0.031"/>
						<parameter name="Kacald_773" value="1.11"/>
						<parameter name="Kiacald_773" value="1.1"/>
						<parameter name="Kietoh_773" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_41" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_774)*(ATP_41)">
					<listOfParameters>
						<parameter name="Katpase_774" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_41" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_41" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_41" stoichiometry="1"/>
					<specieReference specie="AMP_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_775*ADP_41*ADP_41-k2_775*ATP_41*AMP_41">
					<listOfParameters>
						<parameter name="k1_775" value="45"/>
						<parameter name="k2_775" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_41" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_41" stoichiometry="1"/>
					<specieReference specie="NADH_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_41" stoichiometry="1"/>
					<specieReference specie="Glycerol_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_776)*(((DHAP_41)/(Kdhap_776))*((NADH_41)/(Knadh_776))-(((Glycerol_41)/(Kdhap_776))*((NAD_41)/(Knadh_776)))*((1                   )/(Keq_776))))/((1                   +(DHAP_41)/(Kdhap_776)+(Glycerol_41)/(Kglycerol_776))*(1                   +(NADH_41)/(Knadh_776)+(NAD_41)/(Knad_776)))">
					<listOfParameters>
						<parameter name="Vmax_776" value="48.21760760848324"/>
						<parameter name="Kdhap_776" value="0.4"/>
						<parameter name="Knadh_776" value="0.023"/>
						<parameter name="Keq_776" value="4300"/>
						<parameter name="Kglycerol_776" value="1"/>
						<parameter name="Knad_776" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_41" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_41" stoichiometry="1"/>
					<specieReference specie="G6P_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_41" stoichiometry="1"/>
					<specieReference specie="Glycogen_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_777">
					<listOfParameters>
						<parameter name="KGLYCOGEN_777" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_41" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_41" stoichiometry="1"/>
					<specieReference specie="G6P_41" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_41" stoichiometry="1"/>
					<specieReference specie="Trehalose_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_778">
					<listOfParameters>
						<parameter name="Ktrehalose_778" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_41" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_41" stoichiometry="3"/>
					<specieReference specie="AcAld_41" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_41" stoichiometry="3"/>
					<specieReference specie="Succinate_41" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_779)*(AcAld_41)">
					<listOfParameters>
						<parameter name="k_779" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_42" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_780)*(GLCo_42-GLCi_42))/(Kglc_780))/(1                   +(GLCo_42+GLCi_42)/(Kglc_780)+(((Ki_780)*(GLCo_42))*(GLCi_42))/((Kglc_780)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_780" value="96.64976777181335"/>
						<parameter name="Kglc_780" value="1.1918"/>
						<parameter name="Ki_780" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_42" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_42" stoichiometry="1"/>
					<specieReference specie="ATP_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_42" stoichiometry="1"/>
					<specieReference specie="ADP_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_781)*(((GLCi_42)*(ATP_42))/((Kglc_781)*(Katp_781))-((G6P_42)*(ADP_42))/(((Kglc_781)*(Katp_781))*(Keq_781))))/((1                   +(GLCi_42)/(Kglc_781)+(G6P_42)/(Kg6p_781))*(1                   +(ATP_42)/(Katp_781)+(ADP_42)/(Kadp_781)))">
					<listOfParameters>
						<parameter name="Vmax_781" value="264.1427730441507"/>
						<parameter name="Kglc_781" value="0.08"/>
						<parameter name="Katp_781" value="0.15"/>
						<parameter name="Keq_781" value="2000"/>
						<parameter name="Kg6p_781" value="30"/>
						<parameter name="Kadp_781" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_42" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_782)*((G6P_42)/(Kg6p_782)-(F6P_42)/((Kg6p_782)*(Keq_782))))/(1                   +(G6P_42)/(Kg6p_782)+(F6P_42)/(Kf6p_782))">
					<listOfParameters>
						<parameter name="Vmax_782" value="803.2280169293506"/>
						<parameter name="Kg6p_782" value="1.4"/>
						<parameter name="Keq_782" value="0.29"/>
						<parameter name="Kf6p_782" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_42" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_42" stoichiometry="1"/>
					<specieReference specie="F6P_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_42" stoichiometry="1"/>
					<specieReference specie="F16bP_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_783)*(((((gR_783)*((F6P_42)/(Kf6p_783)))*((ATP_42)/(Katp_783)))*(1                   +(F6P_42)/(Kf6p_783)+(ATP_42)/(Katp_783)+((((gR_783)*(F6P_42))/(Kf6p_783))*(ATP_42))/(Katp_783)))/((1                   +(F6P_42)/(Kf6p_783)+(ATP_42)/(Katp_783)+((((gR_783)*(F6P_42))/(Kf6p_783))*(ATP_42))/(Katp_783))^(2                   )+((((L0_783)*(((1                   +((Ciatp_783)*(ATP_42))/(Kiatp_783))/(1                   +(ATP_42)/(Kiatp_783)))^(2                   )))*(((1                   +((Camp_783)*(AMP_42))/(Kamp_783))/(1                   +(AMP_42)/(Kamp_783)))^(2                   )))*(((1                   +((Cf26_783)*(F26bP_42))/(Kf26_783)+((Cf16_783)*(F16bP_42))/(Kf16_783))/(1                   +(F26bP_42)/(Kf26_783)+(F16bP_42)/(Kf16_783)))^(2                   )))*((1                   +((Catp_783)*(ATP_42))/(Katp_783))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_783" value="128.5201203685379"/>
						<parameter name="gR_783" value="5.12"/>
						<parameter name="Kf6p_783" value="0.1"/>
						<parameter name="Katp_783" value="0.71"/>
						<parameter name="L0_783" value="0.66"/>
						<parameter name="Ciatp_783" value="100"/>
						<parameter name="Kiatp_783" value="0.65"/>
						<parameter name="Camp_783" value="0.08450000000000001"/>
						<parameter name="Kamp_783" value="0.09950000000000001"/>
						<parameter name="Cf26_783" value="0.0174"/>
						<parameter name="Kf26_783" value="0.000682"/>
						<parameter name="Cf16_783" value="0.397"/>
						<parameter name="Kf16_783" value="0.111"/>
						<parameter name="Catp_783" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_42" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_42" stoichiometry="1"/>
					<specieReference specie="GAP_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_784)*((F16bP_42)/(Kf16bp_784)-((DHAP_42)*(GAP_42))/((Kf16bp_784)*(Keq_784))))/(1                   +(F16bP_42)/(Kf16bp_784)+(DHAP_42)/(Kdhap_784)+(GAP_42)/(Kgap_784)+((F16bP_42)*(GAP_42))/((Kf16bp_784)*(Kigap_784))+((DHAP_42)*(GAP_42))/((Kdhap_784)*(Kgap_784)))">
					<listOfParameters>
						<parameter name="Vmax_784" value="90.25576749094162"/>
						<parameter name="Kf16bp_784" value="0.3"/>
						<parameter name="Keq_784" value="0.06900000000000001"/>
						<parameter name="Kdhap_784" value="2"/>
						<parameter name="Kgap_784" value="2.4"/>
						<parameter name="Kigap_784" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_42" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_785*DHAP_42-k2_785*GAP_42">
					<listOfParameters>
						<parameter name="k1_785" value="450000"/>
						<parameter name="k2_785" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_42" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_42" stoichiometry="1"/>
					<specieReference specie="NAD_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_42" stoichiometry="1"/>
					<specieReference specie="NADH_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_786)*((((Vmaxf_786)*(GAP_42))*(NAD_42))/((Kgap_786)*(Knad_786))-(((Vmaxr_786)*(BPG_42))*(NADH_42))/((Kbpg_786)*(Knadh_786))))/((1                   +(GAP_42)/(Kgap_786)+(BPG_42)/(Kbpg_786))*(1                   +(NAD_42)/(Knad_786)+(NADH_42)/(Knadh_786)))">
					<listOfParameters>
						<parameter name="C_786" value="1"/>
						<parameter name="Vmaxf_786" value="1152"/>
						<parameter name="Kgap_786" value="0.21"/>
						<parameter name="Knad_786" value="0.09"/>
						<parameter name="Vmaxr_786" value="5039.836987346049"/>
						<parameter name="Kbpg_786" value="0.0098"/>
						<parameter name="Knadh_786" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_42" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_42" stoichiometry="1"/>
					<specieReference specie="BPG_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_42" stoichiometry="1"/>
					<specieReference specie="P3G_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_787)*((((Keq_787)*(BPG_42))*(ADP_42)-(P3G_42)*(ATP_42))/((Kp3g_787)*(Katp_787))))/((1                   +(BPG_42)/(Kbpg_787)+(P3G_42)/(Kp3g_787))*(1                   +(ADP_42)/(Kadp_787)+(ATP_42)/(Katp_787)))">
					<listOfParameters>
						<parameter name="Vmax_787" value="1952.309761047183"/>
						<parameter name="Keq_787" value="3200"/>
						<parameter name="Kp3g_787" value="0.53"/>
						<parameter name="Katp_787" value="0.3"/>
						<parameter name="Kbpg_787" value="0.003"/>
						<parameter name="Kadp_787" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_42" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_788)*((P3G_42)/(Kp3g_788)-(P2G_42)/((Kp3g_788)*(Keq_788))))/(1                   +(P3G_42)/(Kp3g_788)+(P2G_42)/(Kp2g_788))">
					<listOfParameters>
						<parameter name="Vmax_788" value="3208.987903716635"/>
						<parameter name="Kp3g_788" value="1.2"/>
						<parameter name="Keq_788" value="0.19"/>
						<parameter name="Kp2g_788" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_42" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_789)*((P2G_42)/(Kp2g_789)-(PEP_42)/((Kp2g_789)*(Keq_789))))/(1                   +(P2G_42)/(Kp2g_789)+(PEP_42)/(Kpep_789))">
					<listOfParameters>
						<parameter name="Vmax_789" value="225.7283804785624"/>
						<parameter name="Kp2g_789" value="0.04"/>
						<parameter name="Keq_789" value="6.7"/>
						<parameter name="Kpep_789" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_42" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_42" stoichiometry="1"/>
					<specieReference specie="PEP_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_42" stoichiometry="1"/>
					<specieReference specie="PYR_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_790)*(((PEP_42)*(ADP_42))/((Kpep_790)*(Kadp_790))-((PYR_42)*(ATP_42))/(((Kpep_790)*(Kadp_790))*(Keq_790))))/((1                   +(PEP_42)/(Kpep_790)+(PYR_42)/(Kpyr_790))*(1                   +(ADP_42)/(Kadp_790)+(ATP_42)/(Katp_790)))">
					<listOfParameters>
						<parameter name="Vmax_790" value="817.4881858426716"/>
						<parameter name="Kpep_790" value="0.14"/>
						<parameter name="Kadp_790" value="0.53"/>
						<parameter name="Keq_790" value="6500"/>
						<parameter name="Kpyr_790" value="21"/>
						<parameter name="Katp_790" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_42" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_42" stoichiometry="1"/>
					<specieReference specie="CO2_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_791)*(((PYR_42)/(Kpyr_791))^(nH_791)))/(1                   +((PYR_42)/(Kpyr_791))^(nH_791))">
					<listOfParameters>
						<parameter name="Vmax_791" value="767.5258605399306"/>
						<parameter name="Kpyr_791" value="4.33"/>
						<parameter name="nH_791" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_42" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_42" stoichiometry="1"/>
					<specieReference specie="EtOH_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_42" stoichiometry="1"/>
					<specieReference specie="AcAld_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_792)*(((EtOH_42)*(NAD_42))/((Ketoh_792)*(Kinad_792))-((AcAld_42)*(NADH_42))/(((Ketoh_792)*(Kinad_792))*(Keq_792))))/(1                   +(NAD_42)/(Kinad_792)+((EtOH_42)*(Knad_792))/((Kinad_792)*(Ketoh_792))+((AcAld_42)*(Knadh_792))/((Kinadh_792)*(Kacald_792))+(NADH_42)/(Kinadh_792)+((EtOH_42)*(NAD_42))/((Kinad_792)*(Ketoh_792))+(((NAD_42)*(AcAld_42))*(Knadh_792))/(((Kinad_792)*(Kinadh_792))*(Kacald_792))+(((EtOH_42)*(NADH_42))*(Knad_792))/(((Kinad_792)*(Kinadh_792))*(Ketoh_792))+((AcAld_42)*(NADH_42))/((Kacald_792)*(Kinadh_792))+(((EtOH_42)*(NAD_42))*(AcAld_42))/(((Kinad_792)*(Kiacald_792))*(Ketoh_792))+(((EtOH_42)*(AcAld_42))*(NADH_42))/(((Kietoh_792)*(Kinadh_792))*(Kacald_792)))">
					<listOfParameters>
						<parameter name="Vmax_792" value="198.1904493260274"/>
						<parameter name="Ketoh_792" value="17"/>
						<parameter name="Kinad_792" value="0.92"/>
						<parameter name="Keq_792" value="6.9e-005"/>
						<parameter name="Knad_792" value="0.17"/>
						<parameter name="Knadh_792" value="0.11"/>
						<parameter name="Kinadh_792" value="0.031"/>
						<parameter name="Kacald_792" value="1.11"/>
						<parameter name="Kiacald_792" value="1.1"/>
						<parameter name="Kietoh_792" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_42" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_793)*(ATP_42)">
					<listOfParameters>
						<parameter name="Katpase_793" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_42" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_42" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_42" stoichiometry="1"/>
					<specieReference specie="AMP_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_794*ADP_42*ADP_42-k2_794*ATP_42*AMP_42">
					<listOfParameters>
						<parameter name="k1_794" value="45"/>
						<parameter name="k2_794" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_42" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_42" stoichiometry="1"/>
					<specieReference specie="NADH_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_42" stoichiometry="1"/>
					<specieReference specie="Glycerol_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_795)*(((DHAP_42)/(Kdhap_795))*((NADH_42)/(Knadh_795))-(((Glycerol_42)/(Kdhap_795))*((NAD_42)/(Knadh_795)))*((1                   )/(Keq_795))))/((1                   +(DHAP_42)/(Kdhap_795)+(Glycerol_42)/(Kglycerol_795))*(1                   +(NADH_42)/(Knadh_795)+(NAD_42)/(Knad_795)))">
					<listOfParameters>
						<parameter name="Vmax_795" value="41.46808380997832"/>
						<parameter name="Kdhap_795" value="0.4"/>
						<parameter name="Knadh_795" value="0.023"/>
						<parameter name="Keq_795" value="4300"/>
						<parameter name="Kglycerol_795" value="1"/>
						<parameter name="Knad_795" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_42" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_42" stoichiometry="1"/>
					<specieReference specie="G6P_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_42" stoichiometry="1"/>
					<specieReference specie="Glycogen_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_796">
					<listOfParameters>
						<parameter name="KGLYCOGEN_796" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_42" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_42" stoichiometry="1"/>
					<specieReference specie="G6P_42" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_42" stoichiometry="1"/>
					<specieReference specie="Trehalose_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_797">
					<listOfParameters>
						<parameter name="Ktrehalose_797" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_42" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_42" stoichiometry="3"/>
					<specieReference specie="AcAld_42" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_42" stoichiometry="3"/>
					<specieReference specie="Succinate_42" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_798)*(AcAld_42)">
					<listOfParameters>
						<parameter name="k_798" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_43" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_799)*(GLCo_43-GLCi_43))/(Kglc_799))/(1                   +(GLCo_43+GLCi_43)/(Kglc_799)+(((Ki_799)*(GLCo_43))*(GLCi_43))/((Kglc_799)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_799" value="71.79054731276651"/>
						<parameter name="Kglc_799" value="1.1918"/>
						<parameter name="Ki_799" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_43" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_43" stoichiometry="1"/>
					<specieReference specie="ATP_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_43" stoichiometry="1"/>
					<specieReference specie="ADP_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_800)*(((GLCi_43)*(ATP_43))/((Kglc_800)*(Katp_800))-((G6P_43)*(ADP_43))/(((Kglc_800)*(Katp_800))*(Keq_800))))/((1                   +(GLCi_43)/(Kglc_800)+(G6P_43)/(Kg6p_800))*(1                   +(ATP_43)/(Katp_800)+(ADP_43)/(Kadp_800)))">
					<listOfParameters>
						<parameter name="Vmax_800" value="180.6692094167229"/>
						<parameter name="Kglc_800" value="0.08"/>
						<parameter name="Katp_800" value="0.15"/>
						<parameter name="Keq_800" value="2000"/>
						<parameter name="Kg6p_800" value="30"/>
						<parameter name="Kadp_800" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_43" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_801)*((G6P_43)/(Kg6p_801)-(F6P_43)/((Kg6p_801)*(Keq_801))))/(1                   +(G6P_43)/(Kg6p_801)+(F6P_43)/(Kf6p_801))">
					<listOfParameters>
						<parameter name="Vmax_801" value="1038.260701284155"/>
						<parameter name="Kg6p_801" value="1.4"/>
						<parameter name="Keq_801" value="0.29"/>
						<parameter name="Kf6p_801" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_43" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_43" stoichiometry="1"/>
					<specieReference specie="F6P_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_43" stoichiometry="1"/>
					<specieReference specie="F16bP_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_802)*(((((gR_802)*((F6P_43)/(Kf6p_802)))*((ATP_43)/(Katp_802)))*(1                   +(F6P_43)/(Kf6p_802)+(ATP_43)/(Katp_802)+((((gR_802)*(F6P_43))/(Kf6p_802))*(ATP_43))/(Katp_802)))/((1                   +(F6P_43)/(Kf6p_802)+(ATP_43)/(Katp_802)+((((gR_802)*(F6P_43))/(Kf6p_802))*(ATP_43))/(Katp_802))^(2                   )+((((L0_802)*(((1                   +((Ciatp_802)*(ATP_43))/(Kiatp_802))/(1                   +(ATP_43)/(Kiatp_802)))^(2                   )))*(((1                   +((Camp_802)*(AMP_43))/(Kamp_802))/(1                   +(AMP_43)/(Kamp_802)))^(2                   )))*(((1                   +((Cf26_802)*(F26bP_43))/(Kf26_802)+((Cf16_802)*(F16bP_43))/(Kf16_802))/(1                   +(F26bP_43)/(Kf26_802)+(F16bP_43)/(Kf16_802)))^(2                   )))*((1                   +((Catp_802)*(ATP_43))/(Katp_802))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_802" value="107.9950370526869"/>
						<parameter name="gR_802" value="5.12"/>
						<parameter name="Kf6p_802" value="0.1"/>
						<parameter name="Katp_802" value="0.71"/>
						<parameter name="L0_802" value="0.66"/>
						<parameter name="Ciatp_802" value="100"/>
						<parameter name="Kiatp_802" value="0.65"/>
						<parameter name="Camp_802" value="0.08450000000000001"/>
						<parameter name="Kamp_802" value="0.09950000000000001"/>
						<parameter name="Cf26_802" value="0.0174"/>
						<parameter name="Kf26_802" value="0.000682"/>
						<parameter name="Cf16_802" value="0.397"/>
						<parameter name="Kf16_802" value="0.111"/>
						<parameter name="Catp_802" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_43" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_43" stoichiometry="1"/>
					<specieReference specie="GAP_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_803)*((F16bP_43)/(Kf16bp_803)-((DHAP_43)*(GAP_43))/((Kf16bp_803)*(Keq_803))))/(1                   +(F16bP_43)/(Kf16bp_803)+(DHAP_43)/(Kdhap_803)+(GAP_43)/(Kgap_803)+((F16bP_43)*(GAP_43))/((Kf16bp_803)*(Kigap_803))+((DHAP_43)*(GAP_43))/((Kdhap_803)*(Kgap_803)))">
					<listOfParameters>
						<parameter name="Vmax_803" value="96.2112779010789"/>
						<parameter name="Kf16bp_803" value="0.3"/>
						<parameter name="Keq_803" value="0.06900000000000001"/>
						<parameter name="Kdhap_803" value="2"/>
						<parameter name="Kgap_803" value="2.4"/>
						<parameter name="Kigap_803" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_43" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_804*DHAP_43-k2_804*GAP_43">
					<listOfParameters>
						<parameter name="k1_804" value="450000"/>
						<parameter name="k2_804" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_43" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_43" stoichiometry="1"/>
					<specieReference specie="NAD_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_43" stoichiometry="1"/>
					<specieReference specie="NADH_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_805)*((((Vmaxf_805)*(GAP_43))*(NAD_43))/((Kgap_805)*(Knad_805))-(((Vmaxr_805)*(BPG_43))*(NADH_43))/((Kbpg_805)*(Knadh_805))))/((1                   +(GAP_43)/(Kgap_805)+(BPG_43)/(Kbpg_805))*(1                   +(NAD_43)/(Knad_805)+(NADH_43)/(Knadh_805)))">
					<listOfParameters>
						<parameter name="C_805" value="1"/>
						<parameter name="Vmaxf_805" value="1152"/>
						<parameter name="Kgap_805" value="0.21"/>
						<parameter name="Knad_805" value="0.09"/>
						<parameter name="Vmaxr_805" value="6172.864898997824"/>
						<parameter name="Kbpg_805" value="0.0098"/>
						<parameter name="Knadh_805" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_43" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_43" stoichiometry="1"/>
					<specieReference specie="BPG_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_43" stoichiometry="1"/>
					<specieReference specie="P3G_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_806)*((((Keq_806)*(BPG_43))*(ADP_43)-(P3G_43)*(ATP_43))/((Kp3g_806)*(Katp_806))))/((1                   +(BPG_43)/(Kbpg_806)+(P3G_43)/(Kp3g_806))*(1                   +(ADP_43)/(Kadp_806)+(ATP_43)/(Katp_806)))">
					<listOfParameters>
						<parameter name="Vmax_806" value="1078.091067512944"/>
						<parameter name="Keq_806" value="3200"/>
						<parameter name="Kp3g_806" value="0.53"/>
						<parameter name="Katp_806" value="0.3"/>
						<parameter name="Kbpg_806" value="0.003"/>
						<parameter name="Kadp_806" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_43" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_807)*((P3G_43)/(Kp3g_807)-(P2G_43)/((Kp3g_807)*(Keq_807))))/(1                   +(P3G_43)/(Kp3g_807)+(P2G_43)/(Kp2g_807))">
					<listOfParameters>
						<parameter name="Vmax_807" value="2941.041327582972"/>
						<parameter name="Kp3g_807" value="1.2"/>
						<parameter name="Keq_807" value="0.19"/>
						<parameter name="Kp2g_807" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_43" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_808)*((P2G_43)/(Kp2g_808)-(PEP_43)/((Kp2g_808)*(Keq_808))))/(1                   +(P2G_43)/(Kp2g_808)+(PEP_43)/(Kpep_808))">
					<listOfParameters>
						<parameter name="Vmax_808" value="204.4016498217111"/>
						<parameter name="Kp2g_808" value="0.04"/>
						<parameter name="Keq_808" value="6.7"/>
						<parameter name="Kpep_808" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_43" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_43" stoichiometry="1"/>
					<specieReference specie="PEP_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_43" stoichiometry="1"/>
					<specieReference specie="PYR_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_809)*(((PEP_43)*(ADP_43))/((Kpep_809)*(Kadp_809))-((PYR_43)*(ATP_43))/(((Kpep_809)*(Kadp_809))*(Keq_809))))/((1                   +(PEP_43)/(Kpep_809)+(PYR_43)/(Kpyr_809))*(1                   +(ADP_43)/(Kadp_809)+(ATP_43)/(Katp_809)))">
					<listOfParameters>
						<parameter name="Vmax_809" value="1057.79134884879"/>
						<parameter name="Kpep_809" value="0.14"/>
						<parameter name="Kadp_809" value="0.53"/>
						<parameter name="Keq_809" value="6500"/>
						<parameter name="Kpyr_809" value="21"/>
						<parameter name="Katp_809" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_43" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_43" stoichiometry="1"/>
					<specieReference specie="CO2_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_810)*(((PYR_43)/(Kpyr_810))^(nH_810)))/(1                   +((PYR_43)/(Kpyr_810))^(nH_810))">
					<listOfParameters>
						<parameter name="Vmax_810" value="466.5561202445786"/>
						<parameter name="Kpyr_810" value="4.33"/>
						<parameter name="nH_810" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_43" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_43" stoichiometry="1"/>
					<specieReference specie="EtOH_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_43" stoichiometry="1"/>
					<specieReference specie="AcAld_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_811)*(((EtOH_43)*(NAD_43))/((Ketoh_811)*(Kinad_811))-((AcAld_43)*(NADH_43))/(((Ketoh_811)*(Kinad_811))*(Keq_811))))/(1                   +(NAD_43)/(Kinad_811)+((EtOH_43)*(Knad_811))/((Kinad_811)*(Ketoh_811))+((AcAld_43)*(Knadh_811))/((Kinadh_811)*(Kacald_811))+(NADH_43)/(Kinadh_811)+((EtOH_43)*(NAD_43))/((Kinad_811)*(Ketoh_811))+(((NAD_43)*(AcAld_43))*(Knadh_811))/(((Kinad_811)*(Kinadh_811))*(Kacald_811))+(((EtOH_43)*(NADH_43))*(Knad_811))/(((Kinad_811)*(Kinadh_811))*(Ketoh_811))+((AcAld_43)*(NADH_43))/((Kacald_811)*(Kinadh_811))+(((EtOH_43)*(NAD_43))*(AcAld_43))/(((Kinad_811)*(Kiacald_811))*(Ketoh_811))+(((EtOH_43)*(AcAld_43))*(NADH_43))/(((Kietoh_811)*(Kinadh_811))*(Kacald_811)))">
					<listOfParameters>
						<parameter name="Vmax_811" value="166.6935975725486"/>
						<parameter name="Ketoh_811" value="17"/>
						<parameter name="Kinad_811" value="0.92"/>
						<parameter name="Keq_811" value="6.9e-005"/>
						<parameter name="Knad_811" value="0.17"/>
						<parameter name="Knadh_811" value="0.11"/>
						<parameter name="Kinadh_811" value="0.031"/>
						<parameter name="Kacald_811" value="1.11"/>
						<parameter name="Kiacald_811" value="1.1"/>
						<parameter name="Kietoh_811" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_43" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_812)*(ATP_43)">
					<listOfParameters>
						<parameter name="Katpase_812" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_43" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_43" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_43" stoichiometry="1"/>
					<specieReference specie="AMP_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_813*ADP_43*ADP_43-k2_813*ATP_43*AMP_43">
					<listOfParameters>
						<parameter name="k1_813" value="45"/>
						<parameter name="k2_813" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_43" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_43" stoichiometry="1"/>
					<specieReference specie="NADH_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_43" stoichiometry="1"/>
					<specieReference specie="Glycerol_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_814)*(((DHAP_43)/(Kdhap_814))*((NADH_43)/(Knadh_814))-(((Glycerol_43)/(Kdhap_814))*((NAD_43)/(Knadh_814)))*((1                   )/(Keq_814))))/((1                   +(DHAP_43)/(Kdhap_814)+(Glycerol_43)/(Kglycerol_814))*(1                   +(NADH_43)/(Knadh_814)+(NAD_43)/(Knad_814)))">
					<listOfParameters>
						<parameter name="Vmax_814" value="45.34807164389402"/>
						<parameter name="Kdhap_814" value="0.4"/>
						<parameter name="Knadh_814" value="0.023"/>
						<parameter name="Keq_814" value="4300"/>
						<parameter name="Kglycerol_814" value="1"/>
						<parameter name="Knad_814" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_43" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_43" stoichiometry="1"/>
					<specieReference specie="G6P_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_43" stoichiometry="1"/>
					<specieReference specie="Glycogen_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_815">
					<listOfParameters>
						<parameter name="KGLYCOGEN_815" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_43" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_43" stoichiometry="1"/>
					<specieReference specie="G6P_43" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_43" stoichiometry="1"/>
					<specieReference specie="Trehalose_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_816">
					<listOfParameters>
						<parameter name="Ktrehalose_816" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_43" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_43" stoichiometry="3"/>
					<specieReference specie="AcAld_43" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_43" stoichiometry="3"/>
					<specieReference specie="Succinate_43" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_817)*(AcAld_43)">
					<listOfParameters>
						<parameter name="k_817" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_44" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_818)*(GLCo_44-GLCi_44))/(Kglc_818))/(1                   +(GLCo_44+GLCi_44)/(Kglc_818)+(((Ki_818)*(GLCo_44))*(GLCi_44))/((Kglc_818)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_818" value="121.1808519287695"/>
						<parameter name="Kglc_818" value="1.1918"/>
						<parameter name="Ki_818" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_44" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_44" stoichiometry="1"/>
					<specieReference specie="ATP_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_44" stoichiometry="1"/>
					<specieReference specie="ADP_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_819)*(((GLCi_44)*(ATP_44))/((Kglc_819)*(Katp_819))-((G6P_44)*(ADP_44))/(((Kglc_819)*(Katp_819))*(Keq_819))))/((1                   +(GLCi_44)/(Kglc_819)+(G6P_44)/(Kg6p_819))*(1                   +(ATP_44)/(Katp_819)+(ADP_44)/(Kadp_819)))">
					<listOfParameters>
						<parameter name="Vmax_819" value="189.5420868037733"/>
						<parameter name="Kglc_819" value="0.08"/>
						<parameter name="Katp_819" value="0.15"/>
						<parameter name="Keq_819" value="2000"/>
						<parameter name="Kg6p_819" value="30"/>
						<parameter name="Kadp_819" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_44" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_820)*((G6P_44)/(Kg6p_820)-(F6P_44)/((Kg6p_820)*(Keq_820))))/(1                   +(G6P_44)/(Kg6p_820)+(F6P_44)/(Kf6p_820))">
					<listOfParameters>
						<parameter name="Vmax_820" value="1053.465407351413"/>
						<parameter name="Kg6p_820" value="1.4"/>
						<parameter name="Keq_820" value="0.29"/>
						<parameter name="Kf6p_820" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_44" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_44" stoichiometry="1"/>
					<specieReference specie="F6P_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_44" stoichiometry="1"/>
					<specieReference specie="F16bP_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_821)*(((((gR_821)*((F6P_44)/(Kf6p_821)))*((ATP_44)/(Katp_821)))*(1                   +(F6P_44)/(Kf6p_821)+(ATP_44)/(Katp_821)+((((gR_821)*(F6P_44))/(Kf6p_821))*(ATP_44))/(Katp_821)))/((1                   +(F6P_44)/(Kf6p_821)+(ATP_44)/(Katp_821)+((((gR_821)*(F6P_44))/(Kf6p_821))*(ATP_44))/(Katp_821))^(2                   )+((((L0_821)*(((1                   +((Ciatp_821)*(ATP_44))/(Kiatp_821))/(1                   +(ATP_44)/(Kiatp_821)))^(2                   )))*(((1                   +((Camp_821)*(AMP_44))/(Kamp_821))/(1                   +(AMP_44)/(Kamp_821)))^(2                   )))*(((1                   +((Cf26_821)*(F26bP_44))/(Kf26_821)+((Cf16_821)*(F16bP_44))/(Kf16_821))/(1                   +(F26bP_44)/(Kf26_821)+(F16bP_44)/(Kf16_821)))^(2                   )))*((1                   +((Catp_821)*(ATP_44))/(Katp_821))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_821" value="127.7464901868174"/>
						<parameter name="gR_821" value="5.12"/>
						<parameter name="Kf6p_821" value="0.1"/>
						<parameter name="Katp_821" value="0.71"/>
						<parameter name="L0_821" value="0.66"/>
						<parameter name="Ciatp_821" value="100"/>
						<parameter name="Kiatp_821" value="0.65"/>
						<parameter name="Camp_821" value="0.08450000000000001"/>
						<parameter name="Kamp_821" value="0.09950000000000001"/>
						<parameter name="Cf26_821" value="0.0174"/>
						<parameter name="Kf26_821" value="0.000682"/>
						<parameter name="Cf16_821" value="0.397"/>
						<parameter name="Kf16_821" value="0.111"/>
						<parameter name="Catp_821" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_44" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_44" stoichiometry="1"/>
					<specieReference specie="GAP_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_822)*((F16bP_44)/(Kf16bp_822)-((DHAP_44)*(GAP_44))/((Kf16bp_822)*(Keq_822))))/(1                   +(F16bP_44)/(Kf16bp_822)+(DHAP_44)/(Kdhap_822)+(GAP_44)/(Kgap_822)+((F16bP_44)*(GAP_44))/((Kf16bp_822)*(Kigap_822))+((DHAP_44)*(GAP_44))/((Kdhap_822)*(Kgap_822)))">
					<listOfParameters>
						<parameter name="Vmax_822" value="104.1833969094762"/>
						<parameter name="Kf16bp_822" value="0.3"/>
						<parameter name="Keq_822" value="0.06900000000000001"/>
						<parameter name="Kdhap_822" value="2"/>
						<parameter name="Kgap_822" value="2.4"/>
						<parameter name="Kigap_822" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_44" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_823*DHAP_44-k2_823*GAP_44">
					<listOfParameters>
						<parameter name="k1_823" value="450000"/>
						<parameter name="k2_823" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_44" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_44" stoichiometry="1"/>
					<specieReference specie="NAD_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_44" stoichiometry="1"/>
					<specieReference specie="NADH_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_824)*((((Vmaxf_824)*(GAP_44))*(NAD_44))/((Kgap_824)*(Knad_824))-(((Vmaxr_824)*(BPG_44))*(NADH_44))/((Kbpg_824)*(Knadh_824))))/((1                   +(GAP_44)/(Kgap_824)+(BPG_44)/(Kbpg_824))*(1                   +(NAD_44)/(Knad_824)+(NADH_44)/(Knadh_824)))">
					<listOfParameters>
						<parameter name="C_824" value="1"/>
						<parameter name="Vmaxf_824" value="1152"/>
						<parameter name="Kgap_824" value="0.21"/>
						<parameter name="Knad_824" value="0.09"/>
						<parameter name="Vmaxr_824" value="6054.228945231382"/>
						<parameter name="Kbpg_824" value="0.0098"/>
						<parameter name="Knadh_824" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_44" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_44" stoichiometry="1"/>
					<specieReference specie="BPG_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_44" stoichiometry="1"/>
					<specieReference specie="P3G_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_825)*((((Keq_825)*(BPG_44))*(ADP_44)-(P3G_44)*(ATP_44))/((Kp3g_825)*(Katp_825))))/((1                   +(BPG_44)/(Kbpg_825)+(P3G_44)/(Kp3g_825))*(1                   +(ADP_44)/(Kadp_825)+(ATP_44)/(Katp_825)))">
					<listOfParameters>
						<parameter name="Vmax_825" value="1352.222190638254"/>
						<parameter name="Keq_825" value="3200"/>
						<parameter name="Kp3g_825" value="0.53"/>
						<parameter name="Katp_825" value="0.3"/>
						<parameter name="Kbpg_825" value="0.003"/>
						<parameter name="Kadp_825" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_44" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_826)*((P3G_44)/(Kp3g_826)-(P2G_44)/((Kp3g_826)*(Keq_826))))/(1                   +(P3G_44)/(Kp3g_826)+(P2G_44)/(Kp2g_826))">
					<listOfParameters>
						<parameter name="Vmax_826" value="3009.383170025324"/>
						<parameter name="Kp3g_826" value="1.2"/>
						<parameter name="Keq_826" value="0.19"/>
						<parameter name="Kp2g_826" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_44" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_827)*((P2G_44)/(Kp2g_827)-(PEP_44)/((Kp2g_827)*(Keq_827))))/(1                   +(P2G_44)/(Kp2g_827)+(PEP_44)/(Kpep_827))">
					<listOfParameters>
						<parameter name="Vmax_827" value="196.2775882432949"/>
						<parameter name="Kp2g_827" value="0.04"/>
						<parameter name="Keq_827" value="6.7"/>
						<parameter name="Kpep_827" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_44" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_44" stoichiometry="1"/>
					<specieReference specie="PEP_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_44" stoichiometry="1"/>
					<specieReference specie="PYR_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_828)*(((PEP_44)*(ADP_44))/((Kpep_828)*(Kadp_828))-((PYR_44)*(ATP_44))/(((Kpep_828)*(Kadp_828))*(Keq_828))))/((1                   +(PEP_44)/(Kpep_828)+(PYR_44)/(Kpyr_828))*(1                   +(ADP_44)/(Kadp_828)+(ATP_44)/(Katp_828)))">
					<listOfParameters>
						<parameter name="Vmax_828" value="895.1984817995966"/>
						<parameter name="Kpep_828" value="0.14"/>
						<parameter name="Kadp_828" value="0.53"/>
						<parameter name="Keq_828" value="6500"/>
						<parameter name="Kpyr_828" value="21"/>
						<parameter name="Katp_828" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_44" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_44" stoichiometry="1"/>
					<specieReference specie="CO2_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_829)*(((PYR_44)/(Kpyr_829))^(nH_829)))/(1                   +((PYR_44)/(Kpyr_829))^(nH_829))">
					<listOfParameters>
						<parameter name="Vmax_829" value="1027.990476809263"/>
						<parameter name="Kpyr_829" value="4.33"/>
						<parameter name="nH_829" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_44" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_44" stoichiometry="1"/>
					<specieReference specie="EtOH_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_44" stoichiometry="1"/>
					<specieReference specie="AcAld_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_830)*(((EtOH_44)*(NAD_44))/((Ketoh_830)*(Kinad_830))-((AcAld_44)*(NADH_44))/(((Ketoh_830)*(Kinad_830))*(Keq_830))))/(1                   +(NAD_44)/(Kinad_830)+((EtOH_44)*(Knad_830))/((Kinad_830)*(Ketoh_830))+((AcAld_44)*(Knadh_830))/((Kinadh_830)*(Kacald_830))+(NADH_44)/(Kinadh_830)+((EtOH_44)*(NAD_44))/((Kinad_830)*(Ketoh_830))+(((NAD_44)*(AcAld_44))*(Knadh_830))/(((Kinad_830)*(Kinadh_830))*(Kacald_830))+(((EtOH_44)*(NADH_44))*(Knad_830))/(((Kinad_830)*(Kinadh_830))*(Ketoh_830))+((AcAld_44)*(NADH_44))/((Kacald_830)*(Kinadh_830))+(((EtOH_44)*(NAD_44))*(AcAld_44))/(((Kinad_830)*(Kiacald_830))*(Ketoh_830))+(((EtOH_44)*(AcAld_44))*(NADH_44))/(((Kietoh_830)*(Kinadh_830))*(Kacald_830)))">
					<listOfParameters>
						<parameter name="Vmax_830" value="214.6126770461854"/>
						<parameter name="Ketoh_830" value="17"/>
						<parameter name="Kinad_830" value="0.92"/>
						<parameter name="Keq_830" value="6.9e-005"/>
						<parameter name="Knad_830" value="0.17"/>
						<parameter name="Knadh_830" value="0.11"/>
						<parameter name="Kinadh_830" value="0.031"/>
						<parameter name="Kacald_830" value="1.11"/>
						<parameter name="Kiacald_830" value="1.1"/>
						<parameter name="Kietoh_830" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_44" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_831)*(ATP_44)">
					<listOfParameters>
						<parameter name="Katpase_831" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_44" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_44" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_44" stoichiometry="1"/>
					<specieReference specie="AMP_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_832*ADP_44*ADP_44-k2_832*ATP_44*AMP_44">
					<listOfParameters>
						<parameter name="k1_832" value="45"/>
						<parameter name="k2_832" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_44" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_44" stoichiometry="1"/>
					<specieReference specie="NADH_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_44" stoichiometry="1"/>
					<specieReference specie="Glycerol_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_833)*(((DHAP_44)/(Kdhap_833))*((NADH_44)/(Knadh_833))-(((Glycerol_44)/(Kdhap_833))*((NAD_44)/(Knadh_833)))*((1                   )/(Keq_833))))/((1                   +(DHAP_44)/(Kdhap_833)+(Glycerol_44)/(Kglycerol_833))*(1                   +(NADH_44)/(Knadh_833)+(NAD_44)/(Knad_833)))">
					<listOfParameters>
						<parameter name="Vmax_833" value="43.20956052366735"/>
						<parameter name="Kdhap_833" value="0.4"/>
						<parameter name="Knadh_833" value="0.023"/>
						<parameter name="Keq_833" value="4300"/>
						<parameter name="Kglycerol_833" value="1"/>
						<parameter name="Knad_833" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_44" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_44" stoichiometry="1"/>
					<specieReference specie="G6P_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_44" stoichiometry="1"/>
					<specieReference specie="Glycogen_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_834">
					<listOfParameters>
						<parameter name="KGLYCOGEN_834" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_44" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_44" stoichiometry="1"/>
					<specieReference specie="G6P_44" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_44" stoichiometry="1"/>
					<specieReference specie="Trehalose_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_835">
					<listOfParameters>
						<parameter name="Ktrehalose_835" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_44" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_44" stoichiometry="3"/>
					<specieReference specie="AcAld_44" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_44" stoichiometry="3"/>
					<specieReference specie="Succinate_44" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_836)*(AcAld_44)">
					<listOfParameters>
						<parameter name="k_836" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_45" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_837)*(GLCo_45-GLCi_45))/(Kglc_837))/(1                   +(GLCo_45+GLCi_45)/(Kglc_837)+(((Ki_837)*(GLCo_45))*(GLCi_45))/((Kglc_837)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_837" value="79.65415125596917"/>
						<parameter name="Kglc_837" value="1.1918"/>
						<parameter name="Ki_837" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_45" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_45" stoichiometry="1"/>
					<specieReference specie="ATP_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_45" stoichiometry="1"/>
					<specieReference specie="ADP_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_838)*(((GLCi_45)*(ATP_45))/((Kglc_838)*(Katp_838))-((G6P_45)*(ADP_45))/(((Kglc_838)*(Katp_838))*(Keq_838))))/((1                   +(GLCi_45)/(Kglc_838)+(G6P_45)/(Kg6p_838))*(1                   +(ATP_45)/(Katp_838)+(ADP_45)/(Kadp_838)))">
					<listOfParameters>
						<parameter name="Vmax_838" value="265.823373140453"/>
						<parameter name="Kglc_838" value="0.08"/>
						<parameter name="Katp_838" value="0.15"/>
						<parameter name="Keq_838" value="2000"/>
						<parameter name="Kg6p_838" value="30"/>
						<parameter name="Kadp_838" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_45" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_839)*((G6P_45)/(Kg6p_839)-(F6P_45)/((Kg6p_839)*(Keq_839))))/(1                   +(G6P_45)/(Kg6p_839)+(F6P_45)/(Kf6p_839))">
					<listOfParameters>
						<parameter name="Vmax_839" value="1288.93187815046"/>
						<parameter name="Kg6p_839" value="1.4"/>
						<parameter name="Keq_839" value="0.29"/>
						<parameter name="Kf6p_839" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_45" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_45" stoichiometry="1"/>
					<specieReference specie="F6P_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_45" stoichiometry="1"/>
					<specieReference specie="F16bP_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_840)*(((((gR_840)*((F6P_45)/(Kf6p_840)))*((ATP_45)/(Katp_840)))*(1                   +(F6P_45)/(Kf6p_840)+(ATP_45)/(Katp_840)+((((gR_840)*(F6P_45))/(Kf6p_840))*(ATP_45))/(Katp_840)))/((1                   +(F6P_45)/(Kf6p_840)+(ATP_45)/(Katp_840)+((((gR_840)*(F6P_45))/(Kf6p_840))*(ATP_45))/(Katp_840))^(2                   )+((((L0_840)*(((1                   +((Ciatp_840)*(ATP_45))/(Kiatp_840))/(1                   +(ATP_45)/(Kiatp_840)))^(2                   )))*(((1                   +((Camp_840)*(AMP_45))/(Kamp_840))/(1                   +(AMP_45)/(Kamp_840)))^(2                   )))*(((1                   +((Cf26_840)*(F26bP_45))/(Kf26_840)+((Cf16_840)*(F16bP_45))/(Kf16_840))/(1                   +(F26bP_45)/(Kf26_840)+(F16bP_45)/(Kf16_840)))^(2                   )))*((1                   +((Catp_840)*(ATP_45))/(Katp_840))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_840" value="88.82297013804316"/>
						<parameter name="gR_840" value="5.12"/>
						<parameter name="Kf6p_840" value="0.1"/>
						<parameter name="Katp_840" value="0.71"/>
						<parameter name="L0_840" value="0.66"/>
						<parameter name="Ciatp_840" value="100"/>
						<parameter name="Kiatp_840" value="0.65"/>
						<parameter name="Camp_840" value="0.08450000000000001"/>
						<parameter name="Kamp_840" value="0.09950000000000001"/>
						<parameter name="Cf26_840" value="0.0174"/>
						<parameter name="Kf26_840" value="0.000682"/>
						<parameter name="Cf16_840" value="0.397"/>
						<parameter name="Kf16_840" value="0.111"/>
						<parameter name="Catp_840" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_45" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_45" stoichiometry="1"/>
					<specieReference specie="GAP_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_841)*((F16bP_45)/(Kf16bp_841)-((DHAP_45)*(GAP_45))/((Kf16bp_841)*(Keq_841))))/(1                   +(F16bP_45)/(Kf16bp_841)+(DHAP_45)/(Kdhap_841)+(GAP_45)/(Kgap_841)+((F16bP_45)*(GAP_45))/((Kf16bp_841)*(Kigap_841))+((DHAP_45)*(GAP_45))/((Kdhap_841)*(Kgap_841)))">
					<listOfParameters>
						<parameter name="Vmax_841" value="77.70512983721828"/>
						<parameter name="Kf16bp_841" value="0.3"/>
						<parameter name="Keq_841" value="0.06900000000000001"/>
						<parameter name="Kdhap_841" value="2"/>
						<parameter name="Kgap_841" value="2.4"/>
						<parameter name="Kigap_841" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_45" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_842*DHAP_45-k2_842*GAP_45">
					<listOfParameters>
						<parameter name="k1_842" value="450000"/>
						<parameter name="k2_842" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_45" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_45" stoichiometry="1"/>
					<specieReference specie="NAD_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_45" stoichiometry="1"/>
					<specieReference specie="NADH_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_843)*((((Vmaxf_843)*(GAP_45))*(NAD_45))/((Kgap_843)*(Knad_843))-(((Vmaxr_843)*(BPG_45))*(NADH_45))/((Kbpg_843)*(Knadh_843))))/((1                   +(GAP_45)/(Kgap_843)+(BPG_45)/(Kbpg_843))*(1                   +(NAD_45)/(Knad_843)+(NADH_45)/(Knadh_843)))">
					<listOfParameters>
						<parameter name="C_843" value="1"/>
						<parameter name="Vmaxf_843" value="1152"/>
						<parameter name="Kgap_843" value="0.21"/>
						<parameter name="Knad_843" value="0.09"/>
						<parameter name="Vmaxr_843" value="6997.638636023679"/>
						<parameter name="Kbpg_843" value="0.0098"/>
						<parameter name="Knadh_843" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_45" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_45" stoichiometry="1"/>
					<specieReference specie="BPG_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_45" stoichiometry="1"/>
					<specieReference specie="P3G_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_844)*((((Keq_844)*(BPG_45))*(ADP_45)-(P3G_45)*(ATP_45))/((Kp3g_844)*(Katp_844))))/((1                   +(BPG_45)/(Kbpg_844)+(P3G_45)/(Kp3g_844))*(1                   +(ADP_45)/(Kadp_844)+(ATP_45)/(Katp_844)))">
					<listOfParameters>
						<parameter name="Vmax_844" value="1566.157429094869"/>
						<parameter name="Keq_844" value="3200"/>
						<parameter name="Kp3g_844" value="0.53"/>
						<parameter name="Katp_844" value="0.3"/>
						<parameter name="Kbpg_844" value="0.003"/>
						<parameter name="Kadp_844" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_45" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_845)*((P3G_45)/(Kp3g_845)-(P2G_45)/((Kp3g_845)*(Keq_845))))/(1                   +(P3G_45)/(Kp3g_845)+(P2G_45)/(Kp2g_845))">
					<listOfParameters>
						<parameter name="Vmax_845" value="2066.368362588828"/>
						<parameter name="Kp3g_845" value="1.2"/>
						<parameter name="Keq_845" value="0.19"/>
						<parameter name="Kp2g_845" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_45" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_846)*((P2G_45)/(Kp2g_846)-(PEP_45)/((Kp2g_846)*(Keq_846))))/(1                   +(P2G_45)/(Kp2g_846)+(PEP_45)/(Kpep_846))">
					<listOfParameters>
						<parameter name="Vmax_846" value="200.9819591210708"/>
						<parameter name="Kp2g_846" value="0.04"/>
						<parameter name="Keq_846" value="6.7"/>
						<parameter name="Kpep_846" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_45" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_45" stoichiometry="1"/>
					<specieReference specie="PEP_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_45" stoichiometry="1"/>
					<specieReference specie="PYR_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_847)*(((PEP_45)*(ADP_45))/((Kpep_847)*(Kadp_847))-((PYR_45)*(ATP_45))/(((Kpep_847)*(Kadp_847))*(Keq_847))))/((1                   +(PEP_45)/(Kpep_847)+(PYR_45)/(Kpyr_847))*(1                   +(ADP_45)/(Kadp_847)+(ATP_45)/(Katp_847)))">
					<listOfParameters>
						<parameter name="Vmax_847" value="1014.93330427359"/>
						<parameter name="Kpep_847" value="0.14"/>
						<parameter name="Kadp_847" value="0.53"/>
						<parameter name="Keq_847" value="6500"/>
						<parameter name="Kpyr_847" value="21"/>
						<parameter name="Katp_847" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_45" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_45" stoichiometry="1"/>
					<specieReference specie="CO2_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_848)*(((PYR_45)/(Kpyr_848))^(nH_848)))/(1                   +((PYR_45)/(Kpyr_848))^(nH_848))">
					<listOfParameters>
						<parameter name="Vmax_848" value="653.3745078516695"/>
						<parameter name="Kpyr_848" value="4.33"/>
						<parameter name="nH_848" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_45" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_45" stoichiometry="1"/>
					<specieReference specie="EtOH_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_45" stoichiometry="1"/>
					<specieReference specie="AcAld_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_849)*(((EtOH_45)*(NAD_45))/((Ketoh_849)*(Kinad_849))-((AcAld_45)*(NADH_45))/(((Ketoh_849)*(Kinad_849))*(Keq_849))))/(1                   +(NAD_45)/(Kinad_849)+((EtOH_45)*(Knad_849))/((Kinad_849)*(Ketoh_849))+((AcAld_45)*(Knadh_849))/((Kinadh_849)*(Kacald_849))+(NADH_45)/(Kinadh_849)+((EtOH_45)*(NAD_45))/((Kinad_849)*(Ketoh_849))+(((NAD_45)*(AcAld_45))*(Knadh_849))/(((Kinad_849)*(Kinadh_849))*(Kacald_849))+(((EtOH_45)*(NADH_45))*(Knad_849))/(((Kinad_849)*(Kinadh_849))*(Ketoh_849))+((AcAld_45)*(NADH_45))/((Kacald_849)*(Kinadh_849))+(((EtOH_45)*(NAD_45))*(AcAld_45))/(((Kinad_849)*(Kiacald_849))*(Ketoh_849))+(((EtOH_45)*(AcAld_45))*(NADH_45))/(((Kietoh_849)*(Kinadh_849))*(Kacald_849)))">
					<listOfParameters>
						<parameter name="Vmax_849" value="254.5889203682601"/>
						<parameter name="Ketoh_849" value="17"/>
						<parameter name="Kinad_849" value="0.92"/>
						<parameter name="Keq_849" value="6.9e-005"/>
						<parameter name="Knad_849" value="0.17"/>
						<parameter name="Knadh_849" value="0.11"/>
						<parameter name="Kinadh_849" value="0.031"/>
						<parameter name="Kacald_849" value="1.11"/>
						<parameter name="Kiacald_849" value="1.1"/>
						<parameter name="Kietoh_849" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_45" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_850)*(ATP_45)">
					<listOfParameters>
						<parameter name="Katpase_850" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_45" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_45" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_45" stoichiometry="1"/>
					<specieReference specie="AMP_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_851*ADP_45*ADP_45-k2_851*ATP_45*AMP_45">
					<listOfParameters>
						<parameter name="k1_851" value="45"/>
						<parameter name="k2_851" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_45" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_45" stoichiometry="1"/>
					<specieReference specie="NADH_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_45" stoichiometry="1"/>
					<specieReference specie="Glycerol_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_852)*(((DHAP_45)/(Kdhap_852))*((NADH_45)/(Knadh_852))-(((Glycerol_45)/(Kdhap_852))*((NAD_45)/(Knadh_852)))*((1                   )/(Keq_852))))/((1                   +(DHAP_45)/(Kdhap_852)+(Glycerol_45)/(Kglycerol_852))*(1                   +(NADH_45)/(Knadh_852)+(NAD_45)/(Knad_852)))">
					<listOfParameters>
						<parameter name="Vmax_852" value="42.68779253455476"/>
						<parameter name="Kdhap_852" value="0.4"/>
						<parameter name="Knadh_852" value="0.023"/>
						<parameter name="Keq_852" value="4300"/>
						<parameter name="Kglycerol_852" value="1"/>
						<parameter name="Knad_852" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_45" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_45" stoichiometry="1"/>
					<specieReference specie="G6P_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_45" stoichiometry="1"/>
					<specieReference specie="Glycogen_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_853">
					<listOfParameters>
						<parameter name="KGLYCOGEN_853" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_45" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_45" stoichiometry="1"/>
					<specieReference specie="G6P_45" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_45" stoichiometry="1"/>
					<specieReference specie="Trehalose_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_854">
					<listOfParameters>
						<parameter name="Ktrehalose_854" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_45" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_45" stoichiometry="3"/>
					<specieReference specie="AcAld_45" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_45" stoichiometry="3"/>
					<specieReference specie="Succinate_45" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_855)*(AcAld_45)">
					<listOfParameters>
						<parameter name="k_855" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_46" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_856)*(GLCo_46-GLCi_46))/(Kglc_856))/(1                   +(GLCo_46+GLCi_46)/(Kglc_856)+(((Ki_856)*(GLCo_46))*(GLCi_46))/((Kglc_856)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_856" value="83.12936531731849"/>
						<parameter name="Kglc_856" value="1.1918"/>
						<parameter name="Ki_856" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_46" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_46" stoichiometry="1"/>
					<specieReference specie="ATP_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_46" stoichiometry="1"/>
					<specieReference specie="ADP_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_857)*(((GLCi_46)*(ATP_46))/((Kglc_857)*(Katp_857))-((G6P_46)*(ADP_46))/(((Kglc_857)*(Katp_857))*(Keq_857))))/((1                   +(GLCi_46)/(Kglc_857)+(G6P_46)/(Kg6p_857))*(1                   +(ATP_46)/(Katp_857)+(ADP_46)/(Kadp_857)))">
					<listOfParameters>
						<parameter name="Vmax_857" value="271.417600655945"/>
						<parameter name="Kglc_857" value="0.08"/>
						<parameter name="Katp_857" value="0.15"/>
						<parameter name="Keq_857" value="2000"/>
						<parameter name="Kg6p_857" value="30"/>
						<parameter name="Kadp_857" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_46" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_858)*((G6P_46)/(Kg6p_858)-(F6P_46)/((Kg6p_858)*(Keq_858))))/(1                   +(G6P_46)/(Kg6p_858)+(F6P_46)/(Kf6p_858))">
					<listOfParameters>
						<parameter name="Vmax_858" value="1196.418944285624"/>
						<parameter name="Kg6p_858" value="1.4"/>
						<parameter name="Keq_858" value="0.29"/>
						<parameter name="Kf6p_858" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_46" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_46" stoichiometry="1"/>
					<specieReference specie="F6P_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_46" stoichiometry="1"/>
					<specieReference specie="F16bP_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_859)*(((((gR_859)*((F6P_46)/(Kf6p_859)))*((ATP_46)/(Katp_859)))*(1                   +(F6P_46)/(Kf6p_859)+(ATP_46)/(Katp_859)+((((gR_859)*(F6P_46))/(Kf6p_859))*(ATP_46))/(Katp_859)))/((1                   +(F6P_46)/(Kf6p_859)+(ATP_46)/(Katp_859)+((((gR_859)*(F6P_46))/(Kf6p_859))*(ATP_46))/(Katp_859))^(2                   )+((((L0_859)*(((1                   +((Ciatp_859)*(ATP_46))/(Kiatp_859))/(1                   +(ATP_46)/(Kiatp_859)))^(2                   )))*(((1                   +((Camp_859)*(AMP_46))/(Kamp_859))/(1                   +(AMP_46)/(Kamp_859)))^(2                   )))*(((1                   +((Cf26_859)*(F26bP_46))/(Kf26_859)+((Cf16_859)*(F16bP_46))/(Kf16_859))/(1                   +(F26bP_46)/(Kf26_859)+(F16bP_46)/(Kf16_859)))^(2                   )))*((1                   +((Catp_859)*(ATP_46))/(Katp_859))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_859" value="116.4011152012395"/>
						<parameter name="gR_859" value="5.12"/>
						<parameter name="Kf6p_859" value="0.1"/>
						<parameter name="Katp_859" value="0.71"/>
						<parameter name="L0_859" value="0.66"/>
						<parameter name="Ciatp_859" value="100"/>
						<parameter name="Kiatp_859" value="0.65"/>
						<parameter name="Camp_859" value="0.08450000000000001"/>
						<parameter name="Kamp_859" value="0.09950000000000001"/>
						<parameter name="Cf26_859" value="0.0174"/>
						<parameter name="Kf26_859" value="0.000682"/>
						<parameter name="Cf16_859" value="0.397"/>
						<parameter name="Kf16_859" value="0.111"/>
						<parameter name="Catp_859" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_46" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_46" stoichiometry="1"/>
					<specieReference specie="GAP_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_860)*((F16bP_46)/(Kf16bp_860)-((DHAP_46)*(GAP_46))/((Kf16bp_860)*(Keq_860))))/(1                   +(F16bP_46)/(Kf16bp_860)+(DHAP_46)/(Kdhap_860)+(GAP_46)/(Kgap_860)+((F16bP_46)*(GAP_46))/((Kf16bp_860)*(Kigap_860))+((DHAP_46)*(GAP_46))/((Kdhap_860)*(Kgap_860)))">
					<listOfParameters>
						<parameter name="Vmax_860" value="95.19718441083468"/>
						<parameter name="Kf16bp_860" value="0.3"/>
						<parameter name="Keq_860" value="0.06900000000000001"/>
						<parameter name="Kdhap_860" value="2"/>
						<parameter name="Kgap_860" value="2.4"/>
						<parameter name="Kigap_860" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_46" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_861*DHAP_46-k2_861*GAP_46">
					<listOfParameters>
						<parameter name="k1_861" value="450000"/>
						<parameter name="k2_861" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_46" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_46" stoichiometry="1"/>
					<specieReference specie="NAD_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_46" stoichiometry="1"/>
					<specieReference specie="NADH_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_862)*((((Vmaxf_862)*(GAP_46))*(NAD_46))/((Kgap_862)*(Knad_862))-(((Vmaxr_862)*(BPG_46))*(NADH_46))/((Kbpg_862)*(Knadh_862))))/((1                   +(GAP_46)/(Kgap_862)+(BPG_46)/(Kbpg_862))*(1                   +(NAD_46)/(Knad_862)+(NADH_46)/(Knadh_862)))">
					<listOfParameters>
						<parameter name="C_862" value="1"/>
						<parameter name="Vmaxf_862" value="1152"/>
						<parameter name="Kgap_862" value="0.21"/>
						<parameter name="Knad_862" value="0.09"/>
						<parameter name="Vmaxr_862" value="6981.045146758058"/>
						<parameter name="Kbpg_862" value="0.0098"/>
						<parameter name="Knadh_862" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_46" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_46" stoichiometry="1"/>
					<specieReference specie="BPG_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_46" stoichiometry="1"/>
					<specieReference specie="P3G_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_863)*((((Keq_863)*(BPG_46))*(ADP_46)-(P3G_46)*(ATP_46))/((Kp3g_863)*(Katp_863))))/((1                   +(BPG_46)/(Kbpg_863)+(P3G_46)/(Kp3g_863))*(1                   +(ADP_46)/(Kadp_863)+(ATP_46)/(Katp_863)))">
					<listOfParameters>
						<parameter name="Vmax_863" value="1549.030563579403"/>
						<parameter name="Keq_863" value="3200"/>
						<parameter name="Kp3g_863" value="0.53"/>
						<parameter name="Katp_863" value="0.3"/>
						<parameter name="Kbpg_863" value="0.003"/>
						<parameter name="Kadp_863" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_46" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_864)*((P3G_46)/(Kp3g_864)-(P2G_46)/((Kp3g_864)*(Keq_864))))/(1                   +(P3G_46)/(Kp3g_864)+(P2G_46)/(Kp2g_864))">
					<listOfParameters>
						<parameter name="Vmax_864" value="2904.40793353231"/>
						<parameter name="Kp3g_864" value="1.2"/>
						<parameter name="Keq_864" value="0.19"/>
						<parameter name="Kp2g_864" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_46" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_865)*((P2G_46)/(Kp2g_865)-(PEP_46)/((Kp2g_865)*(Keq_865))))/(1                   +(P2G_46)/(Kp2g_865)+(PEP_46)/(Kpep_865))">
					<listOfParameters>
						<parameter name="Vmax_865" value="255.8290932795672"/>
						<parameter name="Kp2g_865" value="0.04"/>
						<parameter name="Keq_865" value="6.7"/>
						<parameter name="Kpep_865" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_46" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_46" stoichiometry="1"/>
					<specieReference specie="PEP_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_46" stoichiometry="1"/>
					<specieReference specie="PYR_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_866)*(((PEP_46)*(ADP_46))/((Kpep_866)*(Kadp_866))-((PYR_46)*(ATP_46))/(((Kpep_866)*(Kadp_866))*(Keq_866))))/((1                   +(PEP_46)/(Kpep_866)+(PYR_46)/(Kpyr_866))*(1                   +(ADP_46)/(Kadp_866)+(ATP_46)/(Katp_866)))">
					<listOfParameters>
						<parameter name="Vmax_866" value="1031.869236612112"/>
						<parameter name="Kpep_866" value="0.14"/>
						<parameter name="Kadp_866" value="0.53"/>
						<parameter name="Keq_866" value="6500"/>
						<parameter name="Kpyr_866" value="21"/>
						<parameter name="Katp_866" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_46" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_46" stoichiometry="1"/>
					<specieReference specie="CO2_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_867)*(((PYR_46)/(Kpyr_867))^(nH_867)))/(1                   +((PYR_46)/(Kpyr_867))^(nH_867))">
					<listOfParameters>
						<parameter name="Vmax_867" value="768.6623294414515"/>
						<parameter name="Kpyr_867" value="4.33"/>
						<parameter name="nH_867" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_46" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_46" stoichiometry="1"/>
					<specieReference specie="EtOH_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_46" stoichiometry="1"/>
					<specieReference specie="AcAld_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_868)*(((EtOH_46)*(NAD_46))/((Ketoh_868)*(Kinad_868))-((AcAld_46)*(NADH_46))/(((Ketoh_868)*(Kinad_868))*(Keq_868))))/(1                   +(NAD_46)/(Kinad_868)+((EtOH_46)*(Knad_868))/((Kinad_868)*(Ketoh_868))+((AcAld_46)*(Knadh_868))/((Kinadh_868)*(Kacald_868))+(NADH_46)/(Kinadh_868)+((EtOH_46)*(NAD_46))/((Kinad_868)*(Ketoh_868))+(((NAD_46)*(AcAld_46))*(Knadh_868))/(((Kinad_868)*(Kinadh_868))*(Kacald_868))+(((EtOH_46)*(NADH_46))*(Knad_868))/(((Kinad_868)*(Kinadh_868))*(Ketoh_868))+((AcAld_46)*(NADH_46))/((Kacald_868)*(Kinadh_868))+(((EtOH_46)*(NAD_46))*(AcAld_46))/(((Kinad_868)*(Kiacald_868))*(Ketoh_868))+(((EtOH_46)*(AcAld_46))*(NADH_46))/(((Kietoh_868)*(Kinadh_868))*(Kacald_868)))">
					<listOfParameters>
						<parameter name="Vmax_868" value="191.709748703486"/>
						<parameter name="Ketoh_868" value="17"/>
						<parameter name="Kinad_868" value="0.92"/>
						<parameter name="Keq_868" value="6.9e-005"/>
						<parameter name="Knad_868" value="0.17"/>
						<parameter name="Knadh_868" value="0.11"/>
						<parameter name="Kinadh_868" value="0.031"/>
						<parameter name="Kacald_868" value="1.11"/>
						<parameter name="Kiacald_868" value="1.1"/>
						<parameter name="Kietoh_868" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_46" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_869)*(ATP_46)">
					<listOfParameters>
						<parameter name="Katpase_869" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_46" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_46" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_46" stoichiometry="1"/>
					<specieReference specie="AMP_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_870*ADP_46*ADP_46-k2_870*ATP_46*AMP_46">
					<listOfParameters>
						<parameter name="k1_870" value="45"/>
						<parameter name="k2_870" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_46" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_46" stoichiometry="1"/>
					<specieReference specie="NADH_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_46" stoichiometry="1"/>
					<specieReference specie="Glycerol_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_871)*(((DHAP_46)/(Kdhap_871))*((NADH_46)/(Knadh_871))-(((Glycerol_46)/(Kdhap_871))*((NAD_46)/(Knadh_871)))*((1                   )/(Keq_871))))/((1                   +(DHAP_46)/(Kdhap_871)+(Glycerol_46)/(Kglycerol_871))*(1                   +(NADH_46)/(Knadh_871)+(NAD_46)/(Knad_871)))">
					<listOfParameters>
						<parameter name="Vmax_871" value="63.56875064215996"/>
						<parameter name="Kdhap_871" value="0.4"/>
						<parameter name="Knadh_871" value="0.023"/>
						<parameter name="Keq_871" value="4300"/>
						<parameter name="Kglycerol_871" value="1"/>
						<parameter name="Knad_871" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_46" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_46" stoichiometry="1"/>
					<specieReference specie="G6P_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_46" stoichiometry="1"/>
					<specieReference specie="Glycogen_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_872">
					<listOfParameters>
						<parameter name="KGLYCOGEN_872" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_46" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_46" stoichiometry="1"/>
					<specieReference specie="G6P_46" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_46" stoichiometry="1"/>
					<specieReference specie="Trehalose_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_873">
					<listOfParameters>
						<parameter name="Ktrehalose_873" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_46" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_46" stoichiometry="3"/>
					<specieReference specie="AcAld_46" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_46" stoichiometry="3"/>
					<specieReference specie="Succinate_46" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_874)*(AcAld_46)">
					<listOfParameters>
						<parameter name="k_874" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_47" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_875)*(GLCo_47-GLCi_47))/(Kglc_875))/(1                   +(GLCo_47+GLCi_47)/(Kglc_875)+(((Ki_875)*(GLCo_47))*(GLCi_47))/((Kglc_875)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_875" value="90.30220256444473"/>
						<parameter name="Kglc_875" value="1.1918"/>
						<parameter name="Ki_875" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_47" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_47" stoichiometry="1"/>
					<specieReference specie="ATP_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_47" stoichiometry="1"/>
					<specieReference specie="ADP_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_876)*(((GLCi_47)*(ATP_47))/((Kglc_876)*(Katp_876))-((G6P_47)*(ADP_47))/(((Kglc_876)*(Katp_876))*(Keq_876))))/((1                   +(GLCi_47)/(Kglc_876)+(G6P_47)/(Kg6p_876))*(1                   +(ATP_47)/(Katp_876)+(ADP_47)/(Kadp_876)))">
					<listOfParameters>
						<parameter name="Vmax_876" value="298.1872894603167"/>
						<parameter name="Kglc_876" value="0.08"/>
						<parameter name="Katp_876" value="0.15"/>
						<parameter name="Keq_876" value="2000"/>
						<parameter name="Kg6p_876" value="30"/>
						<parameter name="Kadp_876" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_47" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_877)*((G6P_47)/(Kg6p_877)-(F6P_47)/((Kg6p_877)*(Keq_877))))/(1                   +(G6P_47)/(Kg6p_877)+(F6P_47)/(Kf6p_877))">
					<listOfParameters>
						<parameter name="Vmax_877" value="1184.328422712311"/>
						<parameter name="Kg6p_877" value="1.4"/>
						<parameter name="Keq_877" value="0.29"/>
						<parameter name="Kf6p_877" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_47" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_47" stoichiometry="1"/>
					<specieReference specie="F6P_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_47" stoichiometry="1"/>
					<specieReference specie="F16bP_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_878)*(((((gR_878)*((F6P_47)/(Kf6p_878)))*((ATP_47)/(Katp_878)))*(1                   +(F6P_47)/(Kf6p_878)+(ATP_47)/(Katp_878)+((((gR_878)*(F6P_47))/(Kf6p_878))*(ATP_47))/(Katp_878)))/((1                   +(F6P_47)/(Kf6p_878)+(ATP_47)/(Katp_878)+((((gR_878)*(F6P_47))/(Kf6p_878))*(ATP_47))/(Katp_878))^(2                   )+((((L0_878)*(((1                   +((Ciatp_878)*(ATP_47))/(Kiatp_878))/(1                   +(ATP_47)/(Kiatp_878)))^(2                   )))*(((1                   +((Camp_878)*(AMP_47))/(Kamp_878))/(1                   +(AMP_47)/(Kamp_878)))^(2                   )))*(((1                   +((Cf26_878)*(F26bP_47))/(Kf26_878)+((Cf16_878)*(F16bP_47))/(Kf16_878))/(1                   +(F26bP_47)/(Kf26_878)+(F16bP_47)/(Kf16_878)))^(2                   )))*((1                   +((Catp_878)*(ATP_47))/(Katp_878))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_878" value="123.744622676054"/>
						<parameter name="gR_878" value="5.12"/>
						<parameter name="Kf6p_878" value="0.1"/>
						<parameter name="Katp_878" value="0.71"/>
						<parameter name="L0_878" value="0.66"/>
						<parameter name="Ciatp_878" value="100"/>
						<parameter name="Kiatp_878" value="0.65"/>
						<parameter name="Camp_878" value="0.08450000000000001"/>
						<parameter name="Kamp_878" value="0.09950000000000001"/>
						<parameter name="Cf26_878" value="0.0174"/>
						<parameter name="Kf26_878" value="0.000682"/>
						<parameter name="Cf16_878" value="0.397"/>
						<parameter name="Kf16_878" value="0.111"/>
						<parameter name="Catp_878" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_47" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_47" stoichiometry="1"/>
					<specieReference specie="GAP_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_879)*((F16bP_47)/(Kf16bp_879)-((DHAP_47)*(GAP_47))/((Kf16bp_879)*(Keq_879))))/(1                   +(F16bP_47)/(Kf16bp_879)+(DHAP_47)/(Kdhap_879)+(GAP_47)/(Kgap_879)+((F16bP_47)*(GAP_47))/((Kf16bp_879)*(Kigap_879))+((DHAP_47)*(GAP_47))/((Kdhap_879)*(Kgap_879)))">
					<listOfParameters>
						<parameter name="Vmax_879" value="120.2252802055413"/>
						<parameter name="Kf16bp_879" value="0.3"/>
						<parameter name="Keq_879" value="0.06900000000000001"/>
						<parameter name="Kdhap_879" value="2"/>
						<parameter name="Kgap_879" value="2.4"/>
						<parameter name="Kigap_879" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_47" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_880*DHAP_47-k2_880*GAP_47">
					<listOfParameters>
						<parameter name="k1_880" value="450000"/>
						<parameter name="k2_880" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_47" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_47" stoichiometry="1"/>
					<specieReference specie="NAD_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_47" stoichiometry="1"/>
					<specieReference specie="NADH_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_881)*((((Vmaxf_881)*(GAP_47))*(NAD_47))/((Kgap_881)*(Knad_881))-(((Vmaxr_881)*(BPG_47))*(NADH_47))/((Kbpg_881)*(Knadh_881))))/((1                   +(GAP_47)/(Kgap_881)+(BPG_47)/(Kbpg_881))*(1                   +(NAD_47)/(Knad_881)+(NADH_47)/(Knadh_881)))">
					<listOfParameters>
						<parameter name="C_881" value="1"/>
						<parameter name="Vmaxf_881" value="1152"/>
						<parameter name="Kgap_881" value="0.21"/>
						<parameter name="Knad_881" value="0.09"/>
						<parameter name="Vmaxr_881" value="6867.429652613407"/>
						<parameter name="Kbpg_881" value="0.0098"/>
						<parameter name="Knadh_881" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_47" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_47" stoichiometry="1"/>
					<specieReference specie="BPG_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_47" stoichiometry="1"/>
					<specieReference specie="P3G_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_882)*((((Keq_882)*(BPG_47))*(ADP_47)-(P3G_47)*(ATP_47))/((Kp3g_882)*(Katp_882))))/((1                   +(BPG_47)/(Kbpg_882)+(P3G_47)/(Kp3g_882))*(1                   +(ADP_47)/(Kadp_882)+(ATP_47)/(Katp_882)))">
					<listOfParameters>
						<parameter name="Vmax_882" value="1796.052472674807"/>
						<parameter name="Keq_882" value="3200"/>
						<parameter name="Kp3g_882" value="0.53"/>
						<parameter name="Katp_882" value="0.3"/>
						<parameter name="Kbpg_882" value="0.003"/>
						<parameter name="Kadp_882" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_47" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_883)*((P3G_47)/(Kp3g_883)-(P2G_47)/((Kp3g_883)*(Keq_883))))/(1                   +(P3G_47)/(Kp3g_883)+(P2G_47)/(Kp2g_883))">
					<listOfParameters>
						<parameter name="Vmax_883" value="2344.057183601226"/>
						<parameter name="Kp3g_883" value="1.2"/>
						<parameter name="Keq_883" value="0.19"/>
						<parameter name="Kp2g_883" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_47" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_884)*((P2G_47)/(Kp2g_884)-(PEP_47)/((Kp2g_884)*(Keq_884))))/(1                   +(P2G_47)/(Kp2g_884)+(PEP_47)/(Kpep_884))">
					<listOfParameters>
						<parameter name="Vmax_884" value="211.1593550496058"/>
						<parameter name="Kp2g_884" value="0.04"/>
						<parameter name="Keq_884" value="6.7"/>
						<parameter name="Kpep_884" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_47" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_47" stoichiometry="1"/>
					<specieReference specie="PEP_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_47" stoichiometry="1"/>
					<specieReference specie="PYR_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_885)*(((PEP_47)*(ADP_47))/((Kpep_885)*(Kadp_885))-((PYR_47)*(ATP_47))/(((Kpep_885)*(Kadp_885))*(Keq_885))))/((1                   +(PEP_47)/(Kpep_885)+(PYR_47)/(Kpyr_885))*(1                   +(ADP_47)/(Kadp_885)+(ATP_47)/(Katp_885)))">
					<listOfParameters>
						<parameter name="Vmax_885" value="963.2246572980383"/>
						<parameter name="Kpep_885" value="0.14"/>
						<parameter name="Kadp_885" value="0.53"/>
						<parameter name="Keq_885" value="6500"/>
						<parameter name="Kpyr_885" value="21"/>
						<parameter name="Katp_885" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_47" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_47" stoichiometry="1"/>
					<specieReference specie="CO2_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_886)*(((PYR_47)/(Kpyr_886))^(nH_886)))/(1                   +((PYR_47)/(Kpyr_886))^(nH_886))">
					<listOfParameters>
						<parameter name="Vmax_886" value="688.0852142426835"/>
						<parameter name="Kpyr_886" value="4.33"/>
						<parameter name="nH_886" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_47" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_47" stoichiometry="1"/>
					<specieReference specie="EtOH_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_47" stoichiometry="1"/>
					<specieReference specie="AcAld_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_887)*(((EtOH_47)*(NAD_47))/((Ketoh_887)*(Kinad_887))-((AcAld_47)*(NADH_47))/(((Ketoh_887)*(Kinad_887))*(Keq_887))))/(1                   +(NAD_47)/(Kinad_887)+((EtOH_47)*(Knad_887))/((Kinad_887)*(Ketoh_887))+((AcAld_47)*(Knadh_887))/((Kinadh_887)*(Kacald_887))+(NADH_47)/(Kinadh_887)+((EtOH_47)*(NAD_47))/((Kinad_887)*(Ketoh_887))+(((NAD_47)*(AcAld_47))*(Knadh_887))/(((Kinad_887)*(Kinadh_887))*(Kacald_887))+(((EtOH_47)*(NADH_47))*(Knad_887))/(((Kinad_887)*(Kinadh_887))*(Ketoh_887))+((AcAld_47)*(NADH_47))/((Kacald_887)*(Kinadh_887))+(((EtOH_47)*(NAD_47))*(AcAld_47))/(((Kinad_887)*(Kiacald_887))*(Ketoh_887))+(((EtOH_47)*(AcAld_47))*(NADH_47))/(((Kietoh_887)*(Kinadh_887))*(Kacald_887)))">
					<listOfParameters>
						<parameter name="Vmax_887" value="256.0494791668423"/>
						<parameter name="Ketoh_887" value="17"/>
						<parameter name="Kinad_887" value="0.92"/>
						<parameter name="Keq_887" value="6.9e-005"/>
						<parameter name="Knad_887" value="0.17"/>
						<parameter name="Knadh_887" value="0.11"/>
						<parameter name="Kinadh_887" value="0.031"/>
						<parameter name="Kacald_887" value="1.11"/>
						<parameter name="Kiacald_887" value="1.1"/>
						<parameter name="Kietoh_887" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_47" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_888)*(ATP_47)">
					<listOfParameters>
						<parameter name="Katpase_888" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_47" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_47" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_47" stoichiometry="1"/>
					<specieReference specie="AMP_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_889*ADP_47*ADP_47-k2_889*ATP_47*AMP_47">
					<listOfParameters>
						<parameter name="k1_889" value="45"/>
						<parameter name="k2_889" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_47" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_47" stoichiometry="1"/>
					<specieReference specie="NADH_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_47" stoichiometry="1"/>
					<specieReference specie="Glycerol_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_890)*(((DHAP_47)/(Kdhap_890))*((NADH_47)/(Knadh_890))-(((Glycerol_47)/(Kdhap_890))*((NAD_47)/(Knadh_890)))*((1                   )/(Keq_890))))/((1                   +(DHAP_47)/(Kdhap_890)+(Glycerol_47)/(Kglycerol_890))*(1                   +(NADH_47)/(Knadh_890)+(NAD_47)/(Knad_890)))">
					<listOfParameters>
						<parameter name="Vmax_890" value="62.97184384025283"/>
						<parameter name="Kdhap_890" value="0.4"/>
						<parameter name="Knadh_890" value="0.023"/>
						<parameter name="Keq_890" value="4300"/>
						<parameter name="Kglycerol_890" value="1"/>
						<parameter name="Knad_890" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_47" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_47" stoichiometry="1"/>
					<specieReference specie="G6P_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_47" stoichiometry="1"/>
					<specieReference specie="Glycogen_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_891">
					<listOfParameters>
						<parameter name="KGLYCOGEN_891" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_47" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_47" stoichiometry="1"/>
					<specieReference specie="G6P_47" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_47" stoichiometry="1"/>
					<specieReference specie="Trehalose_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_892">
					<listOfParameters>
						<parameter name="Ktrehalose_892" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_47" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_47" stoichiometry="3"/>
					<specieReference specie="AcAld_47" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_47" stoichiometry="3"/>
					<specieReference specie="Succinate_47" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_893)*(AcAld_47)">
					<listOfParameters>
						<parameter name="k_893" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_48" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_894)*(GLCo_48-GLCi_48))/(Kglc_894))/(1                   +(GLCo_48+GLCi_48)/(Kglc_894)+(((Ki_894)*(GLCo_48))*(GLCi_48))/((Kglc_894)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_894" value="101.9918498005369"/>
						<parameter name="Kglc_894" value="1.1918"/>
						<parameter name="Ki_894" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_48" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_48" stoichiometry="1"/>
					<specieReference specie="ATP_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_48" stoichiometry="1"/>
					<specieReference specie="ADP_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_895)*(((GLCi_48)*(ATP_48))/((Kglc_895)*(Katp_895))-((G6P_48)*(ADP_48))/(((Kglc_895)*(Katp_895))*(Keq_895))))/((1                   +(GLCi_48)/(Kglc_895)+(G6P_48)/(Kg6p_895))*(1                   +(ATP_48)/(Katp_895)+(ADP_48)/(Kadp_895)))">
					<listOfParameters>
						<parameter name="Vmax_895" value="262.5235186168862"/>
						<parameter name="Kglc_895" value="0.08"/>
						<parameter name="Katp_895" value="0.15"/>
						<parameter name="Keq_895" value="2000"/>
						<parameter name="Kg6p_895" value="30"/>
						<parameter name="Kadp_895" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_48" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_896)*((G6P_48)/(Kg6p_896)-(F6P_48)/((Kg6p_896)*(Keq_896))))/(1                   +(G6P_48)/(Kg6p_896)+(F6P_48)/(Kf6p_896))">
					<listOfParameters>
						<parameter name="Vmax_896" value="1177.237521556142"/>
						<parameter name="Kg6p_896" value="1.4"/>
						<parameter name="Keq_896" value="0.29"/>
						<parameter name="Kf6p_896" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_48" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_48" stoichiometry="1"/>
					<specieReference specie="F6P_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_48" stoichiometry="1"/>
					<specieReference specie="F16bP_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_897)*(((((gR_897)*((F6P_48)/(Kf6p_897)))*((ATP_48)/(Katp_897)))*(1                   +(F6P_48)/(Kf6p_897)+(ATP_48)/(Katp_897)+((((gR_897)*(F6P_48))/(Kf6p_897))*(ATP_48))/(Katp_897)))/((1                   +(F6P_48)/(Kf6p_897)+(ATP_48)/(Katp_897)+((((gR_897)*(F6P_48))/(Kf6p_897))*(ATP_48))/(Katp_897))^(2                   )+((((L0_897)*(((1                   +((Ciatp_897)*(ATP_48))/(Kiatp_897))/(1                   +(ATP_48)/(Kiatp_897)))^(2                   )))*(((1                   +((Camp_897)*(AMP_48))/(Kamp_897))/(1                   +(AMP_48)/(Kamp_897)))^(2                   )))*(((1                   +((Cf26_897)*(F26bP_48))/(Kf26_897)+((Cf16_897)*(F16bP_48))/(Kf16_897))/(1                   +(F26bP_48)/(Kf26_897)+(F16bP_48)/(Kf16_897)))^(2                   )))*((1                   +((Catp_897)*(ATP_48))/(Katp_897))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_897" value="129.9599005327859"/>
						<parameter name="gR_897" value="5.12"/>
						<parameter name="Kf6p_897" value="0.1"/>
						<parameter name="Katp_897" value="0.71"/>
						<parameter name="L0_897" value="0.66"/>
						<parameter name="Ciatp_897" value="100"/>
						<parameter name="Kiatp_897" value="0.65"/>
						<parameter name="Camp_897" value="0.08450000000000001"/>
						<parameter name="Kamp_897" value="0.09950000000000001"/>
						<parameter name="Cf26_897" value="0.0174"/>
						<parameter name="Kf26_897" value="0.000682"/>
						<parameter name="Cf16_897" value="0.397"/>
						<parameter name="Kf16_897" value="0.111"/>
						<parameter name="Catp_897" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_48" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_48" stoichiometry="1"/>
					<specieReference specie="GAP_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_898)*((F16bP_48)/(Kf16bp_898)-((DHAP_48)*(GAP_48))/((Kf16bp_898)*(Keq_898))))/(1                   +(F16bP_48)/(Kf16bp_898)+(DHAP_48)/(Kdhap_898)+(GAP_48)/(Kgap_898)+((F16bP_48)*(GAP_48))/((Kf16bp_898)*(Kigap_898))+((DHAP_48)*(GAP_48))/((Kdhap_898)*(Kgap_898)))">
					<listOfParameters>
						<parameter name="Vmax_898" value="109.0272458578651"/>
						<parameter name="Kf16bp_898" value="0.3"/>
						<parameter name="Keq_898" value="0.06900000000000001"/>
						<parameter name="Kdhap_898" value="2"/>
						<parameter name="Kgap_898" value="2.4"/>
						<parameter name="Kigap_898" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_48" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_899*DHAP_48-k2_899*GAP_48">
					<listOfParameters>
						<parameter name="k1_899" value="450000"/>
						<parameter name="k2_899" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_48" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_48" stoichiometry="1"/>
					<specieReference specie="NAD_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_48" stoichiometry="1"/>
					<specieReference specie="NADH_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_900)*((((Vmaxf_900)*(GAP_48))*(NAD_48))/((Kgap_900)*(Knad_900))-(((Vmaxr_900)*(BPG_48))*(NADH_48))/((Kbpg_900)*(Knadh_900))))/((1                   +(GAP_48)/(Kgap_900)+(BPG_48)/(Kbpg_900))*(1                   +(NAD_48)/(Knad_900)+(NADH_48)/(Knadh_900)))">
					<listOfParameters>
						<parameter name="C_900" value="1"/>
						<parameter name="Vmaxf_900" value="1152"/>
						<parameter name="Kgap_900" value="0.21"/>
						<parameter name="Knad_900" value="0.09"/>
						<parameter name="Vmaxr_900" value="7882.083709479328"/>
						<parameter name="Kbpg_900" value="0.0098"/>
						<parameter name="Knadh_900" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_48" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_48" stoichiometry="1"/>
					<specieReference specie="BPG_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_48" stoichiometry="1"/>
					<specieReference specie="P3G_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_901)*((((Keq_901)*(BPG_48))*(ADP_48)-(P3G_48)*(ATP_48))/((Kp3g_901)*(Katp_901))))/((1                   +(BPG_48)/(Kbpg_901)+(P3G_48)/(Kp3g_901))*(1                   +(ADP_48)/(Kadp_901)+(ATP_48)/(Katp_901)))">
					<listOfParameters>
						<parameter name="Vmax_901" value="1441.143991569385"/>
						<parameter name="Keq_901" value="3200"/>
						<parameter name="Kp3g_901" value="0.53"/>
						<parameter name="Katp_901" value="0.3"/>
						<parameter name="Kbpg_901" value="0.003"/>
						<parameter name="Kadp_901" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_48" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_902)*((P3G_48)/(Kp3g_902)-(P2G_48)/((Kp3g_902)*(Keq_902))))/(1                   +(P3G_48)/(Kp3g_902)+(P2G_48)/(Kp2g_902))">
					<listOfParameters>
						<parameter name="Vmax_902" value="2626.771112913477"/>
						<parameter name="Kp3g_902" value="1.2"/>
						<parameter name="Keq_902" value="0.19"/>
						<parameter name="Kp2g_902" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_48" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_903)*((P2G_48)/(Kp2g_903)-(PEP_48)/((Kp2g_903)*(Keq_903))))/(1                   +(P2G_48)/(Kp2g_903)+(PEP_48)/(Kpep_903))">
					<listOfParameters>
						<parameter name="Vmax_903" value="178.3191584817759"/>
						<parameter name="Kp2g_903" value="0.04"/>
						<parameter name="Keq_903" value="6.7"/>
						<parameter name="Kpep_903" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_48" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_48" stoichiometry="1"/>
					<specieReference specie="PEP_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_48" stoichiometry="1"/>
					<specieReference specie="PYR_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_904)*(((PEP_48)*(ADP_48))/((Kpep_904)*(Kadp_904))-((PYR_48)*(ATP_48))/(((Kpep_904)*(Kadp_904))*(Keq_904))))/((1                   +(PEP_48)/(Kpep_904)+(PYR_48)/(Kpyr_904))*(1                   +(ADP_48)/(Kadp_904)+(ATP_48)/(Katp_904)))">
					<listOfParameters>
						<parameter name="Vmax_904" value="1187.706740022986"/>
						<parameter name="Kpep_904" value="0.14"/>
						<parameter name="Kadp_904" value="0.53"/>
						<parameter name="Keq_904" value="6500"/>
						<parameter name="Kpyr_904" value="21"/>
						<parameter name="Katp_904" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_48" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_48" stoichiometry="1"/>
					<specieReference specie="CO2_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_905)*(((PYR_48)/(Kpyr_905))^(nH_905)))/(1                   +((PYR_48)/(Kpyr_905))^(nH_905))">
					<listOfParameters>
						<parameter name="Vmax_905" value="879.1020328480801"/>
						<parameter name="Kpyr_905" value="4.33"/>
						<parameter name="nH_905" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_48" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_48" stoichiometry="1"/>
					<specieReference specie="EtOH_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_48" stoichiometry="1"/>
					<specieReference specie="AcAld_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_906)*(((EtOH_48)*(NAD_48))/((Ketoh_906)*(Kinad_906))-((AcAld_48)*(NADH_48))/(((Ketoh_906)*(Kinad_906))*(Keq_906))))/(1                   +(NAD_48)/(Kinad_906)+((EtOH_48)*(Knad_906))/((Kinad_906)*(Ketoh_906))+((AcAld_48)*(Knadh_906))/((Kinadh_906)*(Kacald_906))+(NADH_48)/(Kinadh_906)+((EtOH_48)*(NAD_48))/((Kinad_906)*(Ketoh_906))+(((NAD_48)*(AcAld_48))*(Knadh_906))/(((Kinad_906)*(Kinadh_906))*(Kacald_906))+(((EtOH_48)*(NADH_48))*(Knad_906))/(((Kinad_906)*(Kinadh_906))*(Ketoh_906))+((AcAld_48)*(NADH_48))/((Kacald_906)*(Kinadh_906))+(((EtOH_48)*(NAD_48))*(AcAld_48))/(((Kinad_906)*(Kiacald_906))*(Ketoh_906))+(((EtOH_48)*(AcAld_48))*(NADH_48))/(((Kietoh_906)*(Kinadh_906))*(Kacald_906)))">
					<listOfParameters>
						<parameter name="Vmax_906" value="228.3493067304803"/>
						<parameter name="Ketoh_906" value="17"/>
						<parameter name="Kinad_906" value="0.92"/>
						<parameter name="Keq_906" value="6.9e-005"/>
						<parameter name="Knad_906" value="0.17"/>
						<parameter name="Knadh_906" value="0.11"/>
						<parameter name="Kinadh_906" value="0.031"/>
						<parameter name="Kacald_906" value="1.11"/>
						<parameter name="Kiacald_906" value="1.1"/>
						<parameter name="Kietoh_906" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_48" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_907)*(ATP_48)">
					<listOfParameters>
						<parameter name="Katpase_907" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_48" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_48" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_48" stoichiometry="1"/>
					<specieReference specie="AMP_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_908*ADP_48*ADP_48-k2_908*ATP_48*AMP_48">
					<listOfParameters>
						<parameter name="k1_908" value="45"/>
						<parameter name="k2_908" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_48" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_48" stoichiometry="1"/>
					<specieReference specie="NADH_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_48" stoichiometry="1"/>
					<specieReference specie="Glycerol_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_909)*(((DHAP_48)/(Kdhap_909))*((NADH_48)/(Knadh_909))-(((Glycerol_48)/(Kdhap_909))*((NAD_48)/(Knadh_909)))*((1                   )/(Keq_909))))/((1                   +(DHAP_48)/(Kdhap_909)+(Glycerol_48)/(Kglycerol_909))*(1                   +(NADH_48)/(Knadh_909)+(NAD_48)/(Knad_909)))">
					<listOfParameters>
						<parameter name="Vmax_909" value="58.10054922285125"/>
						<parameter name="Kdhap_909" value="0.4"/>
						<parameter name="Knadh_909" value="0.023"/>
						<parameter name="Keq_909" value="4300"/>
						<parameter name="Kglycerol_909" value="1"/>
						<parameter name="Knad_909" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_48" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_48" stoichiometry="1"/>
					<specieReference specie="G6P_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_48" stoichiometry="1"/>
					<specieReference specie="Glycogen_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_910">
					<listOfParameters>
						<parameter name="KGLYCOGEN_910" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_48" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_48" stoichiometry="1"/>
					<specieReference specie="G6P_48" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_48" stoichiometry="1"/>
					<specieReference specie="Trehalose_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_911">
					<listOfParameters>
						<parameter name="Ktrehalose_911" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_48" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_48" stoichiometry="3"/>
					<specieReference specie="AcAld_48" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_48" stoichiometry="3"/>
					<specieReference specie="Succinate_48" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_912)*(AcAld_48)">
					<listOfParameters>
						<parameter name="k_912" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_49" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_913)*(GLCo_49-GLCi_49))/(Kglc_913))/(1                   +(GLCo_49+GLCi_49)/(Kglc_913)+(((Ki_913)*(GLCo_49))*(GLCi_49))/((Kglc_913)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_913" value="81.32812132257257"/>
						<parameter name="Kglc_913" value="1.1918"/>
						<parameter name="Ki_913" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_49" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_49" stoichiometry="1"/>
					<specieReference specie="ATP_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_49" stoichiometry="1"/>
					<specieReference specie="ADP_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_914)*(((GLCi_49)*(ATP_49))/((Kglc_914)*(Katp_914))-((G6P_49)*(ADP_49))/(((Kglc_914)*(Katp_914))*(Keq_914))))/((1                   +(GLCi_49)/(Kglc_914)+(G6P_49)/(Kg6p_914))*(1                   +(ATP_49)/(Katp_914)+(ADP_49)/(Kadp_914)))">
					<listOfParameters>
						<parameter name="Vmax_914" value="223.0332008665492"/>
						<parameter name="Kglc_914" value="0.08"/>
						<parameter name="Katp_914" value="0.15"/>
						<parameter name="Keq_914" value="2000"/>
						<parameter name="Kg6p_914" value="30"/>
						<parameter name="Kadp_914" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_49" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_915)*((G6P_49)/(Kg6p_915)-(F6P_49)/((Kg6p_915)*(Keq_915))))/(1                   +(G6P_49)/(Kg6p_915)+(F6P_49)/(Kf6p_915))">
					<listOfParameters>
						<parameter name="Vmax_915" value="902.477113045863"/>
						<parameter name="Kg6p_915" value="1.4"/>
						<parameter name="Keq_915" value="0.29"/>
						<parameter name="Kf6p_915" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_49" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_49" stoichiometry="1"/>
					<specieReference specie="F6P_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_49" stoichiometry="1"/>
					<specieReference specie="F16bP_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_916)*(((((gR_916)*((F6P_49)/(Kf6p_916)))*((ATP_49)/(Katp_916)))*(1                   +(F6P_49)/(Kf6p_916)+(ATP_49)/(Katp_916)+((((gR_916)*(F6P_49))/(Kf6p_916))*(ATP_49))/(Katp_916)))/((1                   +(F6P_49)/(Kf6p_916)+(ATP_49)/(Katp_916)+((((gR_916)*(F6P_49))/(Kf6p_916))*(ATP_49))/(Katp_916))^(2                   )+((((L0_916)*(((1                   +((Ciatp_916)*(ATP_49))/(Kiatp_916))/(1                   +(ATP_49)/(Kiatp_916)))^(2                   )))*(((1                   +((Camp_916)*(AMP_49))/(Kamp_916))/(1                   +(AMP_49)/(Kamp_916)))^(2                   )))*(((1                   +((Cf26_916)*(F26bP_49))/(Kf26_916)+((Cf16_916)*(F16bP_49))/(Kf16_916))/(1                   +(F26bP_49)/(Kf26_916)+(F16bP_49)/(Kf16_916)))^(2                   )))*((1                   +((Catp_916)*(ATP_49))/(Katp_916))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_916" value="117.4034430742438"/>
						<parameter name="gR_916" value="5.12"/>
						<parameter name="Kf6p_916" value="0.1"/>
						<parameter name="Katp_916" value="0.71"/>
						<parameter name="L0_916" value="0.66"/>
						<parameter name="Ciatp_916" value="100"/>
						<parameter name="Kiatp_916" value="0.65"/>
						<parameter name="Camp_916" value="0.08450000000000001"/>
						<parameter name="Kamp_916" value="0.09950000000000001"/>
						<parameter name="Cf26_916" value="0.0174"/>
						<parameter name="Kf26_916" value="0.000682"/>
						<parameter name="Cf16_916" value="0.397"/>
						<parameter name="Kf16_916" value="0.111"/>
						<parameter name="Catp_916" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_49" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_49" stoichiometry="1"/>
					<specieReference specie="GAP_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_917)*((F16bP_49)/(Kf16bp_917)-((DHAP_49)*(GAP_49))/((Kf16bp_917)*(Keq_917))))/(1                   +(F16bP_49)/(Kf16bp_917)+(DHAP_49)/(Kdhap_917)+(GAP_49)/(Kgap_917)+((F16bP_49)*(GAP_49))/((Kf16bp_917)*(Kigap_917))+((DHAP_49)*(GAP_49))/((Kdhap_917)*(Kgap_917)))">
					<listOfParameters>
						<parameter name="Vmax_917" value="67.4085234837976"/>
						<parameter name="Kf16bp_917" value="0.3"/>
						<parameter name="Keq_917" value="0.06900000000000001"/>
						<parameter name="Kdhap_917" value="2"/>
						<parameter name="Kgap_917" value="2.4"/>
						<parameter name="Kigap_917" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_49" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_918*DHAP_49-k2_918*GAP_49">
					<listOfParameters>
						<parameter name="k1_918" value="450000"/>
						<parameter name="k2_918" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_49" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_49" stoichiometry="1"/>
					<specieReference specie="NAD_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_49" stoichiometry="1"/>
					<specieReference specie="NADH_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_919)*((((Vmaxf_919)*(GAP_49))*(NAD_49))/((Kgap_919)*(Knad_919))-(((Vmaxr_919)*(BPG_49))*(NADH_49))/((Kbpg_919)*(Knadh_919))))/((1                   +(GAP_49)/(Kgap_919)+(BPG_49)/(Kbpg_919))*(1                   +(NAD_49)/(Knad_919)+(NADH_49)/(Knadh_919)))">
					<listOfParameters>
						<parameter name="C_919" value="1"/>
						<parameter name="Vmaxf_919" value="1152"/>
						<parameter name="Kgap_919" value="0.21"/>
						<parameter name="Knad_919" value="0.09"/>
						<parameter name="Vmaxr_919" value="7013.983452733788"/>
						<parameter name="Kbpg_919" value="0.0098"/>
						<parameter name="Knadh_919" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_49" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_49" stoichiometry="1"/>
					<specieReference specie="BPG_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_49" stoichiometry="1"/>
					<specieReference specie="P3G_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_920)*((((Keq_920)*(BPG_49))*(ADP_49)-(P3G_49)*(ATP_49))/((Kp3g_920)*(Katp_920))))/((1                   +(BPG_49)/(Kbpg_920)+(P3G_49)/(Kp3g_920))*(1                   +(ADP_49)/(Kadp_920)+(ATP_49)/(Katp_920)))">
					<listOfParameters>
						<parameter name="Vmax_920" value="994.273799165491"/>
						<parameter name="Keq_920" value="3200"/>
						<parameter name="Kp3g_920" value="0.53"/>
						<parameter name="Katp_920" value="0.3"/>
						<parameter name="Kbpg_920" value="0.003"/>
						<parameter name="Kadp_920" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_49" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_921)*((P3G_49)/(Kp3g_921)-(P2G_49)/((Kp3g_921)*(Keq_921))))/(1                   +(P3G_49)/(Kp3g_921)+(P2G_49)/(Kp2g_921))">
					<listOfParameters>
						<parameter name="Vmax_921" value="2871.279687043781"/>
						<parameter name="Kp3g_921" value="1.2"/>
						<parameter name="Keq_921" value="0.19"/>
						<parameter name="Kp2g_921" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_49" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_922)*((P2G_49)/(Kp2g_922)-(PEP_49)/((Kp2g_922)*(Keq_922))))/(1                   +(P2G_49)/(Kp2g_922)+(PEP_49)/(Kpep_922))">
					<listOfParameters>
						<parameter name="Vmax_922" value="306.0771914842871"/>
						<parameter name="Kp2g_922" value="0.04"/>
						<parameter name="Keq_922" value="6.7"/>
						<parameter name="Kpep_922" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_49" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_49" stoichiometry="1"/>
					<specieReference specie="PEP_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_49" stoichiometry="1"/>
					<specieReference specie="PYR_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_923)*(((PEP_49)*(ADP_49))/((Kpep_923)*(Kadp_923))-((PYR_49)*(ATP_49))/(((Kpep_923)*(Kadp_923))*(Keq_923))))/((1                   +(PEP_49)/(Kpep_923)+(PYR_49)/(Kpyr_923))*(1                   +(ADP_49)/(Kadp_923)+(ATP_49)/(Katp_923)))">
					<listOfParameters>
						<parameter name="Vmax_923" value="1188.19526418693"/>
						<parameter name="Kpep_923" value="0.14"/>
						<parameter name="Kadp_923" value="0.53"/>
						<parameter name="Keq_923" value="6500"/>
						<parameter name="Kpyr_923" value="21"/>
						<parameter name="Katp_923" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_49" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_49" stoichiometry="1"/>
					<specieReference specie="CO2_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_924)*(((PYR_49)/(Kpyr_924))^(nH_924)))/(1                   +((PYR_49)/(Kpyr_924))^(nH_924))">
					<listOfParameters>
						<parameter name="Vmax_924" value="926.9380772364651"/>
						<parameter name="Kpyr_924" value="4.33"/>
						<parameter name="nH_924" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_49" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_49" stoichiometry="1"/>
					<specieReference specie="EtOH_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_49" stoichiometry="1"/>
					<specieReference specie="AcAld_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_925)*(((EtOH_49)*(NAD_49))/((Ketoh_925)*(Kinad_925))-((AcAld_49)*(NADH_49))/(((Ketoh_925)*(Kinad_925))*(Keq_925))))/(1                   +(NAD_49)/(Kinad_925)+((EtOH_49)*(Knad_925))/((Kinad_925)*(Ketoh_925))+((AcAld_49)*(Knadh_925))/((Kinadh_925)*(Kacald_925))+(NADH_49)/(Kinadh_925)+((EtOH_49)*(NAD_49))/((Kinad_925)*(Ketoh_925))+(((NAD_49)*(AcAld_49))*(Knadh_925))/(((Kinad_925)*(Kinadh_925))*(Kacald_925))+(((EtOH_49)*(NADH_49))*(Knad_925))/(((Kinad_925)*(Kinadh_925))*(Ketoh_925))+((AcAld_49)*(NADH_49))/((Kacald_925)*(Kinadh_925))+(((EtOH_49)*(NAD_49))*(AcAld_49))/(((Kinad_925)*(Kiacald_925))*(Ketoh_925))+(((EtOH_49)*(AcAld_49))*(NADH_49))/(((Kietoh_925)*(Kinadh_925))*(Kacald_925)))">
					<listOfParameters>
						<parameter name="Vmax_925" value="201.4544036782563"/>
						<parameter name="Ketoh_925" value="17"/>
						<parameter name="Kinad_925" value="0.92"/>
						<parameter name="Keq_925" value="6.9e-005"/>
						<parameter name="Knad_925" value="0.17"/>
						<parameter name="Knadh_925" value="0.11"/>
						<parameter name="Kinadh_925" value="0.031"/>
						<parameter name="Kacald_925" value="1.11"/>
						<parameter name="Kiacald_925" value="1.1"/>
						<parameter name="Kietoh_925" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_49" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_926)*(ATP_49)">
					<listOfParameters>
						<parameter name="Katpase_926" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_49" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_49" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_49" stoichiometry="1"/>
					<specieReference specie="AMP_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_927*ADP_49*ADP_49-k2_927*ATP_49*AMP_49">
					<listOfParameters>
						<parameter name="k1_927" value="45"/>
						<parameter name="k2_927" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_49" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_49" stoichiometry="1"/>
					<specieReference specie="NADH_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_49" stoichiometry="1"/>
					<specieReference specie="Glycerol_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_928)*(((DHAP_49)/(Kdhap_928))*((NADH_49)/(Knadh_928))-(((Glycerol_49)/(Kdhap_928))*((NAD_49)/(Knadh_928)))*((1                   )/(Keq_928))))/((1                   +(DHAP_49)/(Kdhap_928)+(Glycerol_49)/(Kglycerol_928))*(1                   +(NADH_49)/(Knadh_928)+(NAD_49)/(Knad_928)))">
					<listOfParameters>
						<parameter name="Vmax_928" value="36.15375064636464"/>
						<parameter name="Kdhap_928" value="0.4"/>
						<parameter name="Knadh_928" value="0.023"/>
						<parameter name="Keq_928" value="4300"/>
						<parameter name="Kglycerol_928" value="1"/>
						<parameter name="Knad_928" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_49" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_49" stoichiometry="1"/>
					<specieReference specie="G6P_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_49" stoichiometry="1"/>
					<specieReference specie="Glycogen_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_929">
					<listOfParameters>
						<parameter name="KGLYCOGEN_929" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_49" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_49" stoichiometry="1"/>
					<specieReference specie="G6P_49" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_49" stoichiometry="1"/>
					<specieReference specie="Trehalose_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_930">
					<listOfParameters>
						<parameter name="Ktrehalose_930" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_49" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_49" stoichiometry="3"/>
					<specieReference specie="AcAld_49" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_49" stoichiometry="3"/>
					<specieReference specie="Succinate_49" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_931)*(AcAld_49)">
					<listOfParameters>
						<parameter name="k_931" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_50" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_932)*(GLCo_50-GLCi_50))/(Kglc_932))/(1                   +(GLCo_50+GLCi_50)/(Kglc_932)+(((Ki_932)*(GLCo_50))*(GLCi_50))/((Kglc_932)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_932" value="98.75730592056107"/>
						<parameter name="Kglc_932" value="1.1918"/>
						<parameter name="Ki_932" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_50" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_50" stoichiometry="1"/>
					<specieReference specie="ATP_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_50" stoichiometry="1"/>
					<specieReference specie="ADP_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_933)*(((GLCi_50)*(ATP_50))/((Kglc_933)*(Katp_933))-((G6P_50)*(ADP_50))/(((Kglc_933)*(Katp_933))*(Keq_933))))/((1                   +(GLCi_50)/(Kglc_933)+(G6P_50)/(Kg6p_933))*(1                   +(ATP_50)/(Katp_933)+(ADP_50)/(Kadp_933)))">
					<listOfParameters>
						<parameter name="Vmax_933" value="252.4141682798399"/>
						<parameter name="Kglc_933" value="0.08"/>
						<parameter name="Katp_933" value="0.15"/>
						<parameter name="Keq_933" value="2000"/>
						<parameter name="Kg6p_933" value="30"/>
						<parameter name="Kadp_933" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_50" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_934)*((G6P_50)/(Kg6p_934)-(F6P_50)/((Kg6p_934)*(Keq_934))))/(1                   +(G6P_50)/(Kg6p_934)+(F6P_50)/(Kf6p_934))">
					<listOfParameters>
						<parameter name="Vmax_934" value="811.9900397693044"/>
						<parameter name="Kg6p_934" value="1.4"/>
						<parameter name="Keq_934" value="0.29"/>
						<parameter name="Kf6p_934" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_50" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_50" stoichiometry="1"/>
					<specieReference specie="F6P_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_50" stoichiometry="1"/>
					<specieReference specie="F16bP_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_935)*(((((gR_935)*((F6P_50)/(Kf6p_935)))*((ATP_50)/(Katp_935)))*(1                   +(F6P_50)/(Kf6p_935)+(ATP_50)/(Katp_935)+((((gR_935)*(F6P_50))/(Kf6p_935))*(ATP_50))/(Katp_935)))/((1                   +(F6P_50)/(Kf6p_935)+(ATP_50)/(Katp_935)+((((gR_935)*(F6P_50))/(Kf6p_935))*(ATP_50))/(Katp_935))^(2                   )+((((L0_935)*(((1                   +((Ciatp_935)*(ATP_50))/(Kiatp_935))/(1                   +(ATP_50)/(Kiatp_935)))^(2                   )))*(((1                   +((Camp_935)*(AMP_50))/(Kamp_935))/(1                   +(AMP_50)/(Kamp_935)))^(2                   )))*(((1                   +((Cf26_935)*(F26bP_50))/(Kf26_935)+((Cf16_935)*(F16bP_50))/(Kf16_935))/(1                   +(F26bP_50)/(Kf26_935)+(F16bP_50)/(Kf16_935)))^(2                   )))*((1                   +((Catp_935)*(ATP_50))/(Katp_935))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_935" value="97.2393686411729"/>
						<parameter name="gR_935" value="5.12"/>
						<parameter name="Kf6p_935" value="0.1"/>
						<parameter name="Katp_935" value="0.71"/>
						<parameter name="L0_935" value="0.66"/>
						<parameter name="Ciatp_935" value="100"/>
						<parameter name="Kiatp_935" value="0.65"/>
						<parameter name="Camp_935" value="0.08450000000000001"/>
						<parameter name="Kamp_935" value="0.09950000000000001"/>
						<parameter name="Cf26_935" value="0.0174"/>
						<parameter name="Kf26_935" value="0.000682"/>
						<parameter name="Cf16_935" value="0.397"/>
						<parameter name="Kf16_935" value="0.111"/>
						<parameter name="Catp_935" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_50" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_50" stoichiometry="1"/>
					<specieReference specie="GAP_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_936)*((F16bP_50)/(Kf16bp_936)-((DHAP_50)*(GAP_50))/((Kf16bp_936)*(Keq_936))))/(1                   +(F16bP_50)/(Kf16bp_936)+(DHAP_50)/(Kdhap_936)+(GAP_50)/(Kgap_936)+((F16bP_50)*(GAP_50))/((Kf16bp_936)*(Kigap_936))+((DHAP_50)*(GAP_50))/((Kdhap_936)*(Kgap_936)))">
					<listOfParameters>
						<parameter name="Vmax_936" value="73.92858966862991"/>
						<parameter name="Kf16bp_936" value="0.3"/>
						<parameter name="Keq_936" value="0.06900000000000001"/>
						<parameter name="Kdhap_936" value="2"/>
						<parameter name="Kgap_936" value="2.4"/>
						<parameter name="Kigap_936" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_50" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_937*DHAP_50-k2_937*GAP_50">
					<listOfParameters>
						<parameter name="k1_937" value="450000"/>
						<parameter name="k2_937" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_50" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_50" stoichiometry="1"/>
					<specieReference specie="NAD_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_50" stoichiometry="1"/>
					<specieReference specie="NADH_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_938)*((((Vmaxf_938)*(GAP_50))*(NAD_50))/((Kgap_938)*(Knad_938))-(((Vmaxr_938)*(BPG_50))*(NADH_50))/((Kbpg_938)*(Knadh_938))))/((1                   +(GAP_50)/(Kgap_938)+(BPG_50)/(Kbpg_938))*(1                   +(NAD_50)/(Knad_938)+(NADH_50)/(Knadh_938)))">
					<listOfParameters>
						<parameter name="C_938" value="1"/>
						<parameter name="Vmaxf_938" value="1152"/>
						<parameter name="Kgap_938" value="0.21"/>
						<parameter name="Knad_938" value="0.09"/>
						<parameter name="Vmaxr_938" value="5450.634078263807"/>
						<parameter name="Kbpg_938" value="0.0098"/>
						<parameter name="Knadh_938" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_50" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_50" stoichiometry="1"/>
					<specieReference specie="BPG_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_50" stoichiometry="1"/>
					<specieReference specie="P3G_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_939)*((((Keq_939)*(BPG_50))*(ADP_50)-(P3G_50)*(ATP_50))/((Kp3g_939)*(Katp_939))))/((1                   +(BPG_50)/(Kbpg_939)+(P3G_50)/(Kp3g_939))*(1                   +(ADP_50)/(Kadp_939)+(ATP_50)/(Katp_939)))">
					<listOfParameters>
						<parameter name="Vmax_939" value="1757.149635758671"/>
						<parameter name="Keq_939" value="3200"/>
						<parameter name="Kp3g_939" value="0.53"/>
						<parameter name="Katp_939" value="0.3"/>
						<parameter name="Kbpg_939" value="0.003"/>
						<parameter name="Kadp_939" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_50" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_940)*((P3G_50)/(Kp3g_940)-(P2G_50)/((Kp3g_940)*(Keq_940))))/(1                   +(P3G_50)/(Kp3g_940)+(P2G_50)/(Kp2g_940))">
					<listOfParameters>
						<parameter name="Vmax_940" value="2787.924996669767"/>
						<parameter name="Kp3g_940" value="1.2"/>
						<parameter name="Keq_940" value="0.19"/>
						<parameter name="Kp2g_940" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_50" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_941)*((P2G_50)/(Kp2g_941)-(PEP_50)/((Kp2g_941)*(Keq_941))))/(1                   +(P2G_50)/(Kp2g_941)+(PEP_50)/(Kpep_941))">
					<listOfParameters>
						<parameter name="Vmax_941" value="208.5680572971087"/>
						<parameter name="Kp2g_941" value="0.04"/>
						<parameter name="Keq_941" value="6.7"/>
						<parameter name="Kpep_941" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_50" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_50" stoichiometry="1"/>
					<specieReference specie="PEP_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_50" stoichiometry="1"/>
					<specieReference specie="PYR_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_942)*(((PEP_50)*(ADP_50))/((Kpep_942)*(Kadp_942))-((PYR_50)*(ATP_50))/(((Kpep_942)*(Kadp_942))*(Keq_942))))/((1                   +(PEP_50)/(Kpep_942)+(PYR_50)/(Kpyr_942))*(1                   +(ADP_50)/(Kadp_942)+(ATP_50)/(Katp_942)))">
					<listOfParameters>
						<parameter name="Vmax_942" value="1420.285066128846"/>
						<parameter name="Kpep_942" value="0.14"/>
						<parameter name="Kadp_942" value="0.53"/>
						<parameter name="Keq_942" value="6500"/>
						<parameter name="Kpyr_942" value="21"/>
						<parameter name="Katp_942" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_50" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_50" stoichiometry="1"/>
					<specieReference specie="CO2_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_943)*(((PYR_50)/(Kpyr_943))^(nH_943)))/(1                   +((PYR_50)/(Kpyr_943))^(nH_943))">
					<listOfParameters>
						<parameter name="Vmax_943" value="991.4710602100864"/>
						<parameter name="Kpyr_943" value="4.33"/>
						<parameter name="nH_943" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_50" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_50" stoichiometry="1"/>
					<specieReference specie="EtOH_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_50" stoichiometry="1"/>
					<specieReference specie="AcAld_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_944)*(((EtOH_50)*(NAD_50))/((Ketoh_944)*(Kinad_944))-((AcAld_50)*(NADH_50))/(((Ketoh_944)*(Kinad_944))*(Keq_944))))/(1                   +(NAD_50)/(Kinad_944)+((EtOH_50)*(Knad_944))/((Kinad_944)*(Ketoh_944))+((AcAld_50)*(Knadh_944))/((Kinadh_944)*(Kacald_944))+(NADH_50)/(Kinadh_944)+((EtOH_50)*(NAD_50))/((Kinad_944)*(Ketoh_944))+(((NAD_50)*(AcAld_50))*(Knadh_944))/(((Kinad_944)*(Kinadh_944))*(Kacald_944))+(((EtOH_50)*(NADH_50))*(Knad_944))/(((Kinad_944)*(Kinadh_944))*(Ketoh_944))+((AcAld_50)*(NADH_50))/((Kacald_944)*(Kinadh_944))+(((EtOH_50)*(NAD_50))*(AcAld_50))/(((Kinad_944)*(Kiacald_944))*(Ketoh_944))+(((EtOH_50)*(AcAld_50))*(NADH_50))/(((Kietoh_944)*(Kinadh_944))*(Kacald_944)))">
					<listOfParameters>
						<parameter name="Vmax_944" value="267.8193181522455"/>
						<parameter name="Ketoh_944" value="17"/>
						<parameter name="Kinad_944" value="0.92"/>
						<parameter name="Keq_944" value="6.9e-005"/>
						<parameter name="Knad_944" value="0.17"/>
						<parameter name="Knadh_944" value="0.11"/>
						<parameter name="Kinadh_944" value="0.031"/>
						<parameter name="Kacald_944" value="1.11"/>
						<parameter name="Kiacald_944" value="1.1"/>
						<parameter name="Kietoh_944" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_50" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_945)*(ATP_50)">
					<listOfParameters>
						<parameter name="Katpase_945" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_50" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_50" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_50" stoichiometry="1"/>
					<specieReference specie="AMP_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_946*ADP_50*ADP_50-k2_946*ATP_50*AMP_50">
					<listOfParameters>
						<parameter name="k1_946" value="45"/>
						<parameter name="k2_946" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_50" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_50" stoichiometry="1"/>
					<specieReference specie="NADH_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_50" stoichiometry="1"/>
					<specieReference specie="Glycerol_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_947)*(((DHAP_50)/(Kdhap_947))*((NADH_50)/(Knadh_947))-(((Glycerol_50)/(Kdhap_947))*((NAD_50)/(Knadh_947)))*((1                   )/(Keq_947))))/((1                   +(DHAP_50)/(Kdhap_947)+(Glycerol_50)/(Kglycerol_947))*(1                   +(NADH_50)/(Knadh_947)+(NAD_50)/(Knad_947)))">
					<listOfParameters>
						<parameter name="Vmax_947" value="36.90578197690073"/>
						<parameter name="Kdhap_947" value="0.4"/>
						<parameter name="Knadh_947" value="0.023"/>
						<parameter name="Keq_947" value="4300"/>
						<parameter name="Kglycerol_947" value="1"/>
						<parameter name="Knad_947" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_50" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_50" stoichiometry="1"/>
					<specieReference specie="G6P_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_50" stoichiometry="1"/>
					<specieReference specie="Glycogen_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_948">
					<listOfParameters>
						<parameter name="KGLYCOGEN_948" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_50" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_50" stoichiometry="1"/>
					<specieReference specie="G6P_50" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_50" stoichiometry="1"/>
					<specieReference specie="Trehalose_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_949">
					<listOfParameters>
						<parameter name="Ktrehalose_949" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_50" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_50" stoichiometry="3"/>
					<specieReference specie="AcAld_50" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_50" stoichiometry="3"/>
					<specieReference specie="Succinate_50" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_950)*(AcAld_50)">
					<listOfParameters>
						<parameter name="k_950" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_51" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_951)*(GLCo_51-GLCi_51))/(Kglc_951))/(1                   +(GLCo_51+GLCi_51)/(Kglc_951)+(((Ki_951)*(GLCo_51))*(GLCi_51))/((Kglc_951)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_951" value="123.13593501184"/>
						<parameter name="Kglc_951" value="1.1918"/>
						<parameter name="Ki_951" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_51" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_51" stoichiometry="1"/>
					<specieReference specie="ATP_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_51" stoichiometry="1"/>
					<specieReference specie="ADP_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_952)*(((GLCi_51)*(ATP_51))/((Kglc_952)*(Katp_952))-((G6P_51)*(ADP_51))/(((Kglc_952)*(Katp_952))*(Keq_952))))/((1                   +(GLCi_51)/(Kglc_952)+(G6P_51)/(Kg6p_952))*(1                   +(ATP_51)/(Katp_952)+(ADP_51)/(Kadp_952)))">
					<listOfParameters>
						<parameter name="Vmax_952" value="277.6719693779268"/>
						<parameter name="Kglc_952" value="0.08"/>
						<parameter name="Katp_952" value="0.15"/>
						<parameter name="Keq_952" value="2000"/>
						<parameter name="Kg6p_952" value="30"/>
						<parameter name="Kadp_952" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_51" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_953)*((G6P_51)/(Kg6p_953)-(F6P_51)/((Kg6p_953)*(Keq_953))))/(1                   +(G6P_51)/(Kg6p_953)+(F6P_51)/(Kf6p_953))">
					<listOfParameters>
						<parameter name="Vmax_953" value="1089.467003437936"/>
						<parameter name="Kg6p_953" value="1.4"/>
						<parameter name="Keq_953" value="0.29"/>
						<parameter name="Kf6p_953" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_51" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_51" stoichiometry="1"/>
					<specieReference specie="F6P_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_51" stoichiometry="1"/>
					<specieReference specie="F16bP_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_954)*(((((gR_954)*((F6P_51)/(Kf6p_954)))*((ATP_51)/(Katp_954)))*(1                   +(F6P_51)/(Kf6p_954)+(ATP_51)/(Katp_954)+((((gR_954)*(F6P_51))/(Kf6p_954))*(ATP_51))/(Katp_954)))/((1                   +(F6P_51)/(Kf6p_954)+(ATP_51)/(Katp_954)+((((gR_954)*(F6P_51))/(Kf6p_954))*(ATP_51))/(Katp_954))^(2                   )+((((L0_954)*(((1                   +((Ciatp_954)*(ATP_51))/(Kiatp_954))/(1                   +(ATP_51)/(Kiatp_954)))^(2                   )))*(((1                   +((Camp_954)*(AMP_51))/(Kamp_954))/(1                   +(AMP_51)/(Kamp_954)))^(2                   )))*(((1                   +((Cf26_954)*(F26bP_51))/(Kf26_954)+((Cf16_954)*(F16bP_51))/(Kf16_954))/(1                   +(F26bP_51)/(Kf26_954)+(F16bP_51)/(Kf16_954)))^(2                   )))*((1                   +((Catp_954)*(ATP_51))/(Katp_954))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_954" value="162.700725628586"/>
						<parameter name="gR_954" value="5.12"/>
						<parameter name="Kf6p_954" value="0.1"/>
						<parameter name="Katp_954" value="0.71"/>
						<parameter name="L0_954" value="0.66"/>
						<parameter name="Ciatp_954" value="100"/>
						<parameter name="Kiatp_954" value="0.65"/>
						<parameter name="Camp_954" value="0.08450000000000001"/>
						<parameter name="Kamp_954" value="0.09950000000000001"/>
						<parameter name="Cf26_954" value="0.0174"/>
						<parameter name="Kf26_954" value="0.000682"/>
						<parameter name="Cf16_954" value="0.397"/>
						<parameter name="Kf16_954" value="0.111"/>
						<parameter name="Catp_954" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_51" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_51" stoichiometry="1"/>
					<specieReference specie="GAP_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_955)*((F16bP_51)/(Kf16bp_955)-((DHAP_51)*(GAP_51))/((Kf16bp_955)*(Keq_955))))/(1                   +(F16bP_51)/(Kf16bp_955)+(DHAP_51)/(Kdhap_955)+(GAP_51)/(Kgap_955)+((F16bP_51)*(GAP_51))/((Kf16bp_955)*(Kigap_955))+((DHAP_51)*(GAP_51))/((Kdhap_955)*(Kgap_955)))">
					<listOfParameters>
						<parameter name="Vmax_955" value="85.25831704056202"/>
						<parameter name="Kf16bp_955" value="0.3"/>
						<parameter name="Keq_955" value="0.06900000000000001"/>
						<parameter name="Kdhap_955" value="2"/>
						<parameter name="Kgap_955" value="2.4"/>
						<parameter name="Kigap_955" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_51" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_956*DHAP_51-k2_956*GAP_51">
					<listOfParameters>
						<parameter name="k1_956" value="450000"/>
						<parameter name="k2_956" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_51" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_51" stoichiometry="1"/>
					<specieReference specie="NAD_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_51" stoichiometry="1"/>
					<specieReference specie="NADH_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_957)*((((Vmaxf_957)*(GAP_51))*(NAD_51))/((Kgap_957)*(Knad_957))-(((Vmaxr_957)*(BPG_51))*(NADH_51))/((Kbpg_957)*(Knadh_957))))/((1                   +(GAP_51)/(Kgap_957)+(BPG_51)/(Kbpg_957))*(1                   +(NAD_51)/(Knad_957)+(NADH_51)/(Knadh_957)))">
					<listOfParameters>
						<parameter name="C_957" value="1"/>
						<parameter name="Vmaxf_957" value="1152"/>
						<parameter name="Kgap_957" value="0.21"/>
						<parameter name="Knad_957" value="0.09"/>
						<parameter name="Vmaxr_957" value="6495.323815961579"/>
						<parameter name="Kbpg_957" value="0.0098"/>
						<parameter name="Knadh_957" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_51" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_51" stoichiometry="1"/>
					<specieReference specie="BPG_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_51" stoichiometry="1"/>
					<specieReference specie="P3G_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_958)*((((Keq_958)*(BPG_51))*(ADP_51)-(P3G_51)*(ATP_51))/((Kp3g_958)*(Katp_958))))/((1                   +(BPG_51)/(Kbpg_958)+(P3G_51)/(Kp3g_958))*(1                   +(ADP_51)/(Kadp_958)+(ATP_51)/(Katp_958)))">
					<listOfParameters>
						<parameter name="Vmax_958" value="1583.871288545583"/>
						<parameter name="Keq_958" value="3200"/>
						<parameter name="Kp3g_958" value="0.53"/>
						<parameter name="Katp_958" value="0.3"/>
						<parameter name="Kbpg_958" value="0.003"/>
						<parameter name="Kadp_958" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_51" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_959)*((P3G_51)/(Kp3g_959)-(P2G_51)/((Kp3g_959)*(Keq_959))))/(1                   +(P3G_51)/(Kp3g_959)+(P2G_51)/(Kp2g_959))">
					<listOfParameters>
						<parameter name="Vmax_959" value="2911.206403161228"/>
						<parameter name="Kp3g_959" value="1.2"/>
						<parameter name="Keq_959" value="0.19"/>
						<parameter name="Kp2g_959" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_51" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_960)*((P2G_51)/(Kp2g_960)-(PEP_51)/((Kp2g_960)*(Keq_960))))/(1                   +(P2G_51)/(Kp2g_960)+(PEP_51)/(Kpep_960))">
					<listOfParameters>
						<parameter name="Vmax_960" value="173.5184850422228"/>
						<parameter name="Kp2g_960" value="0.04"/>
						<parameter name="Keq_960" value="6.7"/>
						<parameter name="Kpep_960" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_51" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_51" stoichiometry="1"/>
					<specieReference specie="PEP_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_51" stoichiometry="1"/>
					<specieReference specie="PYR_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_961)*(((PEP_51)*(ADP_51))/((Kpep_961)*(Kadp_961))-((PYR_51)*(ATP_51))/(((Kpep_961)*(Kadp_961))*(Keq_961))))/((1                   +(PEP_51)/(Kpep_961)+(PYR_51)/(Kpyr_961))*(1                   +(ADP_51)/(Kadp_961)+(ATP_51)/(Katp_961)))">
					<listOfParameters>
						<parameter name="Vmax_961" value="1233.782536192658"/>
						<parameter name="Kpep_961" value="0.14"/>
						<parameter name="Kadp_961" value="0.53"/>
						<parameter name="Keq_961" value="6500"/>
						<parameter name="Kpyr_961" value="21"/>
						<parameter name="Katp_961" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_51" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_51" stoichiometry="1"/>
					<specieReference specie="CO2_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_962)*(((PYR_51)/(Kpyr_962))^(nH_962)))/(1                   +((PYR_51)/(Kpyr_962))^(nH_962))">
					<listOfParameters>
						<parameter name="Vmax_962" value="924.2945638595511"/>
						<parameter name="Kpyr_962" value="4.33"/>
						<parameter name="nH_962" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_51" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_51" stoichiometry="1"/>
					<specieReference specie="EtOH_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_51" stoichiometry="1"/>
					<specieReference specie="AcAld_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_963)*(((EtOH_51)*(NAD_51))/((Ketoh_963)*(Kinad_963))-((AcAld_51)*(NADH_51))/(((Ketoh_963)*(Kinad_963))*(Keq_963))))/(1                   +(NAD_51)/(Kinad_963)+((EtOH_51)*(Knad_963))/((Kinad_963)*(Ketoh_963))+((AcAld_51)*(Knadh_963))/((Kinadh_963)*(Kacald_963))+(NADH_51)/(Kinadh_963)+((EtOH_51)*(NAD_51))/((Kinad_963)*(Ketoh_963))+(((NAD_51)*(AcAld_51))*(Knadh_963))/(((Kinad_963)*(Kinadh_963))*(Kacald_963))+(((EtOH_51)*(NADH_51))*(Knad_963))/(((Kinad_963)*(Kinadh_963))*(Ketoh_963))+((AcAld_51)*(NADH_51))/((Kacald_963)*(Kinadh_963))+(((EtOH_51)*(NAD_51))*(AcAld_51))/(((Kinad_963)*(Kiacald_963))*(Ketoh_963))+(((EtOH_51)*(AcAld_51))*(NADH_51))/(((Kietoh_963)*(Kinadh_963))*(Kacald_963)))">
					<listOfParameters>
						<parameter name="Vmax_963" value="199.4453656740235"/>
						<parameter name="Ketoh_963" value="17"/>
						<parameter name="Kinad_963" value="0.92"/>
						<parameter name="Keq_963" value="6.9e-005"/>
						<parameter name="Knad_963" value="0.17"/>
						<parameter name="Knadh_963" value="0.11"/>
						<parameter name="Kinadh_963" value="0.031"/>
						<parameter name="Kacald_963" value="1.11"/>
						<parameter name="Kiacald_963" value="1.1"/>
						<parameter name="Kietoh_963" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_51" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_964)*(ATP_51)">
					<listOfParameters>
						<parameter name="Katpase_964" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_51" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_51" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_51" stoichiometry="1"/>
					<specieReference specie="AMP_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_965*ADP_51*ADP_51-k2_965*ATP_51*AMP_51">
					<listOfParameters>
						<parameter name="k1_965" value="45"/>
						<parameter name="k2_965" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_51" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_51" stoichiometry="1"/>
					<specieReference specie="NADH_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_51" stoichiometry="1"/>
					<specieReference specie="Glycerol_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_966)*(((DHAP_51)/(Kdhap_966))*((NADH_51)/(Knadh_966))-(((Glycerol_51)/(Kdhap_966))*((NAD_51)/(Knadh_966)))*((1                   )/(Keq_966))))/((1                   +(DHAP_51)/(Kdhap_966)+(Glycerol_51)/(Kglycerol_966))*(1                   +(NADH_51)/(Knadh_966)+(NAD_51)/(Knad_966)))">
					<listOfParameters>
						<parameter name="Vmax_966" value="47.31593926861637"/>
						<parameter name="Kdhap_966" value="0.4"/>
						<parameter name="Knadh_966" value="0.023"/>
						<parameter name="Keq_966" value="4300"/>
						<parameter name="Kglycerol_966" value="1"/>
						<parameter name="Knad_966" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_51" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_51" stoichiometry="1"/>
					<specieReference specie="G6P_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_51" stoichiometry="1"/>
					<specieReference specie="Glycogen_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_967">
					<listOfParameters>
						<parameter name="KGLYCOGEN_967" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_51" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_51" stoichiometry="1"/>
					<specieReference specie="G6P_51" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_51" stoichiometry="1"/>
					<specieReference specie="Trehalose_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_968">
					<listOfParameters>
						<parameter name="Ktrehalose_968" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_51" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_51" stoichiometry="3"/>
					<specieReference specie="AcAld_51" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_51" stoichiometry="3"/>
					<specieReference specie="Succinate_51" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_969)*(AcAld_51)">
					<listOfParameters>
						<parameter name="k_969" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_52" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_970)*(GLCo_52-GLCi_52))/(Kglc_970))/(1                   +(GLCo_52+GLCi_52)/(Kglc_970)+(((Ki_970)*(GLCo_52))*(GLCi_52))/((Kglc_970)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_970" value="109.207337234476"/>
						<parameter name="Kglc_970" value="1.1918"/>
						<parameter name="Ki_970" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_52" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_52" stoichiometry="1"/>
					<specieReference specie="ATP_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_52" stoichiometry="1"/>
					<specieReference specie="ADP_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_971)*(((GLCi_52)*(ATP_52))/((Kglc_971)*(Katp_971))-((G6P_52)*(ADP_52))/(((Kglc_971)*(Katp_971))*(Keq_971))))/((1                   +(GLCi_52)/(Kglc_971)+(G6P_52)/(Kg6p_971))*(1                   +(ATP_52)/(Katp_971)+(ADP_52)/(Kadp_971)))">
					<listOfParameters>
						<parameter name="Vmax_971" value="148.1569647770102"/>
						<parameter name="Kglc_971" value="0.08"/>
						<parameter name="Katp_971" value="0.15"/>
						<parameter name="Keq_971" value="2000"/>
						<parameter name="Kg6p_971" value="30"/>
						<parameter name="Kadp_971" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_52" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_972)*((G6P_52)/(Kg6p_972)-(F6P_52)/((Kg6p_972)*(Keq_972))))/(1                   +(G6P_52)/(Kg6p_972)+(F6P_52)/(Kf6p_972))">
					<listOfParameters>
						<parameter name="Vmax_972" value="1120.582542839136"/>
						<parameter name="Kg6p_972" value="1.4"/>
						<parameter name="Keq_972" value="0.29"/>
						<parameter name="Kf6p_972" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_52" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_52" stoichiometry="1"/>
					<specieReference specie="F6P_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_52" stoichiometry="1"/>
					<specieReference specie="F16bP_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_973)*(((((gR_973)*((F6P_52)/(Kf6p_973)))*((ATP_52)/(Katp_973)))*(1                   +(F6P_52)/(Kf6p_973)+(ATP_52)/(Katp_973)+((((gR_973)*(F6P_52))/(Kf6p_973))*(ATP_52))/(Katp_973)))/((1                   +(F6P_52)/(Kf6p_973)+(ATP_52)/(Katp_973)+((((gR_973)*(F6P_52))/(Kf6p_973))*(ATP_52))/(Katp_973))^(2                   )+((((L0_973)*(((1                   +((Ciatp_973)*(ATP_52))/(Kiatp_973))/(1                   +(ATP_52)/(Kiatp_973)))^(2                   )))*(((1                   +((Camp_973)*(AMP_52))/(Kamp_973))/(1                   +(AMP_52)/(Kamp_973)))^(2                   )))*(((1                   +((Cf26_973)*(F26bP_52))/(Kf26_973)+((Cf16_973)*(F16bP_52))/(Kf16_973))/(1                   +(F26bP_52)/(Kf26_973)+(F16bP_52)/(Kf16_973)))^(2                   )))*((1                   +((Catp_973)*(ATP_52))/(Katp_973))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_973" value="117.8656560365464"/>
						<parameter name="gR_973" value="5.12"/>
						<parameter name="Kf6p_973" value="0.1"/>
						<parameter name="Katp_973" value="0.71"/>
						<parameter name="L0_973" value="0.66"/>
						<parameter name="Ciatp_973" value="100"/>
						<parameter name="Kiatp_973" value="0.65"/>
						<parameter name="Camp_973" value="0.08450000000000001"/>
						<parameter name="Kamp_973" value="0.09950000000000001"/>
						<parameter name="Cf26_973" value="0.0174"/>
						<parameter name="Kf26_973" value="0.000682"/>
						<parameter name="Cf16_973" value="0.397"/>
						<parameter name="Kf16_973" value="0.111"/>
						<parameter name="Catp_973" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_52" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_52" stoichiometry="1"/>
					<specieReference specie="GAP_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_974)*((F16bP_52)/(Kf16bp_974)-((DHAP_52)*(GAP_52))/((Kf16bp_974)*(Keq_974))))/(1                   +(F16bP_52)/(Kf16bp_974)+(DHAP_52)/(Kdhap_974)+(GAP_52)/(Kgap_974)+((F16bP_52)*(GAP_52))/((Kf16bp_974)*(Kigap_974))+((DHAP_52)*(GAP_52))/((Kdhap_974)*(Kgap_974)))">
					<listOfParameters>
						<parameter name="Vmax_974" value="83.81175139830023"/>
						<parameter name="Kf16bp_974" value="0.3"/>
						<parameter name="Keq_974" value="0.06900000000000001"/>
						<parameter name="Kdhap_974" value="2"/>
						<parameter name="Kgap_974" value="2.4"/>
						<parameter name="Kigap_974" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_52" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_975*DHAP_52-k2_975*GAP_52">
					<listOfParameters>
						<parameter name="k1_975" value="450000"/>
						<parameter name="k2_975" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_52" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_52" stoichiometry="1"/>
					<specieReference specie="NAD_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_52" stoichiometry="1"/>
					<specieReference specie="NADH_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_976)*((((Vmaxf_976)*(GAP_52))*(NAD_52))/((Kgap_976)*(Knad_976))-(((Vmaxr_976)*(BPG_52))*(NADH_52))/((Kbpg_976)*(Knadh_976))))/((1                   +(GAP_52)/(Kgap_976)+(BPG_52)/(Kbpg_976))*(1                   +(NAD_52)/(Knad_976)+(NADH_52)/(Knadh_976)))">
					<listOfParameters>
						<parameter name="C_976" value="1"/>
						<parameter name="Vmaxf_976" value="1152"/>
						<parameter name="Kgap_976" value="0.21"/>
						<parameter name="Knad_976" value="0.09"/>
						<parameter name="Vmaxr_976" value="4880.731497322022"/>
						<parameter name="Kbpg_976" value="0.0098"/>
						<parameter name="Knadh_976" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_52" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_52" stoichiometry="1"/>
					<specieReference specie="BPG_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_52" stoichiometry="1"/>
					<specieReference specie="P3G_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_977)*((((Keq_977)*(BPG_52))*(ADP_52)-(P3G_52)*(ATP_52))/((Kp3g_977)*(Katp_977))))/((1                   +(BPG_52)/(Kbpg_977)+(P3G_52)/(Kp3g_977))*(1                   +(ADP_52)/(Kadp_977)+(ATP_52)/(Katp_977)))">
					<listOfParameters>
						<parameter name="Vmax_977" value="1375.900967197675"/>
						<parameter name="Keq_977" value="3200"/>
						<parameter name="Kp3g_977" value="0.53"/>
						<parameter name="Katp_977" value="0.3"/>
						<parameter name="Kbpg_977" value="0.003"/>
						<parameter name="Kadp_977" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_52" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_978)*((P3G_52)/(Kp3g_978)-(P2G_52)/((Kp3g_978)*(Keq_978))))/(1                   +(P3G_52)/(Kp3g_978)+(P2G_52)/(Kp2g_978))">
					<listOfParameters>
						<parameter name="Vmax_978" value="2390.174304169809"/>
						<parameter name="Kp3g_978" value="1.2"/>
						<parameter name="Keq_978" value="0.19"/>
						<parameter name="Kp2g_978" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_52" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_979)*((P2G_52)/(Kp2g_979)-(PEP_52)/((Kp2g_979)*(Keq_979))))/(1                   +(P2G_52)/(Kp2g_979)+(PEP_52)/(Kpep_979))">
					<listOfParameters>
						<parameter name="Vmax_979" value="196.7117358799531"/>
						<parameter name="Kp2g_979" value="0.04"/>
						<parameter name="Keq_979" value="6.7"/>
						<parameter name="Kpep_979" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_52" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_52" stoichiometry="1"/>
					<specieReference specie="PEP_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_52" stoichiometry="1"/>
					<specieReference specie="PYR_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_980)*(((PEP_52)*(ADP_52))/((Kpep_980)*(Kadp_980))-((PYR_52)*(ATP_52))/(((Kpep_980)*(Kadp_980))*(Keq_980))))/((1                   +(PEP_52)/(Kpep_980)+(PYR_52)/(Kpyr_980))*(1                   +(ADP_52)/(Kadp_980)+(ATP_52)/(Katp_980)))">
					<listOfParameters>
						<parameter name="Vmax_980" value="995.9469697063599"/>
						<parameter name="Kpep_980" value="0.14"/>
						<parameter name="Kadp_980" value="0.53"/>
						<parameter name="Keq_980" value="6500"/>
						<parameter name="Kpyr_980" value="21"/>
						<parameter name="Katp_980" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_52" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_52" stoichiometry="1"/>
					<specieReference specie="CO2_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_981)*(((PYR_52)/(Kpyr_981))^(nH_981)))/(1                   +((PYR_52)/(Kpyr_981))^(nH_981))">
					<listOfParameters>
						<parameter name="Vmax_981" value="1104.644946397794"/>
						<parameter name="Kpyr_981" value="4.33"/>
						<parameter name="nH_981" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_52" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_52" stoichiometry="1"/>
					<specieReference specie="EtOH_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_52" stoichiometry="1"/>
					<specieReference specie="AcAld_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_982)*(((EtOH_52)*(NAD_52))/((Ketoh_982)*(Kinad_982))-((AcAld_52)*(NADH_52))/(((Ketoh_982)*(Kinad_982))*(Keq_982))))/(1                   +(NAD_52)/(Kinad_982)+((EtOH_52)*(Knad_982))/((Kinad_982)*(Ketoh_982))+((AcAld_52)*(Knadh_982))/((Kinadh_982)*(Kacald_982))+(NADH_52)/(Kinadh_982)+((EtOH_52)*(NAD_52))/((Kinad_982)*(Ketoh_982))+(((NAD_52)*(AcAld_52))*(Knadh_982))/(((Kinad_982)*(Kinadh_982))*(Kacald_982))+(((EtOH_52)*(NADH_52))*(Knad_982))/(((Kinad_982)*(Kinadh_982))*(Ketoh_982))+((AcAld_52)*(NADH_52))/((Kacald_982)*(Kinadh_982))+(((EtOH_52)*(NAD_52))*(AcAld_52))/(((Kinad_982)*(Kiacald_982))*(Ketoh_982))+(((EtOH_52)*(AcAld_52))*(NADH_52))/(((Kietoh_982)*(Kinadh_982))*(Kacald_982)))">
					<listOfParameters>
						<parameter name="Vmax_982" value="222.3298119654974"/>
						<parameter name="Ketoh_982" value="17"/>
						<parameter name="Kinad_982" value="0.92"/>
						<parameter name="Keq_982" value="6.9e-005"/>
						<parameter name="Knad_982" value="0.17"/>
						<parameter name="Knadh_982" value="0.11"/>
						<parameter name="Kinadh_982" value="0.031"/>
						<parameter name="Kacald_982" value="1.11"/>
						<parameter name="Kiacald_982" value="1.1"/>
						<parameter name="Kietoh_982" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_52" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_983)*(ATP_52)">
					<listOfParameters>
						<parameter name="Katpase_983" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_52" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_52" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_52" stoichiometry="1"/>
					<specieReference specie="AMP_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_984*ADP_52*ADP_52-k2_984*ATP_52*AMP_52">
					<listOfParameters>
						<parameter name="k1_984" value="45"/>
						<parameter name="k2_984" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_52" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_52" stoichiometry="1"/>
					<specieReference specie="NADH_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_52" stoichiometry="1"/>
					<specieReference specie="Glycerol_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_985)*(((DHAP_52)/(Kdhap_985))*((NADH_52)/(Knadh_985))-(((Glycerol_52)/(Kdhap_985))*((NAD_52)/(Knadh_985)))*((1                   )/(Keq_985))))/((1                   +(DHAP_52)/(Kdhap_985)+(Glycerol_52)/(Kglycerol_985))*(1                   +(NADH_52)/(Knadh_985)+(NAD_52)/(Knad_985)))">
					<listOfParameters>
						<parameter name="Vmax_985" value="40.02246973445757"/>
						<parameter name="Kdhap_985" value="0.4"/>
						<parameter name="Knadh_985" value="0.023"/>
						<parameter name="Keq_985" value="4300"/>
						<parameter name="Kglycerol_985" value="1"/>
						<parameter name="Knad_985" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_52" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_52" stoichiometry="1"/>
					<specieReference specie="G6P_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_52" stoichiometry="1"/>
					<specieReference specie="Glycogen_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_986">
					<listOfParameters>
						<parameter name="KGLYCOGEN_986" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_52" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_52" stoichiometry="1"/>
					<specieReference specie="G6P_52" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_52" stoichiometry="1"/>
					<specieReference specie="Trehalose_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_987">
					<listOfParameters>
						<parameter name="Ktrehalose_987" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_52" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_52" stoichiometry="3"/>
					<specieReference specie="AcAld_52" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_52" stoichiometry="3"/>
					<specieReference specie="Succinate_52" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_988)*(AcAld_52)">
					<listOfParameters>
						<parameter name="k_988" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_53" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_989)*(GLCo_53-GLCi_53))/(Kglc_989))/(1                   +(GLCo_53+GLCi_53)/(Kglc_989)+(((Ki_989)*(GLCo_53))*(GLCi_53))/((Kglc_989)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_989" value="81.42317254245045"/>
						<parameter name="Kglc_989" value="1.1918"/>
						<parameter name="Ki_989" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_53" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_53" stoichiometry="1"/>
					<specieReference specie="ATP_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_53" stoichiometry="1"/>
					<specieReference specie="ADP_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_990)*(((GLCi_53)*(ATP_53))/((Kglc_990)*(Katp_990))-((G6P_53)*(ADP_53))/(((Kglc_990)*(Katp_990))*(Keq_990))))/((1                   +(GLCi_53)/(Kglc_990)+(G6P_53)/(Kg6p_990))*(1                   +(ATP_53)/(Katp_990)+(ADP_53)/(Kadp_990)))">
					<listOfParameters>
						<parameter name="Vmax_990" value="296.0534421524701"/>
						<parameter name="Kglc_990" value="0.08"/>
						<parameter name="Katp_990" value="0.15"/>
						<parameter name="Keq_990" value="2000"/>
						<parameter name="Kg6p_990" value="30"/>
						<parameter name="Kadp_990" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_53" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_991)*((G6P_53)/(Kg6p_991)-(F6P_53)/((Kg6p_991)*(Keq_991))))/(1                   +(G6P_53)/(Kg6p_991)+(F6P_53)/(Kf6p_991))">
					<listOfParameters>
						<parameter name="Vmax_991" value="1060.325620190221"/>
						<parameter name="Kg6p_991" value="1.4"/>
						<parameter name="Keq_991" value="0.29"/>
						<parameter name="Kf6p_991" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_53" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_53" stoichiometry="1"/>
					<specieReference specie="F6P_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_53" stoichiometry="1"/>
					<specieReference specie="F16bP_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_992)*(((((gR_992)*((F6P_53)/(Kf6p_992)))*((ATP_53)/(Katp_992)))*(1                   +(F6P_53)/(Kf6p_992)+(ATP_53)/(Katp_992)+((((gR_992)*(F6P_53))/(Kf6p_992))*(ATP_53))/(Katp_992)))/((1                   +(F6P_53)/(Kf6p_992)+(ATP_53)/(Katp_992)+((((gR_992)*(F6P_53))/(Kf6p_992))*(ATP_53))/(Katp_992))^(2                   )+((((L0_992)*(((1                   +((Ciatp_992)*(ATP_53))/(Kiatp_992))/(1                   +(ATP_53)/(Kiatp_992)))^(2                   )))*(((1                   +((Camp_992)*(AMP_53))/(Kamp_992))/(1                   +(AMP_53)/(Kamp_992)))^(2                   )))*(((1                   +((Cf26_992)*(F26bP_53))/(Kf26_992)+((Cf16_992)*(F16bP_53))/(Kf16_992))/(1                   +(F26bP_53)/(Kf26_992)+(F16bP_53)/(Kf16_992)))^(2                   )))*((1                   +((Catp_992)*(ATP_53))/(Katp_992))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_992" value="102.6224175469631"/>
						<parameter name="gR_992" value="5.12"/>
						<parameter name="Kf6p_992" value="0.1"/>
						<parameter name="Katp_992" value="0.71"/>
						<parameter name="L0_992" value="0.66"/>
						<parameter name="Ciatp_992" value="100"/>
						<parameter name="Kiatp_992" value="0.65"/>
						<parameter name="Camp_992" value="0.08450000000000001"/>
						<parameter name="Kamp_992" value="0.09950000000000001"/>
						<parameter name="Cf26_992" value="0.0174"/>
						<parameter name="Kf26_992" value="0.000682"/>
						<parameter name="Cf16_992" value="0.397"/>
						<parameter name="Kf16_992" value="0.111"/>
						<parameter name="Catp_992" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_53" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_53" stoichiometry="1"/>
					<specieReference specie="GAP_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_993)*((F16bP_53)/(Kf16bp_993)-((DHAP_53)*(GAP_53))/((Kf16bp_993)*(Keq_993))))/(1                   +(F16bP_53)/(Kf16bp_993)+(DHAP_53)/(Kdhap_993)+(GAP_53)/(Kgap_993)+((F16bP_53)*(GAP_53))/((Kf16bp_993)*(Kigap_993))+((DHAP_53)*(GAP_53))/((Kdhap_993)*(Kgap_993)))">
					<listOfParameters>
						<parameter name="Vmax_993" value="95.89812895223274"/>
						<parameter name="Kf16bp_993" value="0.3"/>
						<parameter name="Keq_993" value="0.06900000000000001"/>
						<parameter name="Kdhap_993" value="2"/>
						<parameter name="Kgap_993" value="2.4"/>
						<parameter name="Kigap_993" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_53" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_994*DHAP_53-k2_994*GAP_53">
					<listOfParameters>
						<parameter name="k1_994" value="450000"/>
						<parameter name="k2_994" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_53" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_53" stoichiometry="1"/>
					<specieReference specie="NAD_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_53" stoichiometry="1"/>
					<specieReference specie="NADH_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_995)*((((Vmaxf_995)*(GAP_53))*(NAD_53))/((Kgap_995)*(Knad_995))-(((Vmaxr_995)*(BPG_53))*(NADH_53))/((Kbpg_995)*(Knadh_995))))/((1                   +(GAP_53)/(Kgap_995)+(BPG_53)/(Kbpg_995))*(1                   +(NAD_53)/(Knad_995)+(NADH_53)/(Knadh_995)))">
					<listOfParameters>
						<parameter name="C_995" value="1"/>
						<parameter name="Vmaxf_995" value="1152"/>
						<parameter name="Kgap_995" value="0.21"/>
						<parameter name="Knad_995" value="0.09"/>
						<parameter name="Vmaxr_995" value="7908.706565814282"/>
						<parameter name="Kbpg_995" value="0.0098"/>
						<parameter name="Knadh_995" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_53" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_53" stoichiometry="1"/>
					<specieReference specie="BPG_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_53" stoichiometry="1"/>
					<specieReference specie="P3G_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_996)*((((Keq_996)*(BPG_53))*(ADP_53)-(P3G_53)*(ATP_53))/((Kp3g_996)*(Katp_996))))/((1                   +(BPG_53)/(Kbpg_996)+(P3G_53)/(Kp3g_996))*(1                   +(ADP_53)/(Kadp_996)+(ATP_53)/(Katp_996)))">
					<listOfParameters>
						<parameter name="Vmax_996" value="1380.291611203887"/>
						<parameter name="Keq_996" value="3200"/>
						<parameter name="Kp3g_996" value="0.53"/>
						<parameter name="Katp_996" value="0.3"/>
						<parameter name="Kbpg_996" value="0.003"/>
						<parameter name="Kadp_996" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_53" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_997)*((P3G_53)/(Kp3g_997)-(P2G_53)/((Kp3g_997)*(Keq_997))))/(1                   +(P3G_53)/(Kp3g_997)+(P2G_53)/(Kp2g_997))">
					<listOfParameters>
						<parameter name="Vmax_997" value="3093.93153969269"/>
						<parameter name="Kp3g_997" value="1.2"/>
						<parameter name="Keq_997" value="0.19"/>
						<parameter name="Kp2g_997" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_53" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_998)*((P2G_53)/(Kp2g_998)-(PEP_53)/((Kp2g_998)*(Keq_998))))/(1                   +(P2G_53)/(Kp2g_998)+(PEP_53)/(Kpep_998))">
					<listOfParameters>
						<parameter name="Vmax_998" value="151.4260495783209"/>
						<parameter name="Kp2g_998" value="0.04"/>
						<parameter name="Keq_998" value="6.7"/>
						<parameter name="Kpep_998" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_53" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_53" stoichiometry="1"/>
					<specieReference specie="PEP_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_53" stoichiometry="1"/>
					<specieReference specie="PYR_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_999)*(((PEP_53)*(ADP_53))/((Kpep_999)*(Kadp_999))-((PYR_53)*(ATP_53))/(((Kpep_999)*(Kadp_999))*(Keq_999))))/((1                   +(PEP_53)/(Kpep_999)+(PYR_53)/(Kpyr_999))*(1                   +(ADP_53)/(Kadp_999)+(ATP_53)/(Katp_999)))">
					<listOfParameters>
						<parameter name="Vmax_999" value="898.4150070871704"/>
						<parameter name="Kpep_999" value="0.14"/>
						<parameter name="Kadp_999" value="0.53"/>
						<parameter name="Keq_999" value="6500"/>
						<parameter name="Kpyr_999" value="21"/>
						<parameter name="Katp_999" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_53" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_53" stoichiometry="1"/>
					<specieReference specie="CO2_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1000)*(((PYR_53)/(Kpyr_1000))^(nH_1000)))/(1                   +((PYR_53)/(Kpyr_1000))^(nH_1000))">
					<listOfParameters>
						<parameter name="Vmax_1000" value="799.8313246299766"/>
						<parameter name="Kpyr_1000" value="4.33"/>
						<parameter name="nH_1000" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_53" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_53" stoichiometry="1"/>
					<specieReference specie="EtOH_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_53" stoichiometry="1"/>
					<specieReference specie="AcAld_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1001)*(((EtOH_53)*(NAD_53))/((Ketoh_1001)*(Kinad_1001))-((AcAld_53)*(NADH_53))/(((Ketoh_1001)*(Kinad_1001))*(Keq_1001))))/(1                   +(NAD_53)/(Kinad_1001)+((EtOH_53)*(Knad_1001))/((Kinad_1001)*(Ketoh_1001))+((AcAld_53)*(Knadh_1001))/((Kinadh_1001)*(Kacald_1001))+(NADH_53)/(Kinadh_1001)+((EtOH_53)*(NAD_53))/((Kinad_1001)*(Ketoh_1001))+(((NAD_53)*(AcAld_53))*(Knadh_1001))/(((Kinad_1001)*(Kinadh_1001))*(Kacald_1001))+(((EtOH_53)*(NADH_53))*(Knad_1001))/(((Kinad_1001)*(Kinadh_1001))*(Ketoh_1001))+((AcAld_53)*(NADH_53))/((Kacald_1001)*(Kinadh_1001))+(((EtOH_53)*(NAD_53))*(AcAld_53))/(((Kinad_1001)*(Kiacald_1001))*(Ketoh_1001))+(((EtOH_53)*(AcAld_53))*(NADH_53))/(((Kietoh_1001)*(Kinadh_1001))*(Kacald_1001)))">
					<listOfParameters>
						<parameter name="Vmax_1001" value="230.1618701793516"/>
						<parameter name="Ketoh_1001" value="17"/>
						<parameter name="Kinad_1001" value="0.92"/>
						<parameter name="Keq_1001" value="6.9e-005"/>
						<parameter name="Knad_1001" value="0.17"/>
						<parameter name="Knadh_1001" value="0.11"/>
						<parameter name="Kinadh_1001" value="0.031"/>
						<parameter name="Kacald_1001" value="1.11"/>
						<parameter name="Kiacald_1001" value="1.1"/>
						<parameter name="Kietoh_1001" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_53" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1002)*(ATP_53)">
					<listOfParameters>
						<parameter name="Katpase_1002" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_53" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_53" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_53" stoichiometry="1"/>
					<specieReference specie="AMP_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1003*ADP_53*ADP_53-k2_1003*ATP_53*AMP_53">
					<listOfParameters>
						<parameter name="k1_1003" value="45"/>
						<parameter name="k2_1003" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_53" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_53" stoichiometry="1"/>
					<specieReference specie="NADH_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_53" stoichiometry="1"/>
					<specieReference specie="Glycerol_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1004)*(((DHAP_53)/(Kdhap_1004))*((NADH_53)/(Knadh_1004))-(((Glycerol_53)/(Kdhap_1004))*((NAD_53)/(Knadh_1004)))*((1                   )/(Keq_1004))))/((1                   +(DHAP_53)/(Kdhap_1004)+(Glycerol_53)/(Kglycerol_1004))*(1                   +(NADH_53)/(Knadh_1004)+(NAD_53)/(Knad_1004)))">
					<listOfParameters>
						<parameter name="Vmax_1004" value="59.73540875212078"/>
						<parameter name="Kdhap_1004" value="0.4"/>
						<parameter name="Knadh_1004" value="0.023"/>
						<parameter name="Keq_1004" value="4300"/>
						<parameter name="Kglycerol_1004" value="1"/>
						<parameter name="Knad_1004" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_53" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_53" stoichiometry="1"/>
					<specieReference specie="G6P_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_53" stoichiometry="1"/>
					<specieReference specie="Glycogen_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1005">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1005" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_53" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_53" stoichiometry="1"/>
					<specieReference specie="G6P_53" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_53" stoichiometry="1"/>
					<specieReference specie="Trehalose_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1006">
					<listOfParameters>
						<parameter name="Ktrehalose_1006" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_53" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_53" stoichiometry="3"/>
					<specieReference specie="AcAld_53" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_53" stoichiometry="3"/>
					<specieReference specie="Succinate_53" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1007)*(AcAld_53)">
					<listOfParameters>
						<parameter name="k_1007" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_54" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1008)*(GLCo_54-GLCi_54))/(Kglc_1008))/(1                   +(GLCo_54+GLCi_54)/(Kglc_1008)+(((Ki_1008)*(GLCo_54))*(GLCi_54))/((Kglc_1008)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1008" value="93.95939781625467"/>
						<parameter name="Kglc_1008" value="1.1918"/>
						<parameter name="Ki_1008" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_54" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_54" stoichiometry="1"/>
					<specieReference specie="ATP_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_54" stoichiometry="1"/>
					<specieReference specie="ADP_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1009)*(((GLCi_54)*(ATP_54))/((Kglc_1009)*(Katp_1009))-((G6P_54)*(ADP_54))/(((Kglc_1009)*(Katp_1009))*(Keq_1009))))/((1                   +(GLCi_54)/(Kglc_1009)+(G6P_54)/(Kg6p_1009))*(1                   +(ATP_54)/(Katp_1009)+(ADP_54)/(Kadp_1009)))">
					<listOfParameters>
						<parameter name="Vmax_1009" value="254.2084488589921"/>
						<parameter name="Kglc_1009" value="0.08"/>
						<parameter name="Katp_1009" value="0.15"/>
						<parameter name="Keq_1009" value="2000"/>
						<parameter name="Kg6p_1009" value="30"/>
						<parameter name="Kadp_1009" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_54" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1010)*((G6P_54)/(Kg6p_1010)-(F6P_54)/((Kg6p_1010)*(Keq_1010))))/(1                   +(G6P_54)/(Kg6p_1010)+(F6P_54)/(Kf6p_1010))">
					<listOfParameters>
						<parameter name="Vmax_1010" value="1459.947438716735"/>
						<parameter name="Kg6p_1010" value="1.4"/>
						<parameter name="Keq_1010" value="0.29"/>
						<parameter name="Kf6p_1010" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_54" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_54" stoichiometry="1"/>
					<specieReference specie="F6P_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_54" stoichiometry="1"/>
					<specieReference specie="F16bP_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1011)*(((((gR_1011)*((F6P_54)/(Kf6p_1011)))*((ATP_54)/(Katp_1011)))*(1                   +(F6P_54)/(Kf6p_1011)+(ATP_54)/(Katp_1011)+((((gR_1011)*(F6P_54))/(Kf6p_1011))*(ATP_54))/(Katp_1011)))/((1                   +(F6P_54)/(Kf6p_1011)+(ATP_54)/(Katp_1011)+((((gR_1011)*(F6P_54))/(Kf6p_1011))*(ATP_54))/(Katp_1011))^(2                   )+((((L0_1011)*(((1                   +((Ciatp_1011)*(ATP_54))/(Kiatp_1011))/(1                   +(ATP_54)/(Kiatp_1011)))^(2                   )))*(((1                   +((Camp_1011)*(AMP_54))/(Kamp_1011))/(1                   +(AMP_54)/(Kamp_1011)))^(2                   )))*(((1                   +((Cf26_1011)*(F26bP_54))/(Kf26_1011)+((Cf16_1011)*(F16bP_54))/(Kf16_1011))/(1                   +(F26bP_54)/(Kf26_1011)+(F16bP_54)/(Kf16_1011)))^(2                   )))*((1                   +((Catp_1011)*(ATP_54))/(Katp_1011))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1011" value="135.95950133106"/>
						<parameter name="gR_1011" value="5.12"/>
						<parameter name="Kf6p_1011" value="0.1"/>
						<parameter name="Katp_1011" value="0.71"/>
						<parameter name="L0_1011" value="0.66"/>
						<parameter name="Ciatp_1011" value="100"/>
						<parameter name="Kiatp_1011" value="0.65"/>
						<parameter name="Camp_1011" value="0.08450000000000001"/>
						<parameter name="Kamp_1011" value="0.09950000000000001"/>
						<parameter name="Cf26_1011" value="0.0174"/>
						<parameter name="Kf26_1011" value="0.000682"/>
						<parameter name="Cf16_1011" value="0.397"/>
						<parameter name="Kf16_1011" value="0.111"/>
						<parameter name="Catp_1011" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_54" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_54" stoichiometry="1"/>
					<specieReference specie="GAP_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1012)*((F16bP_54)/(Kf16bp_1012)-((DHAP_54)*(GAP_54))/((Kf16bp_1012)*(Keq_1012))))/(1                   +(F16bP_54)/(Kf16bp_1012)+(DHAP_54)/(Kdhap_1012)+(GAP_54)/(Kgap_1012)+((F16bP_54)*(GAP_54))/((Kf16bp_1012)*(Kigap_1012))+((DHAP_54)*(GAP_54))/((Kdhap_1012)*(Kgap_1012)))">
					<listOfParameters>
						<parameter name="Vmax_1012" value="88.44017827195795"/>
						<parameter name="Kf16bp_1012" value="0.3"/>
						<parameter name="Keq_1012" value="0.06900000000000001"/>
						<parameter name="Kdhap_1012" value="2"/>
						<parameter name="Kgap_1012" value="2.4"/>
						<parameter name="Kigap_1012" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_54" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1013*DHAP_54-k2_1013*GAP_54">
					<listOfParameters>
						<parameter name="k1_1013" value="450000"/>
						<parameter name="k2_1013" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_54" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_54" stoichiometry="1"/>
					<specieReference specie="NAD_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_54" stoichiometry="1"/>
					<specieReference specie="NADH_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1014)*((((Vmaxf_1014)*(GAP_54))*(NAD_54))/((Kgap_1014)*(Knad_1014))-(((Vmaxr_1014)*(BPG_54))*(NADH_54))/((Kbpg_1014)*(Knadh_1014))))/((1                   +(GAP_54)/(Kgap_1014)+(BPG_54)/(Kbpg_1014))*(1                   +(NAD_54)/(Knad_1014)+(NADH_54)/(Knadh_1014)))">
					<listOfParameters>
						<parameter name="C_1014" value="1"/>
						<parameter name="Vmaxf_1014" value="1152"/>
						<parameter name="Kgap_1014" value="0.21"/>
						<parameter name="Knad_1014" value="0.09"/>
						<parameter name="Vmaxr_1014" value="6370.542705664945"/>
						<parameter name="Kbpg_1014" value="0.0098"/>
						<parameter name="Knadh_1014" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_54" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_54" stoichiometry="1"/>
					<specieReference specie="BPG_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_54" stoichiometry="1"/>
					<specieReference specie="P3G_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1015)*((((Keq_1015)*(BPG_54))*(ADP_54)-(P3G_54)*(ATP_54))/((Kp3g_1015)*(Katp_1015))))/((1                   +(BPG_54)/(Kbpg_1015)+(P3G_54)/(Kp3g_1015))*(1                   +(ADP_54)/(Kadp_1015)+(ATP_54)/(Katp_1015)))">
					<listOfParameters>
						<parameter name="Vmax_1015" value="1022.73522380545"/>
						<parameter name="Keq_1015" value="3200"/>
						<parameter name="Kp3g_1015" value="0.53"/>
						<parameter name="Katp_1015" value="0.3"/>
						<parameter name="Kbpg_1015" value="0.003"/>
						<parameter name="Kadp_1015" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_54" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1016)*((P3G_54)/(Kp3g_1016)-(P2G_54)/((Kp3g_1016)*(Keq_1016))))/(1                   +(P3G_54)/(Kp3g_1016)+(P2G_54)/(Kp2g_1016))">
					<listOfParameters>
						<parameter name="Vmax_1016" value="1748.726325380197"/>
						<parameter name="Kp3g_1016" value="1.2"/>
						<parameter name="Keq_1016" value="0.19"/>
						<parameter name="Kp2g_1016" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_54" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1017)*((P2G_54)/(Kp2g_1017)-(PEP_54)/((Kp2g_1017)*(Keq_1017))))/(1                   +(P2G_54)/(Kp2g_1017)+(PEP_54)/(Kpep_1017))">
					<listOfParameters>
						<parameter name="Vmax_1017" value="186.3201327774123"/>
						<parameter name="Kp2g_1017" value="0.04"/>
						<parameter name="Keq_1017" value="6.7"/>
						<parameter name="Kpep_1017" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_54" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_54" stoichiometry="1"/>
					<specieReference specie="PEP_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_54" stoichiometry="1"/>
					<specieReference specie="PYR_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1018)*(((PEP_54)*(ADP_54))/((Kpep_1018)*(Kadp_1018))-((PYR_54)*(ATP_54))/(((Kpep_1018)*(Kadp_1018))*(Keq_1018))))/((1                   +(PEP_54)/(Kpep_1018)+(PYR_54)/(Kpyr_1018))*(1                   +(ADP_54)/(Kadp_1018)+(ATP_54)/(Katp_1018)))">
					<listOfParameters>
						<parameter name="Vmax_1018" value="851.4488264738067"/>
						<parameter name="Kpep_1018" value="0.14"/>
						<parameter name="Kadp_1018" value="0.53"/>
						<parameter name="Keq_1018" value="6500"/>
						<parameter name="Kpyr_1018" value="21"/>
						<parameter name="Katp_1018" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_54" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_54" stoichiometry="1"/>
					<specieReference specie="CO2_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1019)*(((PYR_54)/(Kpyr_1019))^(nH_1019)))/(1                   +((PYR_54)/(Kpyr_1019))^(nH_1019))">
					<listOfParameters>
						<parameter name="Vmax_1019" value="1260.712100111171"/>
						<parameter name="Kpyr_1019" value="4.33"/>
						<parameter name="nH_1019" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_54" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_54" stoichiometry="1"/>
					<specieReference specie="EtOH_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_54" stoichiometry="1"/>
					<specieReference specie="AcAld_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1020)*(((EtOH_54)*(NAD_54))/((Ketoh_1020)*(Kinad_1020))-((AcAld_54)*(NADH_54))/(((Ketoh_1020)*(Kinad_1020))*(Keq_1020))))/(1                   +(NAD_54)/(Kinad_1020)+((EtOH_54)*(Knad_1020))/((Kinad_1020)*(Ketoh_1020))+((AcAld_54)*(Knadh_1020))/((Kinadh_1020)*(Kacald_1020))+(NADH_54)/(Kinadh_1020)+((EtOH_54)*(NAD_54))/((Kinad_1020)*(Ketoh_1020))+(((NAD_54)*(AcAld_54))*(Knadh_1020))/(((Kinad_1020)*(Kinadh_1020))*(Kacald_1020))+(((EtOH_54)*(NADH_54))*(Knad_1020))/(((Kinad_1020)*(Kinadh_1020))*(Ketoh_1020))+((AcAld_54)*(NADH_54))/((Kacald_1020)*(Kinadh_1020))+(((EtOH_54)*(NAD_54))*(AcAld_54))/(((Kinad_1020)*(Kiacald_1020))*(Ketoh_1020))+(((EtOH_54)*(AcAld_54))*(NADH_54))/(((Kietoh_1020)*(Kinadh_1020))*(Kacald_1020)))">
					<listOfParameters>
						<parameter name="Vmax_1020" value="209.2610758095261"/>
						<parameter name="Ketoh_1020" value="17"/>
						<parameter name="Kinad_1020" value="0.92"/>
						<parameter name="Keq_1020" value="6.9e-005"/>
						<parameter name="Knad_1020" value="0.17"/>
						<parameter name="Knadh_1020" value="0.11"/>
						<parameter name="Kinadh_1020" value="0.031"/>
						<parameter name="Kacald_1020" value="1.11"/>
						<parameter name="Kiacald_1020" value="1.1"/>
						<parameter name="Kietoh_1020" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_54" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1021)*(ATP_54)">
					<listOfParameters>
						<parameter name="Katpase_1021" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_54" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_54" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_54" stoichiometry="1"/>
					<specieReference specie="AMP_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1022*ADP_54*ADP_54-k2_1022*ATP_54*AMP_54">
					<listOfParameters>
						<parameter name="k1_1022" value="45"/>
						<parameter name="k2_1022" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_54" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_54" stoichiometry="1"/>
					<specieReference specie="NADH_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_54" stoichiometry="1"/>
					<specieReference specie="Glycerol_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1023)*(((DHAP_54)/(Kdhap_1023))*((NADH_54)/(Knadh_1023))-(((Glycerol_54)/(Kdhap_1023))*((NAD_54)/(Knadh_1023)))*((1                   )/(Keq_1023))))/((1                   +(DHAP_54)/(Kdhap_1023)+(Glycerol_54)/(Kglycerol_1023))*(1                   +(NADH_54)/(Knadh_1023)+(NAD_54)/(Knad_1023)))">
					<listOfParameters>
						<parameter name="Vmax_1023" value="46.25965049419941"/>
						<parameter name="Kdhap_1023" value="0.4"/>
						<parameter name="Knadh_1023" value="0.023"/>
						<parameter name="Keq_1023" value="4300"/>
						<parameter name="Kglycerol_1023" value="1"/>
						<parameter name="Knad_1023" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_54" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_54" stoichiometry="1"/>
					<specieReference specie="G6P_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_54" stoichiometry="1"/>
					<specieReference specie="Glycogen_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1024">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1024" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_54" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_54" stoichiometry="1"/>
					<specieReference specie="G6P_54" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_54" stoichiometry="1"/>
					<specieReference specie="Trehalose_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1025">
					<listOfParameters>
						<parameter name="Ktrehalose_1025" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_54" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_54" stoichiometry="3"/>
					<specieReference specie="AcAld_54" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_54" stoichiometry="3"/>
					<specieReference specie="Succinate_54" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1026)*(AcAld_54)">
					<listOfParameters>
						<parameter name="k_1026" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_55" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1027)*(GLCo_55-GLCi_55))/(Kglc_1027))/(1                   +(GLCo_55+GLCi_55)/(Kglc_1027)+(((Ki_1027)*(GLCo_55))*(GLCi_55))/((Kglc_1027)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1027" value="105.2115669456432"/>
						<parameter name="Kglc_1027" value="1.1918"/>
						<parameter name="Ki_1027" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_55" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_55" stoichiometry="1"/>
					<specieReference specie="ATP_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_55" stoichiometry="1"/>
					<specieReference specie="ADP_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1028)*(((GLCi_55)*(ATP_55))/((Kglc_1028)*(Katp_1028))-((G6P_55)*(ADP_55))/(((Kglc_1028)*(Katp_1028))*(Keq_1028))))/((1                   +(GLCi_55)/(Kglc_1028)+(G6P_55)/(Kg6p_1028))*(1                   +(ATP_55)/(Katp_1028)+(ADP_55)/(Kadp_1028)))">
					<listOfParameters>
						<parameter name="Vmax_1028" value="256.890537354065"/>
						<parameter name="Kglc_1028" value="0.08"/>
						<parameter name="Katp_1028" value="0.15"/>
						<parameter name="Keq_1028" value="2000"/>
						<parameter name="Kg6p_1028" value="30"/>
						<parameter name="Kadp_1028" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_55" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1029)*((G6P_55)/(Kg6p_1029)-(F6P_55)/((Kg6p_1029)*(Keq_1029))))/(1                   +(G6P_55)/(Kg6p_1029)+(F6P_55)/(Kf6p_1029))">
					<listOfParameters>
						<parameter name="Vmax_1029" value="1490.446350616631"/>
						<parameter name="Kg6p_1029" value="1.4"/>
						<parameter name="Keq_1029" value="0.29"/>
						<parameter name="Kf6p_1029" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_55" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_55" stoichiometry="1"/>
					<specieReference specie="F6P_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_55" stoichiometry="1"/>
					<specieReference specie="F16bP_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1030)*(((((gR_1030)*((F6P_55)/(Kf6p_1030)))*((ATP_55)/(Katp_1030)))*(1                   +(F6P_55)/(Kf6p_1030)+(ATP_55)/(Katp_1030)+((((gR_1030)*(F6P_55))/(Kf6p_1030))*(ATP_55))/(Katp_1030)))/((1                   +(F6P_55)/(Kf6p_1030)+(ATP_55)/(Katp_1030)+((((gR_1030)*(F6P_55))/(Kf6p_1030))*(ATP_55))/(Katp_1030))^(2                   )+((((L0_1030)*(((1                   +((Ciatp_1030)*(ATP_55))/(Kiatp_1030))/(1                   +(ATP_55)/(Kiatp_1030)))^(2                   )))*(((1                   +((Camp_1030)*(AMP_55))/(Kamp_1030))/(1                   +(AMP_55)/(Kamp_1030)))^(2                   )))*(((1                   +((Cf26_1030)*(F26bP_55))/(Kf26_1030)+((Cf16_1030)*(F16bP_55))/(Kf16_1030))/(1                   +(F26bP_55)/(Kf26_1030)+(F16bP_55)/(Kf16_1030)))^(2                   )))*((1                   +((Catp_1030)*(ATP_55))/(Katp_1030))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1030" value="99.60869397542943"/>
						<parameter name="gR_1030" value="5.12"/>
						<parameter name="Kf6p_1030" value="0.1"/>
						<parameter name="Katp_1030" value="0.71"/>
						<parameter name="L0_1030" value="0.66"/>
						<parameter name="Ciatp_1030" value="100"/>
						<parameter name="Kiatp_1030" value="0.65"/>
						<parameter name="Camp_1030" value="0.08450000000000001"/>
						<parameter name="Kamp_1030" value="0.09950000000000001"/>
						<parameter name="Cf26_1030" value="0.0174"/>
						<parameter name="Kf26_1030" value="0.000682"/>
						<parameter name="Cf16_1030" value="0.397"/>
						<parameter name="Kf16_1030" value="0.111"/>
						<parameter name="Catp_1030" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_55" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_55" stoichiometry="1"/>
					<specieReference specie="GAP_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1031)*((F16bP_55)/(Kf16bp_1031)-((DHAP_55)*(GAP_55))/((Kf16bp_1031)*(Keq_1031))))/(1                   +(F16bP_55)/(Kf16bp_1031)+(DHAP_55)/(Kdhap_1031)+(GAP_55)/(Kgap_1031)+((F16bP_55)*(GAP_55))/((Kf16bp_1031)*(Kigap_1031))+((DHAP_55)*(GAP_55))/((Kdhap_1031)*(Kgap_1031)))">
					<listOfParameters>
						<parameter name="Vmax_1031" value="121.945524450994"/>
						<parameter name="Kf16bp_1031" value="0.3"/>
						<parameter name="Keq_1031" value="0.06900000000000001"/>
						<parameter name="Kdhap_1031" value="2"/>
						<parameter name="Kgap_1031" value="2.4"/>
						<parameter name="Kigap_1031" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_55" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1032*DHAP_55-k2_1032*GAP_55">
					<listOfParameters>
						<parameter name="k1_1032" value="450000"/>
						<parameter name="k2_1032" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_55" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_55" stoichiometry="1"/>
					<specieReference specie="NAD_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_55" stoichiometry="1"/>
					<specieReference specie="NADH_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1033)*((((Vmaxf_1033)*(GAP_55))*(NAD_55))/((Kgap_1033)*(Knad_1033))-(((Vmaxr_1033)*(BPG_55))*(NADH_55))/((Kbpg_1033)*(Knadh_1033))))/((1                   +(GAP_55)/(Kgap_1033)+(BPG_55)/(Kbpg_1033))*(1                   +(NAD_55)/(Knad_1033)+(NADH_55)/(Knadh_1033)))">
					<listOfParameters>
						<parameter name="C_1033" value="1"/>
						<parameter name="Vmaxf_1033" value="1152"/>
						<parameter name="Kgap_1033" value="0.21"/>
						<parameter name="Knad_1033" value="0.09"/>
						<parameter name="Vmaxr_1033" value="6202.360453256426"/>
						<parameter name="Kbpg_1033" value="0.0098"/>
						<parameter name="Knadh_1033" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_55" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_55" stoichiometry="1"/>
					<specieReference specie="BPG_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_55" stoichiometry="1"/>
					<specieReference specie="P3G_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1034)*((((Keq_1034)*(BPG_55))*(ADP_55)-(P3G_55)*(ATP_55))/((Kp3g_1034)*(Katp_1034))))/((1                   +(BPG_55)/(Kbpg_1034)+(P3G_55)/(Kp3g_1034))*(1                   +(ADP_55)/(Kadp_1034)+(ATP_55)/(Katp_1034)))">
					<listOfParameters>
						<parameter name="Vmax_1034" value="1331.9028202603"/>
						<parameter name="Keq_1034" value="3200"/>
						<parameter name="Kp3g_1034" value="0.53"/>
						<parameter name="Katp_1034" value="0.3"/>
						<parameter name="Kbpg_1034" value="0.003"/>
						<parameter name="Kadp_1034" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_55" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1035)*((P3G_55)/(Kp3g_1035)-(P2G_55)/((Kp3g_1035)*(Keq_1035))))/(1                   +(P3G_55)/(Kp3g_1035)+(P2G_55)/(Kp2g_1035))">
					<listOfParameters>
						<parameter name="Vmax_1035" value="3011.973309146157"/>
						<parameter name="Kp3g_1035" value="1.2"/>
						<parameter name="Keq_1035" value="0.19"/>
						<parameter name="Kp2g_1035" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_55" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1036)*((P2G_55)/(Kp2g_1036)-(PEP_55)/((Kp2g_1036)*(Keq_1036))))/(1                   +(P2G_55)/(Kp2g_1036)+(PEP_55)/(Kpep_1036))">
					<listOfParameters>
						<parameter name="Vmax_1036" value="157.2079011520899"/>
						<parameter name="Kp2g_1036" value="0.04"/>
						<parameter name="Keq_1036" value="6.7"/>
						<parameter name="Kpep_1036" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_55" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_55" stoichiometry="1"/>
					<specieReference specie="PEP_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_55" stoichiometry="1"/>
					<specieReference specie="PYR_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1037)*(((PEP_55)*(ADP_55))/((Kpep_1037)*(Kadp_1037))-((PYR_55)*(ATP_55))/(((Kpep_1037)*(Kadp_1037))*(Keq_1037))))/((1                   +(PEP_55)/(Kpep_1037)+(PYR_55)/(Kpyr_1037))*(1                   +(ADP_55)/(Kadp_1037)+(ATP_55)/(Katp_1037)))">
					<listOfParameters>
						<parameter name="Vmax_1037" value="739.0011236843138"/>
						<parameter name="Kpep_1037" value="0.14"/>
						<parameter name="Kadp_1037" value="0.53"/>
						<parameter name="Keq_1037" value="6500"/>
						<parameter name="Kpyr_1037" value="21"/>
						<parameter name="Katp_1037" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_55" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_55" stoichiometry="1"/>
					<specieReference specie="CO2_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1038)*(((PYR_55)/(Kpyr_1038))^(nH_1038)))/(1                   +((PYR_55)/(Kpyr_1038))^(nH_1038))">
					<listOfParameters>
						<parameter name="Vmax_1038" value="914.7602508628746"/>
						<parameter name="Kpyr_1038" value="4.33"/>
						<parameter name="nH_1038" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_55" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_55" stoichiometry="1"/>
					<specieReference specie="EtOH_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_55" stoichiometry="1"/>
					<specieReference specie="AcAld_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1039)*(((EtOH_55)*(NAD_55))/((Ketoh_1039)*(Kinad_1039))-((AcAld_55)*(NADH_55))/(((Ketoh_1039)*(Kinad_1039))*(Keq_1039))))/(1                   +(NAD_55)/(Kinad_1039)+((EtOH_55)*(Knad_1039))/((Kinad_1039)*(Ketoh_1039))+((AcAld_55)*(Knadh_1039))/((Kinadh_1039)*(Kacald_1039))+(NADH_55)/(Kinadh_1039)+((EtOH_55)*(NAD_55))/((Kinad_1039)*(Ketoh_1039))+(((NAD_55)*(AcAld_55))*(Knadh_1039))/(((Kinad_1039)*(Kinadh_1039))*(Kacald_1039))+(((EtOH_55)*(NADH_55))*(Knad_1039))/(((Kinad_1039)*(Kinadh_1039))*(Ketoh_1039))+((AcAld_55)*(NADH_55))/((Kacald_1039)*(Kinadh_1039))+(((EtOH_55)*(NAD_55))*(AcAld_55))/(((Kinad_1039)*(Kiacald_1039))*(Ketoh_1039))+(((EtOH_55)*(AcAld_55))*(NADH_55))/(((Kietoh_1039)*(Kinadh_1039))*(Kacald_1039)))">
					<listOfParameters>
						<parameter name="Vmax_1039" value="259.1870767970724"/>
						<parameter name="Ketoh_1039" value="17"/>
						<parameter name="Kinad_1039" value="0.92"/>
						<parameter name="Keq_1039" value="6.9e-005"/>
						<parameter name="Knad_1039" value="0.17"/>
						<parameter name="Knadh_1039" value="0.11"/>
						<parameter name="Kinadh_1039" value="0.031"/>
						<parameter name="Kacald_1039" value="1.11"/>
						<parameter name="Kiacald_1039" value="1.1"/>
						<parameter name="Kietoh_1039" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_55" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1040)*(ATP_55)">
					<listOfParameters>
						<parameter name="Katpase_1040" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_55" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_55" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_55" stoichiometry="1"/>
					<specieReference specie="AMP_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1041*ADP_55*ADP_55-k2_1041*ATP_55*AMP_55">
					<listOfParameters>
						<parameter name="k1_1041" value="45"/>
						<parameter name="k2_1041" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_55" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_55" stoichiometry="1"/>
					<specieReference specie="NADH_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_55" stoichiometry="1"/>
					<specieReference specie="Glycerol_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1042)*(((DHAP_55)/(Kdhap_1042))*((NADH_55)/(Knadh_1042))-(((Glycerol_55)/(Kdhap_1042))*((NAD_55)/(Knadh_1042)))*((1                   )/(Keq_1042))))/((1                   +(DHAP_55)/(Kdhap_1042)+(Glycerol_55)/(Kglycerol_1042))*(1                   +(NADH_55)/(Knadh_1042)+(NAD_55)/(Knad_1042)))">
					<listOfParameters>
						<parameter name="Vmax_1042" value="48.70407655653265"/>
						<parameter name="Kdhap_1042" value="0.4"/>
						<parameter name="Knadh_1042" value="0.023"/>
						<parameter name="Keq_1042" value="4300"/>
						<parameter name="Kglycerol_1042" value="1"/>
						<parameter name="Knad_1042" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_55" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_55" stoichiometry="1"/>
					<specieReference specie="G6P_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_55" stoichiometry="1"/>
					<specieReference specie="Glycogen_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1043">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1043" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_55" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_55" stoichiometry="1"/>
					<specieReference specie="G6P_55" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_55" stoichiometry="1"/>
					<specieReference specie="Trehalose_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1044">
					<listOfParameters>
						<parameter name="Ktrehalose_1044" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_55" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_55" stoichiometry="3"/>
					<specieReference specie="AcAld_55" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_55" stoichiometry="3"/>
					<specieReference specie="Succinate_55" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1045)*(AcAld_55)">
					<listOfParameters>
						<parameter name="k_1045" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_56" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1046)*(GLCo_56-GLCi_56))/(Kglc_1046))/(1                   +(GLCo_56+GLCi_56)/(Kglc_1046)+(((Ki_1046)*(GLCo_56))*(GLCi_56))/((Kglc_1046)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1046" value="109.8242701896518"/>
						<parameter name="Kglc_1046" value="1.1918"/>
						<parameter name="Ki_1046" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_56" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_56" stoichiometry="1"/>
					<specieReference specie="ATP_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_56" stoichiometry="1"/>
					<specieReference specie="ADP_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1047)*(((GLCi_56)*(ATP_56))/((Kglc_1047)*(Katp_1047))-((G6P_56)*(ADP_56))/(((Kglc_1047)*(Katp_1047))*(Keq_1047))))/((1                   +(GLCi_56)/(Kglc_1047)+(G6P_56)/(Kg6p_1047))*(1                   +(ATP_56)/(Katp_1047)+(ADP_56)/(Kadp_1047)))">
					<listOfParameters>
						<parameter name="Vmax_1047" value="255.4334369010396"/>
						<parameter name="Kglc_1047" value="0.08"/>
						<parameter name="Katp_1047" value="0.15"/>
						<parameter name="Keq_1047" value="2000"/>
						<parameter name="Kg6p_1047" value="30"/>
						<parameter name="Kadp_1047" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_56" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1048)*((G6P_56)/(Kg6p_1048)-(F6P_56)/((Kg6p_1048)*(Keq_1048))))/(1                   +(G6P_56)/(Kg6p_1048)+(F6P_56)/(Kf6p_1048))">
					<listOfParameters>
						<parameter name="Vmax_1048" value="1193.509125237479"/>
						<parameter name="Kg6p_1048" value="1.4"/>
						<parameter name="Keq_1048" value="0.29"/>
						<parameter name="Kf6p_1048" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_56" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_56" stoichiometry="1"/>
					<specieReference specie="F6P_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_56" stoichiometry="1"/>
					<specieReference specie="F16bP_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1049)*(((((gR_1049)*((F6P_56)/(Kf6p_1049)))*((ATP_56)/(Katp_1049)))*(1                   +(F6P_56)/(Kf6p_1049)+(ATP_56)/(Katp_1049)+((((gR_1049)*(F6P_56))/(Kf6p_1049))*(ATP_56))/(Katp_1049)))/((1                   +(F6P_56)/(Kf6p_1049)+(ATP_56)/(Katp_1049)+((((gR_1049)*(F6P_56))/(Kf6p_1049))*(ATP_56))/(Katp_1049))^(2                   )+((((L0_1049)*(((1                   +((Ciatp_1049)*(ATP_56))/(Kiatp_1049))/(1                   +(ATP_56)/(Kiatp_1049)))^(2                   )))*(((1                   +((Camp_1049)*(AMP_56))/(Kamp_1049))/(1                   +(AMP_56)/(Kamp_1049)))^(2                   )))*(((1                   +((Cf26_1049)*(F26bP_56))/(Kf26_1049)+((Cf16_1049)*(F16bP_56))/(Kf16_1049))/(1                   +(F26bP_56)/(Kf26_1049)+(F16bP_56)/(Kf16_1049)))^(2                   )))*((1                   +((Catp_1049)*(ATP_56))/(Katp_1049))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1049" value="109.0435530541537"/>
						<parameter name="gR_1049" value="5.12"/>
						<parameter name="Kf6p_1049" value="0.1"/>
						<parameter name="Katp_1049" value="0.71"/>
						<parameter name="L0_1049" value="0.66"/>
						<parameter name="Ciatp_1049" value="100"/>
						<parameter name="Kiatp_1049" value="0.65"/>
						<parameter name="Camp_1049" value="0.08450000000000001"/>
						<parameter name="Kamp_1049" value="0.09950000000000001"/>
						<parameter name="Cf26_1049" value="0.0174"/>
						<parameter name="Kf26_1049" value="0.000682"/>
						<parameter name="Cf16_1049" value="0.397"/>
						<parameter name="Kf16_1049" value="0.111"/>
						<parameter name="Catp_1049" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_56" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_56" stoichiometry="1"/>
					<specieReference specie="GAP_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1050)*((F16bP_56)/(Kf16bp_1050)-((DHAP_56)*(GAP_56))/((Kf16bp_1050)*(Keq_1050))))/(1                   +(F16bP_56)/(Kf16bp_1050)+(DHAP_56)/(Kdhap_1050)+(GAP_56)/(Kgap_1050)+((F16bP_56)*(GAP_56))/((Kf16bp_1050)*(Kigap_1050))+((DHAP_56)*(GAP_56))/((Kdhap_1050)*(Kgap_1050)))">
					<listOfParameters>
						<parameter name="Vmax_1050" value="134.1917937932679"/>
						<parameter name="Kf16bp_1050" value="0.3"/>
						<parameter name="Keq_1050" value="0.06900000000000001"/>
						<parameter name="Kdhap_1050" value="2"/>
						<parameter name="Kgap_1050" value="2.4"/>
						<parameter name="Kigap_1050" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_56" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1051*DHAP_56-k2_1051*GAP_56">
					<listOfParameters>
						<parameter name="k1_1051" value="450000"/>
						<parameter name="k2_1051" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_56" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_56" stoichiometry="1"/>
					<specieReference specie="NAD_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_56" stoichiometry="1"/>
					<specieReference specie="NADH_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1052)*((((Vmaxf_1052)*(GAP_56))*(NAD_56))/((Kgap_1052)*(Knad_1052))-(((Vmaxr_1052)*(BPG_56))*(NADH_56))/((Kbpg_1052)*(Knadh_1052))))/((1                   +(GAP_56)/(Kgap_1052)+(BPG_56)/(Kbpg_1052))*(1                   +(NAD_56)/(Knad_1052)+(NADH_56)/(Knadh_1052)))">
					<listOfParameters>
						<parameter name="C_1052" value="1"/>
						<parameter name="Vmaxf_1052" value="1152"/>
						<parameter name="Kgap_1052" value="0.21"/>
						<parameter name="Knad_1052" value="0.09"/>
						<parameter name="Vmaxr_1052" value="8441.801267428957"/>
						<parameter name="Kbpg_1052" value="0.0098"/>
						<parameter name="Knadh_1052" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_56" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_56" stoichiometry="1"/>
					<specieReference specie="BPG_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_56" stoichiometry="1"/>
					<specieReference specie="P3G_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1053)*((((Keq_1053)*(BPG_56))*(ADP_56)-(P3G_56)*(ATP_56))/((Kp3g_1053)*(Katp_1053))))/((1                   +(BPG_56)/(Kbpg_1053)+(P3G_56)/(Kp3g_1053))*(1                   +(ADP_56)/(Kadp_1053)+(ATP_56)/(Katp_1053)))">
					<listOfParameters>
						<parameter name="Vmax_1053" value="1191.47468273512"/>
						<parameter name="Keq_1053" value="3200"/>
						<parameter name="Kp3g_1053" value="0.53"/>
						<parameter name="Katp_1053" value="0.3"/>
						<parameter name="Kbpg_1053" value="0.003"/>
						<parameter name="Kadp_1053" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_56" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1054)*((P3G_56)/(Kp3g_1054)-(P2G_56)/((Kp3g_1054)*(Keq_1054))))/(1                   +(P3G_56)/(Kp3g_1054)+(P2G_56)/(Kp2g_1054))">
					<listOfParameters>
						<parameter name="Vmax_1054" value="2981.680045382103"/>
						<parameter name="Kp3g_1054" value="1.2"/>
						<parameter name="Keq_1054" value="0.19"/>
						<parameter name="Kp2g_1054" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_56" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1055)*((P2G_56)/(Kp2g_1055)-(PEP_56)/((Kp2g_1055)*(Keq_1055))))/(1                   +(P2G_56)/(Kp2g_1055)+(PEP_56)/(Kpep_1055))">
					<listOfParameters>
						<parameter name="Vmax_1055" value="218.4947834869892"/>
						<parameter name="Kp2g_1055" value="0.04"/>
						<parameter name="Keq_1055" value="6.7"/>
						<parameter name="Kpep_1055" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_56" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_56" stoichiometry="1"/>
					<specieReference specie="PEP_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_56" stoichiometry="1"/>
					<specieReference specie="PYR_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1056)*(((PEP_56)*(ADP_56))/((Kpep_1056)*(Kadp_1056))-((PYR_56)*(ATP_56))/(((Kpep_1056)*(Kadp_1056))*(Keq_1056))))/((1                   +(PEP_56)/(Kpep_1056)+(PYR_56)/(Kpyr_1056))*(1                   +(ADP_56)/(Kadp_1056)+(ATP_56)/(Katp_1056)))">
					<listOfParameters>
						<parameter name="Vmax_1056" value="1184.004634058836"/>
						<parameter name="Kpep_1056" value="0.14"/>
						<parameter name="Kadp_1056" value="0.53"/>
						<parameter name="Keq_1056" value="6500"/>
						<parameter name="Kpyr_1056" value="21"/>
						<parameter name="Katp_1056" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_56" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_56" stoichiometry="1"/>
					<specieReference specie="CO2_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1057)*(((PYR_56)/(Kpyr_1057))^(nH_1057)))/(1                   +((PYR_56)/(Kpyr_1057))^(nH_1057))">
					<listOfParameters>
						<parameter name="Vmax_1057" value="773.1746037853294"/>
						<parameter name="Kpyr_1057" value="4.33"/>
						<parameter name="nH_1057" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_56" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_56" stoichiometry="1"/>
					<specieReference specie="EtOH_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_56" stoichiometry="1"/>
					<specieReference specie="AcAld_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1058)*(((EtOH_56)*(NAD_56))/((Ketoh_1058)*(Kinad_1058))-((AcAld_56)*(NADH_56))/(((Ketoh_1058)*(Kinad_1058))*(Keq_1058))))/(1                   +(NAD_56)/(Kinad_1058)+((EtOH_56)*(Knad_1058))/((Kinad_1058)*(Ketoh_1058))+((AcAld_56)*(Knadh_1058))/((Kinadh_1058)*(Kacald_1058))+(NADH_56)/(Kinadh_1058)+((EtOH_56)*(NAD_56))/((Kinad_1058)*(Ketoh_1058))+(((NAD_56)*(AcAld_56))*(Knadh_1058))/(((Kinad_1058)*(Kinadh_1058))*(Kacald_1058))+(((EtOH_56)*(NADH_56))*(Knad_1058))/(((Kinad_1058)*(Kinadh_1058))*(Ketoh_1058))+((AcAld_56)*(NADH_56))/((Kacald_1058)*(Kinadh_1058))+(((EtOH_56)*(NAD_56))*(AcAld_56))/(((Kinad_1058)*(Kiacald_1058))*(Ketoh_1058))+(((EtOH_56)*(AcAld_56))*(NADH_56))/(((Kietoh_1058)*(Kinadh_1058))*(Kacald_1058)))">
					<listOfParameters>
						<parameter name="Vmax_1058" value="242.1964675326871"/>
						<parameter name="Ketoh_1058" value="17"/>
						<parameter name="Kinad_1058" value="0.92"/>
						<parameter name="Keq_1058" value="6.9e-005"/>
						<parameter name="Knad_1058" value="0.17"/>
						<parameter name="Knadh_1058" value="0.11"/>
						<parameter name="Kinadh_1058" value="0.031"/>
						<parameter name="Kacald_1058" value="1.11"/>
						<parameter name="Kiacald_1058" value="1.1"/>
						<parameter name="Kietoh_1058" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_56" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1059)*(ATP_56)">
					<listOfParameters>
						<parameter name="Katpase_1059" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_56" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_56" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_56" stoichiometry="1"/>
					<specieReference specie="AMP_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1060*ADP_56*ADP_56-k2_1060*ATP_56*AMP_56">
					<listOfParameters>
						<parameter name="k1_1060" value="45"/>
						<parameter name="k2_1060" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_56" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_56" stoichiometry="1"/>
					<specieReference specie="NADH_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_56" stoichiometry="1"/>
					<specieReference specie="Glycerol_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1061)*(((DHAP_56)/(Kdhap_1061))*((NADH_56)/(Knadh_1061))-(((Glycerol_56)/(Kdhap_1061))*((NAD_56)/(Knadh_1061)))*((1                   )/(Keq_1061))))/((1                   +(DHAP_56)/(Kdhap_1061)+(Glycerol_56)/(Kglycerol_1061))*(1                   +(NADH_56)/(Knadh_1061)+(NAD_56)/(Knad_1061)))">
					<listOfParameters>
						<parameter name="Vmax_1061" value="49.58295954694073"/>
						<parameter name="Kdhap_1061" value="0.4"/>
						<parameter name="Knadh_1061" value="0.023"/>
						<parameter name="Keq_1061" value="4300"/>
						<parameter name="Kglycerol_1061" value="1"/>
						<parameter name="Knad_1061" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_56" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_56" stoichiometry="1"/>
					<specieReference specie="G6P_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_56" stoichiometry="1"/>
					<specieReference specie="Glycogen_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1062">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1062" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_56" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_56" stoichiometry="1"/>
					<specieReference specie="G6P_56" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_56" stoichiometry="1"/>
					<specieReference specie="Trehalose_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1063">
					<listOfParameters>
						<parameter name="Ktrehalose_1063" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_56" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_56" stoichiometry="3"/>
					<specieReference specie="AcAld_56" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_56" stoichiometry="3"/>
					<specieReference specie="Succinate_56" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1064)*(AcAld_56)">
					<listOfParameters>
						<parameter name="k_1064" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_57" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1065)*(GLCo_57-GLCi_57))/(Kglc_1065))/(1                   +(GLCo_57+GLCi_57)/(Kglc_1065)+(((Ki_1065)*(GLCo_57))*(GLCi_57))/((Kglc_1065)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1065" value="91.14835003696202"/>
						<parameter name="Kglc_1065" value="1.1918"/>
						<parameter name="Ki_1065" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_57" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_57" stoichiometry="1"/>
					<specieReference specie="ATP_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_57" stoichiometry="1"/>
					<specieReference specie="ADP_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1066)*(((GLCi_57)*(ATP_57))/((Kglc_1066)*(Katp_1066))-((G6P_57)*(ADP_57))/(((Kglc_1066)*(Katp_1066))*(Keq_1066))))/((1                   +(GLCi_57)/(Kglc_1066)+(G6P_57)/(Kg6p_1066))*(1                   +(ATP_57)/(Katp_1066)+(ADP_57)/(Kadp_1066)))">
					<listOfParameters>
						<parameter name="Vmax_1066" value="254.9656523730737"/>
						<parameter name="Kglc_1066" value="0.08"/>
						<parameter name="Katp_1066" value="0.15"/>
						<parameter name="Keq_1066" value="2000"/>
						<parameter name="Kg6p_1066" value="30"/>
						<parameter name="Kadp_1066" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_57" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1067)*((G6P_57)/(Kg6p_1067)-(F6P_57)/((Kg6p_1067)*(Keq_1067))))/(1                   +(G6P_57)/(Kg6p_1067)+(F6P_57)/(Kf6p_1067))">
					<listOfParameters>
						<parameter name="Vmax_1067" value="776.6350085406377"/>
						<parameter name="Kg6p_1067" value="1.4"/>
						<parameter name="Keq_1067" value="0.29"/>
						<parameter name="Kf6p_1067" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_57" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_57" stoichiometry="1"/>
					<specieReference specie="F6P_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_57" stoichiometry="1"/>
					<specieReference specie="F16bP_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1068)*(((((gR_1068)*((F6P_57)/(Kf6p_1068)))*((ATP_57)/(Katp_1068)))*(1                   +(F6P_57)/(Kf6p_1068)+(ATP_57)/(Katp_1068)+((((gR_1068)*(F6P_57))/(Kf6p_1068))*(ATP_57))/(Katp_1068)))/((1                   +(F6P_57)/(Kf6p_1068)+(ATP_57)/(Katp_1068)+((((gR_1068)*(F6P_57))/(Kf6p_1068))*(ATP_57))/(Katp_1068))^(2                   )+((((L0_1068)*(((1                   +((Ciatp_1068)*(ATP_57))/(Kiatp_1068))/(1                   +(ATP_57)/(Kiatp_1068)))^(2                   )))*(((1                   +((Camp_1068)*(AMP_57))/(Kamp_1068))/(1                   +(AMP_57)/(Kamp_1068)))^(2                   )))*(((1                   +((Cf26_1068)*(F26bP_57))/(Kf26_1068)+((Cf16_1068)*(F16bP_57))/(Kf16_1068))/(1                   +(F26bP_57)/(Kf26_1068)+(F16bP_57)/(Kf16_1068)))^(2                   )))*((1                   +((Catp_1068)*(ATP_57))/(Katp_1068))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1068" value="135.1532341721973"/>
						<parameter name="gR_1068" value="5.12"/>
						<parameter name="Kf6p_1068" value="0.1"/>
						<parameter name="Katp_1068" value="0.71"/>
						<parameter name="L0_1068" value="0.66"/>
						<parameter name="Ciatp_1068" value="100"/>
						<parameter name="Kiatp_1068" value="0.65"/>
						<parameter name="Camp_1068" value="0.08450000000000001"/>
						<parameter name="Kamp_1068" value="0.09950000000000001"/>
						<parameter name="Cf26_1068" value="0.0174"/>
						<parameter name="Kf26_1068" value="0.000682"/>
						<parameter name="Cf16_1068" value="0.397"/>
						<parameter name="Kf16_1068" value="0.111"/>
						<parameter name="Catp_1068" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_57" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_57" stoichiometry="1"/>
					<specieReference specie="GAP_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1069)*((F16bP_57)/(Kf16bp_1069)-((DHAP_57)*(GAP_57))/((Kf16bp_1069)*(Keq_1069))))/(1                   +(F16bP_57)/(Kf16bp_1069)+(DHAP_57)/(Kdhap_1069)+(GAP_57)/(Kgap_1069)+((F16bP_57)*(GAP_57))/((Kf16bp_1069)*(Kigap_1069))+((DHAP_57)*(GAP_57))/((Kdhap_1069)*(Kgap_1069)))">
					<listOfParameters>
						<parameter name="Vmax_1069" value="64.10645505368463"/>
						<parameter name="Kf16bp_1069" value="0.3"/>
						<parameter name="Keq_1069" value="0.06900000000000001"/>
						<parameter name="Kdhap_1069" value="2"/>
						<parameter name="Kgap_1069" value="2.4"/>
						<parameter name="Kigap_1069" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_57" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1070*DHAP_57-k2_1070*GAP_57">
					<listOfParameters>
						<parameter name="k1_1070" value="450000"/>
						<parameter name="k2_1070" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_57" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_57" stoichiometry="1"/>
					<specieReference specie="NAD_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_57" stoichiometry="1"/>
					<specieReference specie="NADH_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1071)*((((Vmaxf_1071)*(GAP_57))*(NAD_57))/((Kgap_1071)*(Knad_1071))-(((Vmaxr_1071)*(BPG_57))*(NADH_57))/((Kbpg_1071)*(Knadh_1071))))/((1                   +(GAP_57)/(Kgap_1071)+(BPG_57)/(Kbpg_1071))*(1                   +(NAD_57)/(Knad_1071)+(NADH_57)/(Knadh_1071)))">
					<listOfParameters>
						<parameter name="C_1071" value="1"/>
						<parameter name="Vmaxf_1071" value="1152"/>
						<parameter name="Kgap_1071" value="0.21"/>
						<parameter name="Knad_1071" value="0.09"/>
						<parameter name="Vmaxr_1071" value="3838.797964196816"/>
						<parameter name="Kbpg_1071" value="0.0098"/>
						<parameter name="Knadh_1071" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_57" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_57" stoichiometry="1"/>
					<specieReference specie="BPG_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_57" stoichiometry="1"/>
					<specieReference specie="P3G_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1072)*((((Keq_1072)*(BPG_57))*(ADP_57)-(P3G_57)*(ATP_57))/((Kp3g_1072)*(Katp_1072))))/((1                   +(BPG_57)/(Kbpg_1072)+(P3G_57)/(Kp3g_1072))*(1                   +(ADP_57)/(Kadp_1072)+(ATP_57)/(Katp_1072)))">
					<listOfParameters>
						<parameter name="Vmax_1072" value="1117.905975062467"/>
						<parameter name="Keq_1072" value="3200"/>
						<parameter name="Kp3g_1072" value="0.53"/>
						<parameter name="Katp_1072" value="0.3"/>
						<parameter name="Kbpg_1072" value="0.003"/>
						<parameter name="Kadp_1072" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_57" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1073)*((P3G_57)/(Kp3g_1073)-(P2G_57)/((Kp3g_1073)*(Keq_1073))))/(1                   +(P3G_57)/(Kp3g_1073)+(P2G_57)/(Kp2g_1073))">
					<listOfParameters>
						<parameter name="Vmax_1073" value="2141.967414758689"/>
						<parameter name="Kp3g_1073" value="1.2"/>
						<parameter name="Keq_1073" value="0.19"/>
						<parameter name="Kp2g_1073" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_57" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1074)*((P2G_57)/(Kp2g_1074)-(PEP_57)/((Kp2g_1074)*(Keq_1074))))/(1                   +(P2G_57)/(Kp2g_1074)+(PEP_57)/(Kpep_1074))">
					<listOfParameters>
						<parameter name="Vmax_1074" value="176.1892733506127"/>
						<parameter name="Kp2g_1074" value="0.04"/>
						<parameter name="Keq_1074" value="6.7"/>
						<parameter name="Kpep_1074" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_57" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_57" stoichiometry="1"/>
					<specieReference specie="PEP_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_57" stoichiometry="1"/>
					<specieReference specie="PYR_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1075)*(((PEP_57)*(ADP_57))/((Kpep_1075)*(Kadp_1075))-((PYR_57)*(ATP_57))/(((Kpep_1075)*(Kadp_1075))*(Keq_1075))))/((1                   +(PEP_57)/(Kpep_1075)+(PYR_57)/(Kpyr_1075))*(1                   +(ADP_57)/(Kadp_1075)+(ATP_57)/(Katp_1075)))">
					<listOfParameters>
						<parameter name="Vmax_1075" value="1008.810898478568"/>
						<parameter name="Kpep_1075" value="0.14"/>
						<parameter name="Kadp_1075" value="0.53"/>
						<parameter name="Keq_1075" value="6500"/>
						<parameter name="Kpyr_1075" value="21"/>
						<parameter name="Katp_1075" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_57" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_57" stoichiometry="1"/>
					<specieReference specie="CO2_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1076)*(((PYR_57)/(Kpyr_1076))^(nH_1076)))/(1                   +((PYR_57)/(Kpyr_1076))^(nH_1076))">
					<listOfParameters>
						<parameter name="Vmax_1076" value="720.6627894353087"/>
						<parameter name="Kpyr_1076" value="4.33"/>
						<parameter name="nH_1076" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_57" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_57" stoichiometry="1"/>
					<specieReference specie="EtOH_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_57" stoichiometry="1"/>
					<specieReference specie="AcAld_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1077)*(((EtOH_57)*(NAD_57))/((Ketoh_1077)*(Kinad_1077))-((AcAld_57)*(NADH_57))/(((Ketoh_1077)*(Kinad_1077))*(Keq_1077))))/(1                   +(NAD_57)/(Kinad_1077)+((EtOH_57)*(Knad_1077))/((Kinad_1077)*(Ketoh_1077))+((AcAld_57)*(Knadh_1077))/((Kinadh_1077)*(Kacald_1077))+(NADH_57)/(Kinadh_1077)+((EtOH_57)*(NAD_57))/((Kinad_1077)*(Ketoh_1077))+(((NAD_57)*(AcAld_57))*(Knadh_1077))/(((Kinad_1077)*(Kinadh_1077))*(Kacald_1077))+(((EtOH_57)*(NADH_57))*(Knad_1077))/(((Kinad_1077)*(Kinadh_1077))*(Ketoh_1077))+((AcAld_57)*(NADH_57))/((Kacald_1077)*(Kinadh_1077))+(((EtOH_57)*(NAD_57))*(AcAld_57))/(((Kinad_1077)*(Kiacald_1077))*(Ketoh_1077))+(((EtOH_57)*(AcAld_57))*(NADH_57))/(((Kietoh_1077)*(Kinadh_1077))*(Kacald_1077)))">
					<listOfParameters>
						<parameter name="Vmax_1077" value="152.791249188899"/>
						<parameter name="Ketoh_1077" value="17"/>
						<parameter name="Kinad_1077" value="0.92"/>
						<parameter name="Keq_1077" value="6.9e-005"/>
						<parameter name="Knad_1077" value="0.17"/>
						<parameter name="Knadh_1077" value="0.11"/>
						<parameter name="Kinadh_1077" value="0.031"/>
						<parameter name="Kacald_1077" value="1.11"/>
						<parameter name="Kiacald_1077" value="1.1"/>
						<parameter name="Kietoh_1077" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_57" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1078)*(ATP_57)">
					<listOfParameters>
						<parameter name="Katpase_1078" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_57" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_57" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_57" stoichiometry="1"/>
					<specieReference specie="AMP_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1079*ADP_57*ADP_57-k2_1079*ATP_57*AMP_57">
					<listOfParameters>
						<parameter name="k1_1079" value="45"/>
						<parameter name="k2_1079" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_57" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_57" stoichiometry="1"/>
					<specieReference specie="NADH_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_57" stoichiometry="1"/>
					<specieReference specie="Glycerol_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1080)*(((DHAP_57)/(Kdhap_1080))*((NADH_57)/(Knadh_1080))-(((Glycerol_57)/(Kdhap_1080))*((NAD_57)/(Knadh_1080)))*((1                   )/(Keq_1080))))/((1                   +(DHAP_57)/(Kdhap_1080)+(Glycerol_57)/(Kglycerol_1080))*(1                   +(NADH_57)/(Knadh_1080)+(NAD_57)/(Knad_1080)))">
					<listOfParameters>
						<parameter name="Vmax_1080" value="53.74034791225924"/>
						<parameter name="Kdhap_1080" value="0.4"/>
						<parameter name="Knadh_1080" value="0.023"/>
						<parameter name="Keq_1080" value="4300"/>
						<parameter name="Kglycerol_1080" value="1"/>
						<parameter name="Knad_1080" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_57" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_57" stoichiometry="1"/>
					<specieReference specie="G6P_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_57" stoichiometry="1"/>
					<specieReference specie="Glycogen_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1081">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1081" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_57" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_57" stoichiometry="1"/>
					<specieReference specie="G6P_57" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_57" stoichiometry="1"/>
					<specieReference specie="Trehalose_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1082">
					<listOfParameters>
						<parameter name="Ktrehalose_1082" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_57" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_57" stoichiometry="3"/>
					<specieReference specie="AcAld_57" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_57" stoichiometry="3"/>
					<specieReference specie="Succinate_57" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1083)*(AcAld_57)">
					<listOfParameters>
						<parameter name="k_1083" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_58" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1084)*(GLCo_58-GLCi_58))/(Kglc_1084))/(1                   +(GLCo_58+GLCi_58)/(Kglc_1084)+(((Ki_1084)*(GLCo_58))*(GLCi_58))/((Kglc_1084)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1084" value="71.72057063424437"/>
						<parameter name="Kglc_1084" value="1.1918"/>
						<parameter name="Ki_1084" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_58" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_58" stoichiometry="1"/>
					<specieReference specie="ATP_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_58" stoichiometry="1"/>
					<specieReference specie="ADP_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1085)*(((GLCi_58)*(ATP_58))/((Kglc_1085)*(Katp_1085))-((G6P_58)*(ADP_58))/(((Kglc_1085)*(Katp_1085))*(Keq_1085))))/((1                   +(GLCi_58)/(Kglc_1085)+(G6P_58)/(Kg6p_1085))*(1                   +(ATP_58)/(Katp_1085)+(ADP_58)/(Kadp_1085)))">
					<listOfParameters>
						<parameter name="Vmax_1085" value="258.8993004695462"/>
						<parameter name="Kglc_1085" value="0.08"/>
						<parameter name="Katp_1085" value="0.15"/>
						<parameter name="Keq_1085" value="2000"/>
						<parameter name="Kg6p_1085" value="30"/>
						<parameter name="Kadp_1085" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_58" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1086)*((G6P_58)/(Kg6p_1086)-(F6P_58)/((Kg6p_1086)*(Keq_1086))))/(1                   +(G6P_58)/(Kg6p_1086)+(F6P_58)/(Kf6p_1086))">
					<listOfParameters>
						<parameter name="Vmax_1086" value="797.9167883382415"/>
						<parameter name="Kg6p_1086" value="1.4"/>
						<parameter name="Keq_1086" value="0.29"/>
						<parameter name="Kf6p_1086" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_58" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_58" stoichiometry="1"/>
					<specieReference specie="F6P_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_58" stoichiometry="1"/>
					<specieReference specie="F16bP_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1087)*(((((gR_1087)*((F6P_58)/(Kf6p_1087)))*((ATP_58)/(Katp_1087)))*(1                   +(F6P_58)/(Kf6p_1087)+(ATP_58)/(Katp_1087)+((((gR_1087)*(F6P_58))/(Kf6p_1087))*(ATP_58))/(Katp_1087)))/((1                   +(F6P_58)/(Kf6p_1087)+(ATP_58)/(Katp_1087)+((((gR_1087)*(F6P_58))/(Kf6p_1087))*(ATP_58))/(Katp_1087))^(2                   )+((((L0_1087)*(((1                   +((Ciatp_1087)*(ATP_58))/(Kiatp_1087))/(1                   +(ATP_58)/(Kiatp_1087)))^(2                   )))*(((1                   +((Camp_1087)*(AMP_58))/(Kamp_1087))/(1                   +(AMP_58)/(Kamp_1087)))^(2                   )))*(((1                   +((Cf26_1087)*(F26bP_58))/(Kf26_1087)+((Cf16_1087)*(F16bP_58))/(Kf16_1087))/(1                   +(F26bP_58)/(Kf26_1087)+(F16bP_58)/(Kf16_1087)))^(2                   )))*((1                   +((Catp_1087)*(ATP_58))/(Katp_1087))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1087" value="143.045157091001"/>
						<parameter name="gR_1087" value="5.12"/>
						<parameter name="Kf6p_1087" value="0.1"/>
						<parameter name="Katp_1087" value="0.71"/>
						<parameter name="L0_1087" value="0.66"/>
						<parameter name="Ciatp_1087" value="100"/>
						<parameter name="Kiatp_1087" value="0.65"/>
						<parameter name="Camp_1087" value="0.08450000000000001"/>
						<parameter name="Kamp_1087" value="0.09950000000000001"/>
						<parameter name="Cf26_1087" value="0.0174"/>
						<parameter name="Kf26_1087" value="0.000682"/>
						<parameter name="Cf16_1087" value="0.397"/>
						<parameter name="Kf16_1087" value="0.111"/>
						<parameter name="Catp_1087" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_58" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_58" stoichiometry="1"/>
					<specieReference specie="GAP_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1088)*((F16bP_58)/(Kf16bp_1088)-((DHAP_58)*(GAP_58))/((Kf16bp_1088)*(Keq_1088))))/(1                   +(F16bP_58)/(Kf16bp_1088)+(DHAP_58)/(Kdhap_1088)+(GAP_58)/(Kgap_1088)+((F16bP_58)*(GAP_58))/((Kf16bp_1088)*(Kigap_1088))+((DHAP_58)*(GAP_58))/((Kdhap_1088)*(Kgap_1088)))">
					<listOfParameters>
						<parameter name="Vmax_1088" value="130.0494759707954"/>
						<parameter name="Kf16bp_1088" value="0.3"/>
						<parameter name="Keq_1088" value="0.06900000000000001"/>
						<parameter name="Kdhap_1088" value="2"/>
						<parameter name="Kgap_1088" value="2.4"/>
						<parameter name="Kigap_1088" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_58" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1089*DHAP_58-k2_1089*GAP_58">
					<listOfParameters>
						<parameter name="k1_1089" value="450000"/>
						<parameter name="k2_1089" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_58" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_58" stoichiometry="1"/>
					<specieReference specie="NAD_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_58" stoichiometry="1"/>
					<specieReference specie="NADH_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1090)*((((Vmaxf_1090)*(GAP_58))*(NAD_58))/((Kgap_1090)*(Knad_1090))-(((Vmaxr_1090)*(BPG_58))*(NADH_58))/((Kbpg_1090)*(Knadh_1090))))/((1                   +(GAP_58)/(Kgap_1090)+(BPG_58)/(Kbpg_1090))*(1                   +(NAD_58)/(Knad_1090)+(NADH_58)/(Knadh_1090)))">
					<listOfParameters>
						<parameter name="C_1090" value="1"/>
						<parameter name="Vmaxf_1090" value="1152"/>
						<parameter name="Kgap_1090" value="0.21"/>
						<parameter name="Knad_1090" value="0.09"/>
						<parameter name="Vmaxr_1090" value="6407.570996712339"/>
						<parameter name="Kbpg_1090" value="0.0098"/>
						<parameter name="Knadh_1090" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_58" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_58" stoichiometry="1"/>
					<specieReference specie="BPG_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_58" stoichiometry="1"/>
					<specieReference specie="P3G_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1091)*((((Keq_1091)*(BPG_58))*(ADP_58)-(P3G_58)*(ATP_58))/((Kp3g_1091)*(Katp_1091))))/((1                   +(BPG_58)/(Kbpg_1091)+(P3G_58)/(Kp3g_1091))*(1                   +(ADP_58)/(Kadp_1091)+(ATP_58)/(Katp_1091)))">
					<listOfParameters>
						<parameter name="Vmax_1091" value="1332.872921280249"/>
						<parameter name="Keq_1091" value="3200"/>
						<parameter name="Kp3g_1091" value="0.53"/>
						<parameter name="Katp_1091" value="0.3"/>
						<parameter name="Kbpg_1091" value="0.003"/>
						<parameter name="Kadp_1091" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_58" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1092)*((P3G_58)/(Kp3g_1092)-(P2G_58)/((Kp3g_1092)*(Keq_1092))))/(1                   +(P3G_58)/(Kp3g_1092)+(P2G_58)/(Kp2g_1092))">
					<listOfParameters>
						<parameter name="Vmax_1092" value="2028.740041949657"/>
						<parameter name="Kp3g_1092" value="1.2"/>
						<parameter name="Keq_1092" value="0.19"/>
						<parameter name="Kp2g_1092" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_58" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1093)*((P2G_58)/(Kp2g_1093)-(PEP_58)/((Kp2g_1093)*(Keq_1093))))/(1                   +(P2G_58)/(Kp2g_1093)+(PEP_58)/(Kpep_1093))">
					<listOfParameters>
						<parameter name="Vmax_1093" value="186.2748156190158"/>
						<parameter name="Kp2g_1093" value="0.04"/>
						<parameter name="Keq_1093" value="6.7"/>
						<parameter name="Kpep_1093" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_58" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_58" stoichiometry="1"/>
					<specieReference specie="PEP_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_58" stoichiometry="1"/>
					<specieReference specie="PYR_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1094)*(((PEP_58)*(ADP_58))/((Kpep_1094)*(Kadp_1094))-((PYR_58)*(ATP_58))/(((Kpep_1094)*(Kadp_1094))*(Keq_1094))))/((1                   +(PEP_58)/(Kpep_1094)+(PYR_58)/(Kpyr_1094))*(1                   +(ADP_58)/(Kadp_1094)+(ATP_58)/(Katp_1094)))">
					<listOfParameters>
						<parameter name="Vmax_1094" value="1251.236700404893"/>
						<parameter name="Kpep_1094" value="0.14"/>
						<parameter name="Kadp_1094" value="0.53"/>
						<parameter name="Keq_1094" value="6500"/>
						<parameter name="Kpyr_1094" value="21"/>
						<parameter name="Katp_1094" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_58" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_58" stoichiometry="1"/>
					<specieReference specie="CO2_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1095)*(((PYR_58)/(Kpyr_1095))^(nH_1095)))/(1                   +((PYR_58)/(Kpyr_1095))^(nH_1095))">
					<listOfParameters>
						<parameter name="Vmax_1095" value="690.373819472971"/>
						<parameter name="Kpyr_1095" value="4.33"/>
						<parameter name="nH_1095" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_58" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_58" stoichiometry="1"/>
					<specieReference specie="EtOH_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_58" stoichiometry="1"/>
					<specieReference specie="AcAld_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1096)*(((EtOH_58)*(NAD_58))/((Ketoh_1096)*(Kinad_1096))-((AcAld_58)*(NADH_58))/(((Ketoh_1096)*(Kinad_1096))*(Keq_1096))))/(1                   +(NAD_58)/(Kinad_1096)+((EtOH_58)*(Knad_1096))/((Kinad_1096)*(Ketoh_1096))+((AcAld_58)*(Knadh_1096))/((Kinadh_1096)*(Kacald_1096))+(NADH_58)/(Kinadh_1096)+((EtOH_58)*(NAD_58))/((Kinad_1096)*(Ketoh_1096))+(((NAD_58)*(AcAld_58))*(Knadh_1096))/(((Kinad_1096)*(Kinadh_1096))*(Kacald_1096))+(((EtOH_58)*(NADH_58))*(Knad_1096))/(((Kinad_1096)*(Kinadh_1096))*(Ketoh_1096))+((AcAld_58)*(NADH_58))/((Kacald_1096)*(Kinadh_1096))+(((EtOH_58)*(NAD_58))*(AcAld_58))/(((Kinad_1096)*(Kiacald_1096))*(Ketoh_1096))+(((EtOH_58)*(AcAld_58))*(NADH_58))/(((Kietoh_1096)*(Kinadh_1096))*(Kacald_1096)))">
					<listOfParameters>
						<parameter name="Vmax_1096" value="219.977732636288"/>
						<parameter name="Ketoh_1096" value="17"/>
						<parameter name="Kinad_1096" value="0.92"/>
						<parameter name="Keq_1096" value="6.9e-005"/>
						<parameter name="Knad_1096" value="0.17"/>
						<parameter name="Knadh_1096" value="0.11"/>
						<parameter name="Kinadh_1096" value="0.031"/>
						<parameter name="Kacald_1096" value="1.11"/>
						<parameter name="Kiacald_1096" value="1.1"/>
						<parameter name="Kietoh_1096" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_58" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1097)*(ATP_58)">
					<listOfParameters>
						<parameter name="Katpase_1097" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_58" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_58" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_58" stoichiometry="1"/>
					<specieReference specie="AMP_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1098*ADP_58*ADP_58-k2_1098*ATP_58*AMP_58">
					<listOfParameters>
						<parameter name="k1_1098" value="45"/>
						<parameter name="k2_1098" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_58" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_58" stoichiometry="1"/>
					<specieReference specie="NADH_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_58" stoichiometry="1"/>
					<specieReference specie="Glycerol_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1099)*(((DHAP_58)/(Kdhap_1099))*((NADH_58)/(Knadh_1099))-(((Glycerol_58)/(Kdhap_1099))*((NAD_58)/(Knadh_1099)))*((1                   )/(Keq_1099))))/((1                   +(DHAP_58)/(Kdhap_1099)+(Glycerol_58)/(Kglycerol_1099))*(1                   +(NADH_58)/(Knadh_1099)+(NAD_58)/(Knad_1099)))">
					<listOfParameters>
						<parameter name="Vmax_1099" value="41.58731794680244"/>
						<parameter name="Kdhap_1099" value="0.4"/>
						<parameter name="Knadh_1099" value="0.023"/>
						<parameter name="Keq_1099" value="4300"/>
						<parameter name="Kglycerol_1099" value="1"/>
						<parameter name="Knad_1099" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_58" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_58" stoichiometry="1"/>
					<specieReference specie="G6P_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_58" stoichiometry="1"/>
					<specieReference specie="Glycogen_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1100">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1100" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_58" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_58" stoichiometry="1"/>
					<specieReference specie="G6P_58" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_58" stoichiometry="1"/>
					<specieReference specie="Trehalose_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1101">
					<listOfParameters>
						<parameter name="Ktrehalose_1101" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_58" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_58" stoichiometry="3"/>
					<specieReference specie="AcAld_58" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_58" stoichiometry="3"/>
					<specieReference specie="Succinate_58" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1102)*(AcAld_58)">
					<listOfParameters>
						<parameter name="k_1102" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_59" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1103)*(GLCo_59-GLCi_59))/(Kglc_1103))/(1                   +(GLCo_59+GLCi_59)/(Kglc_1103)+(((Ki_1103)*(GLCo_59))*(GLCi_59))/((Kglc_1103)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1103" value="103.4354462694016"/>
						<parameter name="Kglc_1103" value="1.1918"/>
						<parameter name="Ki_1103" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_59" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_59" stoichiometry="1"/>
					<specieReference specie="ATP_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_59" stoichiometry="1"/>
					<specieReference specie="ADP_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1104)*(((GLCi_59)*(ATP_59))/((Kglc_1104)*(Katp_1104))-((G6P_59)*(ADP_59))/(((Kglc_1104)*(Katp_1104))*(Keq_1104))))/((1                   +(GLCi_59)/(Kglc_1104)+(G6P_59)/(Kg6p_1104))*(1                   +(ATP_59)/(Katp_1104)+(ADP_59)/(Kadp_1104)))">
					<listOfParameters>
						<parameter name="Vmax_1104" value="162.8727050954051"/>
						<parameter name="Kglc_1104" value="0.08"/>
						<parameter name="Katp_1104" value="0.15"/>
						<parameter name="Keq_1104" value="2000"/>
						<parameter name="Kg6p_1104" value="30"/>
						<parameter name="Kadp_1104" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_59" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1105)*((G6P_59)/(Kg6p_1105)-(F6P_59)/((Kg6p_1105)*(Keq_1105))))/(1                   +(G6P_59)/(Kg6p_1105)+(F6P_59)/(Kf6p_1105))">
					<listOfParameters>
						<parameter name="Vmax_1105" value="1079.553173568762"/>
						<parameter name="Kg6p_1105" value="1.4"/>
						<parameter name="Keq_1105" value="0.29"/>
						<parameter name="Kf6p_1105" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_59" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_59" stoichiometry="1"/>
					<specieReference specie="F6P_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_59" stoichiometry="1"/>
					<specieReference specie="F16bP_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1106)*(((((gR_1106)*((F6P_59)/(Kf6p_1106)))*((ATP_59)/(Katp_1106)))*(1                   +(F6P_59)/(Kf6p_1106)+(ATP_59)/(Katp_1106)+((((gR_1106)*(F6P_59))/(Kf6p_1106))*(ATP_59))/(Katp_1106)))/((1                   +(F6P_59)/(Kf6p_1106)+(ATP_59)/(Katp_1106)+((((gR_1106)*(F6P_59))/(Kf6p_1106))*(ATP_59))/(Katp_1106))^(2                   )+((((L0_1106)*(((1                   +((Ciatp_1106)*(ATP_59))/(Kiatp_1106))/(1                   +(ATP_59)/(Kiatp_1106)))^(2                   )))*(((1                   +((Camp_1106)*(AMP_59))/(Kamp_1106))/(1                   +(AMP_59)/(Kamp_1106)))^(2                   )))*(((1                   +((Cf26_1106)*(F26bP_59))/(Kf26_1106)+((Cf16_1106)*(F16bP_59))/(Kf16_1106))/(1                   +(F26bP_59)/(Kf26_1106)+(F16bP_59)/(Kf16_1106)))^(2                   )))*((1                   +((Catp_1106)*(ATP_59))/(Katp_1106))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1106" value="90.55614572981055"/>
						<parameter name="gR_1106" value="5.12"/>
						<parameter name="Kf6p_1106" value="0.1"/>
						<parameter name="Katp_1106" value="0.71"/>
						<parameter name="L0_1106" value="0.66"/>
						<parameter name="Ciatp_1106" value="100"/>
						<parameter name="Kiatp_1106" value="0.65"/>
						<parameter name="Camp_1106" value="0.08450000000000001"/>
						<parameter name="Kamp_1106" value="0.09950000000000001"/>
						<parameter name="Cf26_1106" value="0.0174"/>
						<parameter name="Kf26_1106" value="0.000682"/>
						<parameter name="Cf16_1106" value="0.397"/>
						<parameter name="Kf16_1106" value="0.111"/>
						<parameter name="Catp_1106" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_59" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_59" stoichiometry="1"/>
					<specieReference specie="GAP_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1107)*((F16bP_59)/(Kf16bp_1107)-((DHAP_59)*(GAP_59))/((Kf16bp_1107)*(Keq_1107))))/(1                   +(F16bP_59)/(Kf16bp_1107)+(DHAP_59)/(Kdhap_1107)+(GAP_59)/(Kgap_1107)+((F16bP_59)*(GAP_59))/((Kf16bp_1107)*(Kigap_1107))+((DHAP_59)*(GAP_59))/((Kdhap_1107)*(Kgap_1107)))">
					<listOfParameters>
						<parameter name="Vmax_1107" value="100.7364806322768"/>
						<parameter name="Kf16bp_1107" value="0.3"/>
						<parameter name="Keq_1107" value="0.06900000000000001"/>
						<parameter name="Kdhap_1107" value="2"/>
						<parameter name="Kgap_1107" value="2.4"/>
						<parameter name="Kigap_1107" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_59" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1108*DHAP_59-k2_1108*GAP_59">
					<listOfParameters>
						<parameter name="k1_1108" value="450000"/>
						<parameter name="k2_1108" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_59" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_59" stoichiometry="1"/>
					<specieReference specie="NAD_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_59" stoichiometry="1"/>
					<specieReference specie="NADH_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1109)*((((Vmaxf_1109)*(GAP_59))*(NAD_59))/((Kgap_1109)*(Knad_1109))-(((Vmaxr_1109)*(BPG_59))*(NADH_59))/((Kbpg_1109)*(Knadh_1109))))/((1                   +(GAP_59)/(Kgap_1109)+(BPG_59)/(Kbpg_1109))*(1                   +(NAD_59)/(Knad_1109)+(NADH_59)/(Knadh_1109)))">
					<listOfParameters>
						<parameter name="C_1109" value="1"/>
						<parameter name="Vmaxf_1109" value="1152"/>
						<parameter name="Kgap_1109" value="0.21"/>
						<parameter name="Knad_1109" value="0.09"/>
						<parameter name="Vmaxr_1109" value="5871.161453903793"/>
						<parameter name="Kbpg_1109" value="0.0098"/>
						<parameter name="Knadh_1109" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_59" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_59" stoichiometry="1"/>
					<specieReference specie="BPG_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_59" stoichiometry="1"/>
					<specieReference specie="P3G_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1110)*((((Keq_1110)*(BPG_59))*(ADP_59)-(P3G_59)*(ATP_59))/((Kp3g_1110)*(Katp_1110))))/((1                   +(BPG_59)/(Kbpg_1110)+(P3G_59)/(Kp3g_1110))*(1                   +(ADP_59)/(Kadp_1110)+(ATP_59)/(Katp_1110)))">
					<listOfParameters>
						<parameter name="Vmax_1110" value="1247.118331179873"/>
						<parameter name="Keq_1110" value="3200"/>
						<parameter name="Kp3g_1110" value="0.53"/>
						<parameter name="Katp_1110" value="0.3"/>
						<parameter name="Kbpg_1110" value="0.003"/>
						<parameter name="Kadp_1110" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_59" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1111)*((P3G_59)/(Kp3g_1111)-(P2G_59)/((Kp3g_1111)*(Keq_1111))))/(1                   +(P3G_59)/(Kp3g_1111)+(P2G_59)/(Kp2g_1111))">
					<listOfParameters>
						<parameter name="Vmax_1111" value="3207.431148935592"/>
						<parameter name="Kp3g_1111" value="1.2"/>
						<parameter name="Keq_1111" value="0.19"/>
						<parameter name="Kp2g_1111" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_59" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1112)*((P2G_59)/(Kp2g_1112)-(PEP_59)/((Kp2g_1112)*(Keq_1112))))/(1                   +(P2G_59)/(Kp2g_1112)+(PEP_59)/(Kpep_1112))">
					<listOfParameters>
						<parameter name="Vmax_1112" value="186.762992457741"/>
						<parameter name="Kp2g_1112" value="0.04"/>
						<parameter name="Keq_1112" value="6.7"/>
						<parameter name="Kpep_1112" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_59" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_59" stoichiometry="1"/>
					<specieReference specie="PEP_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_59" stoichiometry="1"/>
					<specieReference specie="PYR_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1113)*(((PEP_59)*(ADP_59))/((Kpep_1113)*(Kadp_1113))-((PYR_59)*(ATP_59))/(((Kpep_1113)*(Kadp_1113))*(Keq_1113))))/((1                   +(PEP_59)/(Kpep_1113)+(PYR_59)/(Kpyr_1113))*(1                   +(ADP_59)/(Kadp_1113)+(ATP_59)/(Katp_1113)))">
					<listOfParameters>
						<parameter name="Vmax_1113" value="969.287195199993"/>
						<parameter name="Kpep_1113" value="0.14"/>
						<parameter name="Kadp_1113" value="0.53"/>
						<parameter name="Keq_1113" value="6500"/>
						<parameter name="Kpyr_1113" value="21"/>
						<parameter name="Katp_1113" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_59" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_59" stoichiometry="1"/>
					<specieReference specie="CO2_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1114)*(((PYR_59)/(Kpyr_1114))^(nH_1114)))/(1                   +((PYR_59)/(Kpyr_1114))^(nH_1114))">
					<listOfParameters>
						<parameter name="Vmax_1114" value="961.5879216011829"/>
						<parameter name="Kpyr_1114" value="4.33"/>
						<parameter name="nH_1114" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_59" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_59" stoichiometry="1"/>
					<specieReference specie="EtOH_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_59" stoichiometry="1"/>
					<specieReference specie="AcAld_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1115)*(((EtOH_59)*(NAD_59))/((Ketoh_1115)*(Kinad_1115))-((AcAld_59)*(NADH_59))/(((Ketoh_1115)*(Kinad_1115))*(Keq_1115))))/(1                   +(NAD_59)/(Kinad_1115)+((EtOH_59)*(Knad_1115))/((Kinad_1115)*(Ketoh_1115))+((AcAld_59)*(Knadh_1115))/((Kinadh_1115)*(Kacald_1115))+(NADH_59)/(Kinadh_1115)+((EtOH_59)*(NAD_59))/((Kinad_1115)*(Ketoh_1115))+(((NAD_59)*(AcAld_59))*(Knadh_1115))/(((Kinad_1115)*(Kinadh_1115))*(Kacald_1115))+(((EtOH_59)*(NADH_59))*(Knad_1115))/(((Kinad_1115)*(Kinadh_1115))*(Ketoh_1115))+((AcAld_59)*(NADH_59))/((Kacald_1115)*(Kinadh_1115))+(((EtOH_59)*(NAD_59))*(AcAld_59))/(((Kinad_1115)*(Kiacald_1115))*(Ketoh_1115))+(((EtOH_59)*(AcAld_59))*(NADH_59))/(((Kietoh_1115)*(Kinadh_1115))*(Kacald_1115)))">
					<listOfParameters>
						<parameter name="Vmax_1115" value="208.7154534063478"/>
						<parameter name="Ketoh_1115" value="17"/>
						<parameter name="Kinad_1115" value="0.92"/>
						<parameter name="Keq_1115" value="6.9e-005"/>
						<parameter name="Knad_1115" value="0.17"/>
						<parameter name="Knadh_1115" value="0.11"/>
						<parameter name="Kinadh_1115" value="0.031"/>
						<parameter name="Kacald_1115" value="1.11"/>
						<parameter name="Kiacald_1115" value="1.1"/>
						<parameter name="Kietoh_1115" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_59" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1116)*(ATP_59)">
					<listOfParameters>
						<parameter name="Katpase_1116" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_59" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_59" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_59" stoichiometry="1"/>
					<specieReference specie="AMP_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1117*ADP_59*ADP_59-k2_1117*ATP_59*AMP_59">
					<listOfParameters>
						<parameter name="k1_1117" value="45"/>
						<parameter name="k2_1117" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_59" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_59" stoichiometry="1"/>
					<specieReference specie="NADH_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_59" stoichiometry="1"/>
					<specieReference specie="Glycerol_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1118)*(((DHAP_59)/(Kdhap_1118))*((NADH_59)/(Knadh_1118))-(((Glycerol_59)/(Kdhap_1118))*((NAD_59)/(Knadh_1118)))*((1                   )/(Keq_1118))))/((1                   +(DHAP_59)/(Kdhap_1118)+(Glycerol_59)/(Kglycerol_1118))*(1                   +(NADH_59)/(Knadh_1118)+(NAD_59)/(Knad_1118)))">
					<listOfParameters>
						<parameter name="Vmax_1118" value="56.08087641599939"/>
						<parameter name="Kdhap_1118" value="0.4"/>
						<parameter name="Knadh_1118" value="0.023"/>
						<parameter name="Keq_1118" value="4300"/>
						<parameter name="Kglycerol_1118" value="1"/>
						<parameter name="Knad_1118" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_59" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_59" stoichiometry="1"/>
					<specieReference specie="G6P_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_59" stoichiometry="1"/>
					<specieReference specie="Glycogen_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1119">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1119" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_59" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_59" stoichiometry="1"/>
					<specieReference specie="G6P_59" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_59" stoichiometry="1"/>
					<specieReference specie="Trehalose_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1120">
					<listOfParameters>
						<parameter name="Ktrehalose_1120" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_59" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_59" stoichiometry="3"/>
					<specieReference specie="AcAld_59" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_59" stoichiometry="3"/>
					<specieReference specie="Succinate_59" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1121)*(AcAld_59)">
					<listOfParameters>
						<parameter name="k_1121" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_60" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1122)*(GLCo_60-GLCi_60))/(Kglc_1122))/(1                   +(GLCo_60+GLCi_60)/(Kglc_1122)+(((Ki_1122)*(GLCo_60))*(GLCi_60))/((Kglc_1122)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1122" value="120.036532984983"/>
						<parameter name="Kglc_1122" value="1.1918"/>
						<parameter name="Ki_1122" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_60" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_60" stoichiometry="1"/>
					<specieReference specie="ATP_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_60" stoichiometry="1"/>
					<specieReference specie="ADP_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1123)*(((GLCi_60)*(ATP_60))/((Kglc_1123)*(Katp_1123))-((G6P_60)*(ADP_60))/(((Kglc_1123)*(Katp_1123))*(Keq_1123))))/((1                   +(GLCi_60)/(Kglc_1123)+(G6P_60)/(Kg6p_1123))*(1                   +(ATP_60)/(Katp_1123)+(ADP_60)/(Kadp_1123)))">
					<listOfParameters>
						<parameter name="Vmax_1123" value="213.1144280742485"/>
						<parameter name="Kglc_1123" value="0.08"/>
						<parameter name="Katp_1123" value="0.15"/>
						<parameter name="Keq_1123" value="2000"/>
						<parameter name="Kg6p_1123" value="30"/>
						<parameter name="Kadp_1123" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_60" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1124)*((G6P_60)/(Kg6p_1124)-(F6P_60)/((Kg6p_1124)*(Keq_1124))))/(1                   +(G6P_60)/(Kg6p_1124)+(F6P_60)/(Kf6p_1124))">
					<listOfParameters>
						<parameter name="Vmax_1124" value="1371.086692440499"/>
						<parameter name="Kg6p_1124" value="1.4"/>
						<parameter name="Keq_1124" value="0.29"/>
						<parameter name="Kf6p_1124" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_60" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_60" stoichiometry="1"/>
					<specieReference specie="F6P_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_60" stoichiometry="1"/>
					<specieReference specie="F16bP_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1125)*(((((gR_1125)*((F6P_60)/(Kf6p_1125)))*((ATP_60)/(Katp_1125)))*(1                   +(F6P_60)/(Kf6p_1125)+(ATP_60)/(Katp_1125)+((((gR_1125)*(F6P_60))/(Kf6p_1125))*(ATP_60))/(Katp_1125)))/((1                   +(F6P_60)/(Kf6p_1125)+(ATP_60)/(Katp_1125)+((((gR_1125)*(F6P_60))/(Kf6p_1125))*(ATP_60))/(Katp_1125))^(2                   )+((((L0_1125)*(((1                   +((Ciatp_1125)*(ATP_60))/(Kiatp_1125))/(1                   +(ATP_60)/(Kiatp_1125)))^(2                   )))*(((1                   +((Camp_1125)*(AMP_60))/(Kamp_1125))/(1                   +(AMP_60)/(Kamp_1125)))^(2                   )))*(((1                   +((Cf26_1125)*(F26bP_60))/(Kf26_1125)+((Cf16_1125)*(F16bP_60))/(Kf16_1125))/(1                   +(F26bP_60)/(Kf26_1125)+(F16bP_60)/(Kf16_1125)))^(2                   )))*((1                   +((Catp_1125)*(ATP_60))/(Katp_1125))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1125" value="131.0271604671683"/>
						<parameter name="gR_1125" value="5.12"/>
						<parameter name="Kf6p_1125" value="0.1"/>
						<parameter name="Katp_1125" value="0.71"/>
						<parameter name="L0_1125" value="0.66"/>
						<parameter name="Ciatp_1125" value="100"/>
						<parameter name="Kiatp_1125" value="0.65"/>
						<parameter name="Camp_1125" value="0.08450000000000001"/>
						<parameter name="Kamp_1125" value="0.09950000000000001"/>
						<parameter name="Cf26_1125" value="0.0174"/>
						<parameter name="Kf26_1125" value="0.000682"/>
						<parameter name="Cf16_1125" value="0.397"/>
						<parameter name="Kf16_1125" value="0.111"/>
						<parameter name="Catp_1125" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_60" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_60" stoichiometry="1"/>
					<specieReference specie="GAP_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1126)*((F16bP_60)/(Kf16bp_1126)-((DHAP_60)*(GAP_60))/((Kf16bp_1126)*(Keq_1126))))/(1                   +(F16bP_60)/(Kf16bp_1126)+(DHAP_60)/(Kdhap_1126)+(GAP_60)/(Kgap_1126)+((F16bP_60)*(GAP_60))/((Kf16bp_1126)*(Kigap_1126))+((DHAP_60)*(GAP_60))/((Kdhap_1126)*(Kgap_1126)))">
					<listOfParameters>
						<parameter name="Vmax_1126" value="115.4759358299655"/>
						<parameter name="Kf16bp_1126" value="0.3"/>
						<parameter name="Keq_1126" value="0.06900000000000001"/>
						<parameter name="Kdhap_1126" value="2"/>
						<parameter name="Kgap_1126" value="2.4"/>
						<parameter name="Kigap_1126" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_60" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1127*DHAP_60-k2_1127*GAP_60">
					<listOfParameters>
						<parameter name="k1_1127" value="450000"/>
						<parameter name="k2_1127" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_60" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_60" stoichiometry="1"/>
					<specieReference specie="NAD_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_60" stoichiometry="1"/>
					<specieReference specie="NADH_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1128)*((((Vmaxf_1128)*(GAP_60))*(NAD_60))/((Kgap_1128)*(Knad_1128))-(((Vmaxr_1128)*(BPG_60))*(NADH_60))/((Kbpg_1128)*(Knadh_1128))))/((1                   +(GAP_60)/(Kgap_1128)+(BPG_60)/(Kbpg_1128))*(1                   +(NAD_60)/(Knad_1128)+(NADH_60)/(Knadh_1128)))">
					<listOfParameters>
						<parameter name="C_1128" value="1"/>
						<parameter name="Vmaxf_1128" value="1152"/>
						<parameter name="Kgap_1128" value="0.21"/>
						<parameter name="Knad_1128" value="0.09"/>
						<parameter name="Vmaxr_1128" value="8422.636553117371"/>
						<parameter name="Kbpg_1128" value="0.0098"/>
						<parameter name="Knadh_1128" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_60" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_60" stoichiometry="1"/>
					<specieReference specie="BPG_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_60" stoichiometry="1"/>
					<specieReference specie="P3G_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1129)*((((Keq_1129)*(BPG_60))*(ADP_60)-(P3G_60)*(ATP_60))/((Kp3g_1129)*(Katp_1129))))/((1                   +(BPG_60)/(Kbpg_1129)+(P3G_60)/(Kp3g_1129))*(1                   +(ADP_60)/(Kadp_1129)+(ATP_60)/(Katp_1129)))">
					<listOfParameters>
						<parameter name="Vmax_1129" value="1431.610317869589"/>
						<parameter name="Keq_1129" value="3200"/>
						<parameter name="Kp3g_1129" value="0.53"/>
						<parameter name="Katp_1129" value="0.3"/>
						<parameter name="Kbpg_1129" value="0.003"/>
						<parameter name="Kadp_1129" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_60" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1130)*((P3G_60)/(Kp3g_1130)-(P2G_60)/((Kp3g_1130)*(Keq_1130))))/(1                   +(P3G_60)/(Kp3g_1130)+(P2G_60)/(Kp2g_1130))">
					<listOfParameters>
						<parameter name="Vmax_1130" value="2136.091600295603"/>
						<parameter name="Kp3g_1130" value="1.2"/>
						<parameter name="Keq_1130" value="0.19"/>
						<parameter name="Kp2g_1130" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_60" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1131)*((P2G_60)/(Kp2g_1131)-(PEP_60)/((Kp2g_1131)*(Keq_1131))))/(1                   +(P2G_60)/(Kp2g_1131)+(PEP_60)/(Kpep_1131))">
					<listOfParameters>
						<parameter name="Vmax_1131" value="166.4533132371313"/>
						<parameter name="Kp2g_1131" value="0.04"/>
						<parameter name="Keq_1131" value="6.7"/>
						<parameter name="Kpep_1131" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_60" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_60" stoichiometry="1"/>
					<specieReference specie="PEP_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_60" stoichiometry="1"/>
					<specieReference specie="PYR_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1132)*(((PEP_60)*(ADP_60))/((Kpep_1132)*(Kadp_1132))-((PYR_60)*(ATP_60))/(((Kpep_1132)*(Kadp_1132))*(Keq_1132))))/((1                   +(PEP_60)/(Kpep_1132)+(PYR_60)/(Kpyr_1132))*(1                   +(ADP_60)/(Kadp_1132)+(ATP_60)/(Katp_1132)))">
					<listOfParameters>
						<parameter name="Vmax_1132" value="1153.702784371383"/>
						<parameter name="Kpep_1132" value="0.14"/>
						<parameter name="Kadp_1132" value="0.53"/>
						<parameter name="Keq_1132" value="6500"/>
						<parameter name="Kpyr_1132" value="21"/>
						<parameter name="Katp_1132" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_60" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_60" stoichiometry="1"/>
					<specieReference specie="CO2_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1133)*(((PYR_60)/(Kpyr_1133))^(nH_1133)))/(1                   +((PYR_60)/(Kpyr_1133))^(nH_1133))">
					<listOfParameters>
						<parameter name="Vmax_1133" value="849.5239570278822"/>
						<parameter name="Kpyr_1133" value="4.33"/>
						<parameter name="nH_1133" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_60" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_60" stoichiometry="1"/>
					<specieReference specie="EtOH_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_60" stoichiometry="1"/>
					<specieReference specie="AcAld_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1134)*(((EtOH_60)*(NAD_60))/((Ketoh_1134)*(Kinad_1134))-((AcAld_60)*(NADH_60))/(((Ketoh_1134)*(Kinad_1134))*(Keq_1134))))/(1                   +(NAD_60)/(Kinad_1134)+((EtOH_60)*(Knad_1134))/((Kinad_1134)*(Ketoh_1134))+((AcAld_60)*(Knadh_1134))/((Kinadh_1134)*(Kacald_1134))+(NADH_60)/(Kinadh_1134)+((EtOH_60)*(NAD_60))/((Kinad_1134)*(Ketoh_1134))+(((NAD_60)*(AcAld_60))*(Knadh_1134))/(((Kinad_1134)*(Kinadh_1134))*(Kacald_1134))+(((EtOH_60)*(NADH_60))*(Knad_1134))/(((Kinad_1134)*(Kinadh_1134))*(Ketoh_1134))+((AcAld_60)*(NADH_60))/((Kacald_1134)*(Kinadh_1134))+(((EtOH_60)*(NAD_60))*(AcAld_60))/(((Kinad_1134)*(Kiacald_1134))*(Ketoh_1134))+(((EtOH_60)*(AcAld_60))*(NADH_60))/(((Kietoh_1134)*(Kinadh_1134))*(Kacald_1134)))">
					<listOfParameters>
						<parameter name="Vmax_1134" value="170.0767817453724"/>
						<parameter name="Ketoh_1134" value="17"/>
						<parameter name="Kinad_1134" value="0.92"/>
						<parameter name="Keq_1134" value="6.9e-005"/>
						<parameter name="Knad_1134" value="0.17"/>
						<parameter name="Knadh_1134" value="0.11"/>
						<parameter name="Kinadh_1134" value="0.031"/>
						<parameter name="Kacald_1134" value="1.11"/>
						<parameter name="Kiacald_1134" value="1.1"/>
						<parameter name="Kietoh_1134" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_60" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1135)*(ATP_60)">
					<listOfParameters>
						<parameter name="Katpase_1135" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_60" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_60" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_60" stoichiometry="1"/>
					<specieReference specie="AMP_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1136*ADP_60*ADP_60-k2_1136*ATP_60*AMP_60">
					<listOfParameters>
						<parameter name="k1_1136" value="45"/>
						<parameter name="k2_1136" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_60" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_60" stoichiometry="1"/>
					<specieReference specie="NADH_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_60" stoichiometry="1"/>
					<specieReference specie="Glycerol_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1137)*(((DHAP_60)/(Kdhap_1137))*((NADH_60)/(Knadh_1137))-(((Glycerol_60)/(Kdhap_1137))*((NAD_60)/(Knadh_1137)))*((1                   )/(Keq_1137))))/((1                   +(DHAP_60)/(Kdhap_1137)+(Glycerol_60)/(Kglycerol_1137))*(1                   +(NADH_60)/(Knadh_1137)+(NAD_60)/(Knad_1137)))">
					<listOfParameters>
						<parameter name="Vmax_1137" value="48.51922386048172"/>
						<parameter name="Kdhap_1137" value="0.4"/>
						<parameter name="Knadh_1137" value="0.023"/>
						<parameter name="Keq_1137" value="4300"/>
						<parameter name="Kglycerol_1137" value="1"/>
						<parameter name="Knad_1137" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_60" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_60" stoichiometry="1"/>
					<specieReference specie="G6P_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_60" stoichiometry="1"/>
					<specieReference specie="Glycogen_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1138">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1138" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_60" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_60" stoichiometry="1"/>
					<specieReference specie="G6P_60" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_60" stoichiometry="1"/>
					<specieReference specie="Trehalose_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1139">
					<listOfParameters>
						<parameter name="Ktrehalose_1139" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_60" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_60" stoichiometry="3"/>
					<specieReference specie="AcAld_60" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_60" stoichiometry="3"/>
					<specieReference specie="Succinate_60" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1140)*(AcAld_60)">
					<listOfParameters>
						<parameter name="k_1140" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_61" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1141)*(GLCo_61-GLCi_61))/(Kglc_1141))/(1                   +(GLCo_61+GLCi_61)/(Kglc_1141)+(((Ki_1141)*(GLCo_61))*(GLCi_61))/((Kglc_1141)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1141" value="97.46763229812504"/>
						<parameter name="Kglc_1141" value="1.1918"/>
						<parameter name="Ki_1141" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_61" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_61" stoichiometry="1"/>
					<specieReference specie="ATP_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_61" stoichiometry="1"/>
					<specieReference specie="ADP_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1142)*(((GLCi_61)*(ATP_61))/((Kglc_1142)*(Katp_1142))-((G6P_61)*(ADP_61))/(((Kglc_1142)*(Katp_1142))*(Keq_1142))))/((1                   +(GLCi_61)/(Kglc_1142)+(G6P_61)/(Kg6p_1142))*(1                   +(ATP_61)/(Katp_1142)+(ADP_61)/(Kadp_1142)))">
					<listOfParameters>
						<parameter name="Vmax_1142" value="233.5594573865277"/>
						<parameter name="Kglc_1142" value="0.08"/>
						<parameter name="Katp_1142" value="0.15"/>
						<parameter name="Keq_1142" value="2000"/>
						<parameter name="Kg6p_1142" value="30"/>
						<parameter name="Kadp_1142" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_61" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1143)*((G6P_61)/(Kg6p_1143)-(F6P_61)/((Kg6p_1143)*(Keq_1143))))/(1                   +(G6P_61)/(Kg6p_1143)+(F6P_61)/(Kf6p_1143))">
					<listOfParameters>
						<parameter name="Vmax_1143" value="898.6494030918644"/>
						<parameter name="Kg6p_1143" value="1.4"/>
						<parameter name="Keq_1143" value="0.29"/>
						<parameter name="Kf6p_1143" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_61" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_61" stoichiometry="1"/>
					<specieReference specie="F6P_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_61" stoichiometry="1"/>
					<specieReference specie="F16bP_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1144)*(((((gR_1144)*((F6P_61)/(Kf6p_1144)))*((ATP_61)/(Katp_1144)))*(1                   +(F6P_61)/(Kf6p_1144)+(ATP_61)/(Katp_1144)+((((gR_1144)*(F6P_61))/(Kf6p_1144))*(ATP_61))/(Katp_1144)))/((1                   +(F6P_61)/(Kf6p_1144)+(ATP_61)/(Katp_1144)+((((gR_1144)*(F6P_61))/(Kf6p_1144))*(ATP_61))/(Katp_1144))^(2                   )+((((L0_1144)*(((1                   +((Ciatp_1144)*(ATP_61))/(Kiatp_1144))/(1                   +(ATP_61)/(Kiatp_1144)))^(2                   )))*(((1                   +((Camp_1144)*(AMP_61))/(Kamp_1144))/(1                   +(AMP_61)/(Kamp_1144)))^(2                   )))*(((1                   +((Cf26_1144)*(F26bP_61))/(Kf26_1144)+((Cf16_1144)*(F16bP_61))/(Kf16_1144))/(1                   +(F26bP_61)/(Kf26_1144)+(F16bP_61)/(Kf16_1144)))^(2                   )))*((1                   +((Catp_1144)*(ATP_61))/(Katp_1144))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1144" value="113.8804386492414"/>
						<parameter name="gR_1144" value="5.12"/>
						<parameter name="Kf6p_1144" value="0.1"/>
						<parameter name="Katp_1144" value="0.71"/>
						<parameter name="L0_1144" value="0.66"/>
						<parameter name="Ciatp_1144" value="100"/>
						<parameter name="Kiatp_1144" value="0.65"/>
						<parameter name="Camp_1144" value="0.08450000000000001"/>
						<parameter name="Kamp_1144" value="0.09950000000000001"/>
						<parameter name="Cf26_1144" value="0.0174"/>
						<parameter name="Kf26_1144" value="0.000682"/>
						<parameter name="Cf16_1144" value="0.397"/>
						<parameter name="Kf16_1144" value="0.111"/>
						<parameter name="Catp_1144" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_61" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_61" stoichiometry="1"/>
					<specieReference specie="GAP_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1145)*((F16bP_61)/(Kf16bp_1145)-((DHAP_61)*(GAP_61))/((Kf16bp_1145)*(Keq_1145))))/(1                   +(F16bP_61)/(Kf16bp_1145)+(DHAP_61)/(Kdhap_1145)+(GAP_61)/(Kgap_1145)+((F16bP_61)*(GAP_61))/((Kf16bp_1145)*(Kigap_1145))+((DHAP_61)*(GAP_61))/((Kdhap_1145)*(Kgap_1145)))">
					<listOfParameters>
						<parameter name="Vmax_1145" value="72.55805122628019"/>
						<parameter name="Kf16bp_1145" value="0.3"/>
						<parameter name="Keq_1145" value="0.06900000000000001"/>
						<parameter name="Kdhap_1145" value="2"/>
						<parameter name="Kgap_1145" value="2.4"/>
						<parameter name="Kigap_1145" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_61" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1146*DHAP_61-k2_1146*GAP_61">
					<listOfParameters>
						<parameter name="k1_1146" value="450000"/>
						<parameter name="k2_1146" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_61" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_61" stoichiometry="1"/>
					<specieReference specie="NAD_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_61" stoichiometry="1"/>
					<specieReference specie="NADH_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1147)*((((Vmaxf_1147)*(GAP_61))*(NAD_61))/((Kgap_1147)*(Knad_1147))-(((Vmaxr_1147)*(BPG_61))*(NADH_61))/((Kbpg_1147)*(Knadh_1147))))/((1                   +(GAP_61)/(Kgap_1147)+(BPG_61)/(Kbpg_1147))*(1                   +(NAD_61)/(Knad_1147)+(NADH_61)/(Knadh_1147)))">
					<listOfParameters>
						<parameter name="C_1147" value="1"/>
						<parameter name="Vmaxf_1147" value="1152"/>
						<parameter name="Kgap_1147" value="0.21"/>
						<parameter name="Knad_1147" value="0.09"/>
						<parameter name="Vmaxr_1147" value="7549.192967871102"/>
						<parameter name="Kbpg_1147" value="0.0098"/>
						<parameter name="Knadh_1147" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_61" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_61" stoichiometry="1"/>
					<specieReference specie="BPG_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_61" stoichiometry="1"/>
					<specieReference specie="P3G_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1148)*((((Keq_1148)*(BPG_61))*(ADP_61)-(P3G_61)*(ATP_61))/((Kp3g_1148)*(Katp_1148))))/((1                   +(BPG_61)/(Kbpg_1148)+(P3G_61)/(Kp3g_1148))*(1                   +(ADP_61)/(Kadp_1148)+(ATP_61)/(Katp_1148)))">
					<listOfParameters>
						<parameter name="Vmax_1148" value="968.8333676615144"/>
						<parameter name="Keq_1148" value="3200"/>
						<parameter name="Kp3g_1148" value="0.53"/>
						<parameter name="Katp_1148" value="0.3"/>
						<parameter name="Kbpg_1148" value="0.003"/>
						<parameter name="Kadp_1148" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_61" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1149)*((P3G_61)/(Kp3g_1149)-(P2G_61)/((Kp3g_1149)*(Keq_1149))))/(1                   +(P3G_61)/(Kp3g_1149)+(P2G_61)/(Kp2g_1149))">
					<listOfParameters>
						<parameter name="Vmax_1149" value="1853.655928093113"/>
						<parameter name="Kp3g_1149" value="1.2"/>
						<parameter name="Keq_1149" value="0.19"/>
						<parameter name="Kp2g_1149" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_61" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1150)*((P2G_61)/(Kp2g_1150)-(PEP_61)/((Kp2g_1150)*(Keq_1150))))/(1                   +(P2G_61)/(Kp2g_1150)+(PEP_61)/(Kpep_1150))">
					<listOfParameters>
						<parameter name="Vmax_1150" value="138.5362675852009"/>
						<parameter name="Kp2g_1150" value="0.04"/>
						<parameter name="Keq_1150" value="6.7"/>
						<parameter name="Kpep_1150" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_61" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_61" stoichiometry="1"/>
					<specieReference specie="PEP_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_61" stoichiometry="1"/>
					<specieReference specie="PYR_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1151)*(((PEP_61)*(ADP_61))/((Kpep_1151)*(Kadp_1151))-((PYR_61)*(ATP_61))/(((Kpep_1151)*(Kadp_1151))*(Keq_1151))))/((1                   +(PEP_61)/(Kpep_1151)+(PYR_61)/(Kpyr_1151))*(1                   +(ADP_61)/(Kadp_1151)+(ATP_61)/(Katp_1151)))">
					<listOfParameters>
						<parameter name="Vmax_1151" value="602.7646911631759"/>
						<parameter name="Kpep_1151" value="0.14"/>
						<parameter name="Kadp_1151" value="0.53"/>
						<parameter name="Keq_1151" value="6500"/>
						<parameter name="Kpyr_1151" value="21"/>
						<parameter name="Katp_1151" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_61" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_61" stoichiometry="1"/>
					<specieReference specie="CO2_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1152)*(((PYR_61)/(Kpyr_1152))^(nH_1152)))/(1                   +((PYR_61)/(Kpyr_1152))^(nH_1152))">
					<listOfParameters>
						<parameter name="Vmax_1152" value="580.6837033483969"/>
						<parameter name="Kpyr_1152" value="4.33"/>
						<parameter name="nH_1152" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_61" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_61" stoichiometry="1"/>
					<specieReference specie="EtOH_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_61" stoichiometry="1"/>
					<specieReference specie="AcAld_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1153)*(((EtOH_61)*(NAD_61))/((Ketoh_1153)*(Kinad_1153))-((AcAld_61)*(NADH_61))/(((Ketoh_1153)*(Kinad_1153))*(Keq_1153))))/(1                   +(NAD_61)/(Kinad_1153)+((EtOH_61)*(Knad_1153))/((Kinad_1153)*(Ketoh_1153))+((AcAld_61)*(Knadh_1153))/((Kinadh_1153)*(Kacald_1153))+(NADH_61)/(Kinadh_1153)+((EtOH_61)*(NAD_61))/((Kinad_1153)*(Ketoh_1153))+(((NAD_61)*(AcAld_61))*(Knadh_1153))/(((Kinad_1153)*(Kinadh_1153))*(Kacald_1153))+(((EtOH_61)*(NADH_61))*(Knad_1153))/(((Kinad_1153)*(Kinadh_1153))*(Ketoh_1153))+((AcAld_61)*(NADH_61))/((Kacald_1153)*(Kinadh_1153))+(((EtOH_61)*(NAD_61))*(AcAld_61))/(((Kinad_1153)*(Kiacald_1153))*(Ketoh_1153))+(((EtOH_61)*(AcAld_61))*(NADH_61))/(((Kietoh_1153)*(Kinadh_1153))*(Kacald_1153)))">
					<listOfParameters>
						<parameter name="Vmax_1153" value="192.9746840297605"/>
						<parameter name="Ketoh_1153" value="17"/>
						<parameter name="Kinad_1153" value="0.92"/>
						<parameter name="Keq_1153" value="6.9e-005"/>
						<parameter name="Knad_1153" value="0.17"/>
						<parameter name="Knadh_1153" value="0.11"/>
						<parameter name="Kinadh_1153" value="0.031"/>
						<parameter name="Kacald_1153" value="1.11"/>
						<parameter name="Kiacald_1153" value="1.1"/>
						<parameter name="Kietoh_1153" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_61" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1154)*(ATP_61)">
					<listOfParameters>
						<parameter name="Katpase_1154" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_61" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_61" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_61" stoichiometry="1"/>
					<specieReference specie="AMP_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1155*ADP_61*ADP_61-k2_1155*ATP_61*AMP_61">
					<listOfParameters>
						<parameter name="k1_1155" value="45"/>
						<parameter name="k2_1155" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_61" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_61" stoichiometry="1"/>
					<specieReference specie="NADH_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_61" stoichiometry="1"/>
					<specieReference specie="Glycerol_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1156)*(((DHAP_61)/(Kdhap_1156))*((NADH_61)/(Knadh_1156))-(((Glycerol_61)/(Kdhap_1156))*((NAD_61)/(Knadh_1156)))*((1                   )/(Keq_1156))))/((1                   +(DHAP_61)/(Kdhap_1156)+(Glycerol_61)/(Kglycerol_1156))*(1                   +(NADH_61)/(Knadh_1156)+(NAD_61)/(Knad_1156)))">
					<listOfParameters>
						<parameter name="Vmax_1156" value="43.28678980582837"/>
						<parameter name="Kdhap_1156" value="0.4"/>
						<parameter name="Knadh_1156" value="0.023"/>
						<parameter name="Keq_1156" value="4300"/>
						<parameter name="Kglycerol_1156" value="1"/>
						<parameter name="Knad_1156" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_61" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_61" stoichiometry="1"/>
					<specieReference specie="G6P_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_61" stoichiometry="1"/>
					<specieReference specie="Glycogen_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1157">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1157" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_61" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_61" stoichiometry="1"/>
					<specieReference specie="G6P_61" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_61" stoichiometry="1"/>
					<specieReference specie="Trehalose_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1158">
					<listOfParameters>
						<parameter name="Ktrehalose_1158" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_61" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_61" stoichiometry="3"/>
					<specieReference specie="AcAld_61" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_61" stoichiometry="3"/>
					<specieReference specie="Succinate_61" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1159)*(AcAld_61)">
					<listOfParameters>
						<parameter name="k_1159" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_62" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1160)*(GLCo_62-GLCi_62))/(Kglc_1160))/(1                   +(GLCo_62+GLCi_62)/(Kglc_1160)+(((Ki_1160)*(GLCo_62))*(GLCi_62))/((Kglc_1160)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1160" value="130.9421509911954"/>
						<parameter name="Kglc_1160" value="1.1918"/>
						<parameter name="Ki_1160" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_62" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_62" stoichiometry="1"/>
					<specieReference specie="ATP_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_62" stoichiometry="1"/>
					<specieReference specie="ADP_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1161)*(((GLCi_62)*(ATP_62))/((Kglc_1161)*(Katp_1161))-((G6P_62)*(ADP_62))/(((Kglc_1161)*(Katp_1161))*(Keq_1161))))/((1                   +(GLCi_62)/(Kglc_1161)+(G6P_62)/(Kg6p_1161))*(1                   +(ATP_62)/(Katp_1161)+(ADP_62)/(Kadp_1161)))">
					<listOfParameters>
						<parameter name="Vmax_1161" value="260.3970140710389"/>
						<parameter name="Kglc_1161" value="0.08"/>
						<parameter name="Katp_1161" value="0.15"/>
						<parameter name="Keq_1161" value="2000"/>
						<parameter name="Kg6p_1161" value="30"/>
						<parameter name="Kadp_1161" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_62" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1162)*((G6P_62)/(Kg6p_1162)-(F6P_62)/((Kg6p_1162)*(Keq_1162))))/(1                   +(G6P_62)/(Kg6p_1162)+(F6P_62)/(Kf6p_1162))">
					<listOfParameters>
						<parameter name="Vmax_1162" value="1162.599097320517"/>
						<parameter name="Kg6p_1162" value="1.4"/>
						<parameter name="Keq_1162" value="0.29"/>
						<parameter name="Kf6p_1162" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_62" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_62" stoichiometry="1"/>
					<specieReference specie="F6P_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_62" stoichiometry="1"/>
					<specieReference specie="F16bP_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1163)*(((((gR_1163)*((F6P_62)/(Kf6p_1163)))*((ATP_62)/(Katp_1163)))*(1                   +(F6P_62)/(Kf6p_1163)+(ATP_62)/(Katp_1163)+((((gR_1163)*(F6P_62))/(Kf6p_1163))*(ATP_62))/(Katp_1163)))/((1                   +(F6P_62)/(Kf6p_1163)+(ATP_62)/(Katp_1163)+((((gR_1163)*(F6P_62))/(Kf6p_1163))*(ATP_62))/(Katp_1163))^(2                   )+((((L0_1163)*(((1                   +((Ciatp_1163)*(ATP_62))/(Kiatp_1163))/(1                   +(ATP_62)/(Kiatp_1163)))^(2                   )))*(((1                   +((Camp_1163)*(AMP_62))/(Kamp_1163))/(1                   +(AMP_62)/(Kamp_1163)))^(2                   )))*(((1                   +((Cf26_1163)*(F26bP_62))/(Kf26_1163)+((Cf16_1163)*(F16bP_62))/(Kf16_1163))/(1                   +(F26bP_62)/(Kf26_1163)+(F16bP_62)/(Kf16_1163)))^(2                   )))*((1                   +((Catp_1163)*(ATP_62))/(Katp_1163))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1163" value="103.7676219423767"/>
						<parameter name="gR_1163" value="5.12"/>
						<parameter name="Kf6p_1163" value="0.1"/>
						<parameter name="Katp_1163" value="0.71"/>
						<parameter name="L0_1163" value="0.66"/>
						<parameter name="Ciatp_1163" value="100"/>
						<parameter name="Kiatp_1163" value="0.65"/>
						<parameter name="Camp_1163" value="0.08450000000000001"/>
						<parameter name="Kamp_1163" value="0.09950000000000001"/>
						<parameter name="Cf26_1163" value="0.0174"/>
						<parameter name="Kf26_1163" value="0.000682"/>
						<parameter name="Cf16_1163" value="0.397"/>
						<parameter name="Kf16_1163" value="0.111"/>
						<parameter name="Catp_1163" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_62" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_62" stoichiometry="1"/>
					<specieReference specie="GAP_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1164)*((F16bP_62)/(Kf16bp_1164)-((DHAP_62)*(GAP_62))/((Kf16bp_1164)*(Keq_1164))))/(1                   +(F16bP_62)/(Kf16bp_1164)+(DHAP_62)/(Kdhap_1164)+(GAP_62)/(Kgap_1164)+((F16bP_62)*(GAP_62))/((Kf16bp_1164)*(Kigap_1164))+((DHAP_62)*(GAP_62))/((Kdhap_1164)*(Kgap_1164)))">
					<listOfParameters>
						<parameter name="Vmax_1164" value="62.15240717706245"/>
						<parameter name="Kf16bp_1164" value="0.3"/>
						<parameter name="Keq_1164" value="0.06900000000000001"/>
						<parameter name="Kdhap_1164" value="2"/>
						<parameter name="Kgap_1164" value="2.4"/>
						<parameter name="Kigap_1164" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_62" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1165*DHAP_62-k2_1165*GAP_62">
					<listOfParameters>
						<parameter name="k1_1165" value="450000"/>
						<parameter name="k2_1165" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_62" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_62" stoichiometry="1"/>
					<specieReference specie="NAD_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_62" stoichiometry="1"/>
					<specieReference specie="NADH_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1166)*((((Vmaxf_1166)*(GAP_62))*(NAD_62))/((Kgap_1166)*(Knad_1166))-(((Vmaxr_1166)*(BPG_62))*(NADH_62))/((Kbpg_1166)*(Knadh_1166))))/((1                   +(GAP_62)/(Kgap_1166)+(BPG_62)/(Kbpg_1166))*(1                   +(NAD_62)/(Knad_1166)+(NADH_62)/(Knadh_1166)))">
					<listOfParameters>
						<parameter name="C_1166" value="1"/>
						<parameter name="Vmaxf_1166" value="1152"/>
						<parameter name="Kgap_1166" value="0.21"/>
						<parameter name="Knad_1166" value="0.09"/>
						<parameter name="Vmaxr_1166" value="4474.730184007382"/>
						<parameter name="Kbpg_1166" value="0.0098"/>
						<parameter name="Knadh_1166" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_62" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_62" stoichiometry="1"/>
					<specieReference specie="BPG_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_62" stoichiometry="1"/>
					<specieReference specie="P3G_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1167)*((((Keq_1167)*(BPG_62))*(ADP_62)-(P3G_62)*(ATP_62))/((Kp3g_1167)*(Katp_1167))))/((1                   +(BPG_62)/(Kbpg_1167)+(P3G_62)/(Kp3g_1167))*(1                   +(ADP_62)/(Kadp_1167)+(ATP_62)/(Katp_1167)))">
					<listOfParameters>
						<parameter name="Vmax_1167" value="1958.880972787769"/>
						<parameter name="Keq_1167" value="3200"/>
						<parameter name="Kp3g_1167" value="0.53"/>
						<parameter name="Katp_1167" value="0.3"/>
						<parameter name="Kbpg_1167" value="0.003"/>
						<parameter name="Kadp_1167" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_62" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1168)*((P3G_62)/(Kp3g_1168)-(P2G_62)/((Kp3g_1168)*(Keq_1168))))/(1                   +(P3G_62)/(Kp3g_1168)+(P2G_62)/(Kp2g_1168))">
					<listOfParameters>
						<parameter name="Vmax_1168" value="2602.540234301652"/>
						<parameter name="Kp3g_1168" value="1.2"/>
						<parameter name="Keq_1168" value="0.19"/>
						<parameter name="Kp2g_1168" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_62" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1169)*((P2G_62)/(Kp2g_1169)-(PEP_62)/((Kp2g_1169)*(Keq_1169))))/(1                   +(P2G_62)/(Kp2g_1169)+(PEP_62)/(Kpep_1169))">
					<listOfParameters>
						<parameter name="Vmax_1169" value="217.0187954718456"/>
						<parameter name="Kp2g_1169" value="0.04"/>
						<parameter name="Keq_1169" value="6.7"/>
						<parameter name="Kpep_1169" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_62" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_62" stoichiometry="1"/>
					<specieReference specie="PEP_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_62" stoichiometry="1"/>
					<specieReference specie="PYR_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1170)*(((PEP_62)*(ADP_62))/((Kpep_1170)*(Kadp_1170))-((PYR_62)*(ATP_62))/(((Kpep_1170)*(Kadp_1170))*(Keq_1170))))/((1                   +(PEP_62)/(Kpep_1170)+(PYR_62)/(Kpyr_1170))*(1                   +(ADP_62)/(Kadp_1170)+(ATP_62)/(Katp_1170)))">
					<listOfParameters>
						<parameter name="Vmax_1170" value="767.2660462619723"/>
						<parameter name="Kpep_1170" value="0.14"/>
						<parameter name="Kadp_1170" value="0.53"/>
						<parameter name="Keq_1170" value="6500"/>
						<parameter name="Kpyr_1170" value="21"/>
						<parameter name="Katp_1170" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_62" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_62" stoichiometry="1"/>
					<specieReference specie="CO2_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1171)*(((PYR_62)/(Kpyr_1171))^(nH_1171)))/(1                   +((PYR_62)/(Kpyr_1171))^(nH_1171))">
					<listOfParameters>
						<parameter name="Vmax_1171" value="600.772180114868"/>
						<parameter name="Kpyr_1171" value="4.33"/>
						<parameter name="nH_1171" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_62" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_62" stoichiometry="1"/>
					<specieReference specie="EtOH_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_62" stoichiometry="1"/>
					<specieReference specie="AcAld_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1172)*(((EtOH_62)*(NAD_62))/((Ketoh_1172)*(Kinad_1172))-((AcAld_62)*(NADH_62))/(((Ketoh_1172)*(Kinad_1172))*(Keq_1172))))/(1                   +(NAD_62)/(Kinad_1172)+((EtOH_62)*(Knad_1172))/((Kinad_1172)*(Ketoh_1172))+((AcAld_62)*(Knadh_1172))/((Kinadh_1172)*(Kacald_1172))+(NADH_62)/(Kinadh_1172)+((EtOH_62)*(NAD_62))/((Kinad_1172)*(Ketoh_1172))+(((NAD_62)*(AcAld_62))*(Knadh_1172))/(((Kinad_1172)*(Kinadh_1172))*(Kacald_1172))+(((EtOH_62)*(NADH_62))*(Knad_1172))/(((Kinad_1172)*(Kinadh_1172))*(Ketoh_1172))+((AcAld_62)*(NADH_62))/((Kacald_1172)*(Kinadh_1172))+(((EtOH_62)*(NAD_62))*(AcAld_62))/(((Kinad_1172)*(Kiacald_1172))*(Ketoh_1172))+(((EtOH_62)*(AcAld_62))*(NADH_62))/(((Kietoh_1172)*(Kinadh_1172))*(Kacald_1172)))">
					<listOfParameters>
						<parameter name="Vmax_1172" value="218.7838558652761"/>
						<parameter name="Ketoh_1172" value="17"/>
						<parameter name="Kinad_1172" value="0.92"/>
						<parameter name="Keq_1172" value="6.9e-005"/>
						<parameter name="Knad_1172" value="0.17"/>
						<parameter name="Knadh_1172" value="0.11"/>
						<parameter name="Kinadh_1172" value="0.031"/>
						<parameter name="Kacald_1172" value="1.11"/>
						<parameter name="Kiacald_1172" value="1.1"/>
						<parameter name="Kietoh_1172" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_62" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1173)*(ATP_62)">
					<listOfParameters>
						<parameter name="Katpase_1173" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_62" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_62" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_62" stoichiometry="1"/>
					<specieReference specie="AMP_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1174*ADP_62*ADP_62-k2_1174*ATP_62*AMP_62">
					<listOfParameters>
						<parameter name="k1_1174" value="45"/>
						<parameter name="k2_1174" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_62" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_62" stoichiometry="1"/>
					<specieReference specie="NADH_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_62" stoichiometry="1"/>
					<specieReference specie="Glycerol_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1175)*(((DHAP_62)/(Kdhap_1175))*((NADH_62)/(Knadh_1175))-(((Glycerol_62)/(Kdhap_1175))*((NAD_62)/(Knadh_1175)))*((1                   )/(Keq_1175))))/((1                   +(DHAP_62)/(Kdhap_1175)+(Glycerol_62)/(Kglycerol_1175))*(1                   +(NADH_62)/(Knadh_1175)+(NAD_62)/(Knad_1175)))">
					<listOfParameters>
						<parameter name="Vmax_1175" value="50.46402071893884"/>
						<parameter name="Kdhap_1175" value="0.4"/>
						<parameter name="Knadh_1175" value="0.023"/>
						<parameter name="Keq_1175" value="4300"/>
						<parameter name="Kglycerol_1175" value="1"/>
						<parameter name="Knad_1175" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_62" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_62" stoichiometry="1"/>
					<specieReference specie="G6P_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_62" stoichiometry="1"/>
					<specieReference specie="Glycogen_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1176">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1176" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_62" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_62" stoichiometry="1"/>
					<specieReference specie="G6P_62" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_62" stoichiometry="1"/>
					<specieReference specie="Trehalose_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1177">
					<listOfParameters>
						<parameter name="Ktrehalose_1177" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_62" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_62" stoichiometry="3"/>
					<specieReference specie="AcAld_62" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_62" stoichiometry="3"/>
					<specieReference specie="Succinate_62" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1178)*(AcAld_62)">
					<listOfParameters>
						<parameter name="k_1178" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_63" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1179)*(GLCo_63-GLCi_63))/(Kglc_1179))/(1                   +(GLCo_63+GLCi_63)/(Kglc_1179)+(((Ki_1179)*(GLCo_63))*(GLCi_63))/((Kglc_1179)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1179" value="90.02327112381684"/>
						<parameter name="Kglc_1179" value="1.1918"/>
						<parameter name="Ki_1179" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_63" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_63" stoichiometry="1"/>
					<specieReference specie="ATP_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_63" stoichiometry="1"/>
					<specieReference specie="ADP_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1180)*(((GLCi_63)*(ATP_63))/((Kglc_1180)*(Katp_1180))-((G6P_63)*(ADP_63))/(((Kglc_1180)*(Katp_1180))*(Keq_1180))))/((1                   +(GLCi_63)/(Kglc_1180)+(G6P_63)/(Kg6p_1180))*(1                   +(ATP_63)/(Katp_1180)+(ADP_63)/(Kadp_1180)))">
					<listOfParameters>
						<parameter name="Vmax_1180" value="262.0057001848616"/>
						<parameter name="Kglc_1180" value="0.08"/>
						<parameter name="Katp_1180" value="0.15"/>
						<parameter name="Keq_1180" value="2000"/>
						<parameter name="Kg6p_1180" value="30"/>
						<parameter name="Kadp_1180" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_63" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1181)*((G6P_63)/(Kg6p_1181)-(F6P_63)/((Kg6p_1181)*(Keq_1181))))/(1                   +(G6P_63)/(Kg6p_1181)+(F6P_63)/(Kf6p_1181))">
					<listOfParameters>
						<parameter name="Vmax_1181" value="949.5267759776998"/>
						<parameter name="Kg6p_1181" value="1.4"/>
						<parameter name="Keq_1181" value="0.29"/>
						<parameter name="Kf6p_1181" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_63" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_63" stoichiometry="1"/>
					<specieReference specie="F6P_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_63" stoichiometry="1"/>
					<specieReference specie="F16bP_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1182)*(((((gR_1182)*((F6P_63)/(Kf6p_1182)))*((ATP_63)/(Katp_1182)))*(1                   +(F6P_63)/(Kf6p_1182)+(ATP_63)/(Katp_1182)+((((gR_1182)*(F6P_63))/(Kf6p_1182))*(ATP_63))/(Katp_1182)))/((1                   +(F6P_63)/(Kf6p_1182)+(ATP_63)/(Katp_1182)+((((gR_1182)*(F6P_63))/(Kf6p_1182))*(ATP_63))/(Katp_1182))^(2                   )+((((L0_1182)*(((1                   +((Ciatp_1182)*(ATP_63))/(Kiatp_1182))/(1                   +(ATP_63)/(Kiatp_1182)))^(2                   )))*(((1                   +((Camp_1182)*(AMP_63))/(Kamp_1182))/(1                   +(AMP_63)/(Kamp_1182)))^(2                   )))*(((1                   +((Cf26_1182)*(F26bP_63))/(Kf26_1182)+((Cf16_1182)*(F16bP_63))/(Kf16_1182))/(1                   +(F26bP_63)/(Kf26_1182)+(F16bP_63)/(Kf16_1182)))^(2                   )))*((1                   +((Catp_1182)*(ATP_63))/(Katp_1182))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1182" value="119.2430398292818"/>
						<parameter name="gR_1182" value="5.12"/>
						<parameter name="Kf6p_1182" value="0.1"/>
						<parameter name="Katp_1182" value="0.71"/>
						<parameter name="L0_1182" value="0.66"/>
						<parameter name="Ciatp_1182" value="100"/>
						<parameter name="Kiatp_1182" value="0.65"/>
						<parameter name="Camp_1182" value="0.08450000000000001"/>
						<parameter name="Kamp_1182" value="0.09950000000000001"/>
						<parameter name="Cf26_1182" value="0.0174"/>
						<parameter name="Kf26_1182" value="0.000682"/>
						<parameter name="Cf16_1182" value="0.397"/>
						<parameter name="Kf16_1182" value="0.111"/>
						<parameter name="Catp_1182" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_63" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_63" stoichiometry="1"/>
					<specieReference specie="GAP_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1183)*((F16bP_63)/(Kf16bp_1183)-((DHAP_63)*(GAP_63))/((Kf16bp_1183)*(Keq_1183))))/(1                   +(F16bP_63)/(Kf16bp_1183)+(DHAP_63)/(Kdhap_1183)+(GAP_63)/(Kgap_1183)+((F16bP_63)*(GAP_63))/((Kf16bp_1183)*(Kigap_1183))+((DHAP_63)*(GAP_63))/((Kdhap_1183)*(Kgap_1183)))">
					<listOfParameters>
						<parameter name="Vmax_1183" value="111.2920775172406"/>
						<parameter name="Kf16bp_1183" value="0.3"/>
						<parameter name="Keq_1183" value="0.06900000000000001"/>
						<parameter name="Kdhap_1183" value="2"/>
						<parameter name="Kgap_1183" value="2.4"/>
						<parameter name="Kigap_1183" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_63" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1184*DHAP_63-k2_1184*GAP_63">
					<listOfParameters>
						<parameter name="k1_1184" value="450000"/>
						<parameter name="k2_1184" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_63" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_63" stoichiometry="1"/>
					<specieReference specie="NAD_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_63" stoichiometry="1"/>
					<specieReference specie="NADH_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1185)*((((Vmaxf_1185)*(GAP_63))*(NAD_63))/((Kgap_1185)*(Knad_1185))-(((Vmaxr_1185)*(BPG_63))*(NADH_63))/((Kbpg_1185)*(Knadh_1185))))/((1                   +(GAP_63)/(Kgap_1185)+(BPG_63)/(Kbpg_1185))*(1                   +(NAD_63)/(Knad_1185)+(NADH_63)/(Knadh_1185)))">
					<listOfParameters>
						<parameter name="C_1185" value="1"/>
						<parameter name="Vmaxf_1185" value="1152"/>
						<parameter name="Kgap_1185" value="0.21"/>
						<parameter name="Knad_1185" value="0.09"/>
						<parameter name="Vmaxr_1185" value="7601.520339411845"/>
						<parameter name="Kbpg_1185" value="0.0098"/>
						<parameter name="Knadh_1185" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_63" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_63" stoichiometry="1"/>
					<specieReference specie="BPG_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_63" stoichiometry="1"/>
					<specieReference specie="P3G_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1186)*((((Keq_1186)*(BPG_63))*(ADP_63)-(P3G_63)*(ATP_63))/((Kp3g_1186)*(Katp_1186))))/((1                   +(BPG_63)/(Kbpg_1186)+(P3G_63)/(Kp3g_1186))*(1                   +(ADP_63)/(Kadp_1186)+(ATP_63)/(Katp_1186)))">
					<listOfParameters>
						<parameter name="Vmax_1186" value="1719.955083453331"/>
						<parameter name="Keq_1186" value="3200"/>
						<parameter name="Kp3g_1186" value="0.53"/>
						<parameter name="Katp_1186" value="0.3"/>
						<parameter name="Kbpg_1186" value="0.003"/>
						<parameter name="Kadp_1186" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_63" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1187)*((P3G_63)/(Kp3g_1187)-(P2G_63)/((Kp3g_1187)*(Keq_1187))))/(1                   +(P3G_63)/(Kp3g_1187)+(P2G_63)/(Kp2g_1187))">
					<listOfParameters>
						<parameter name="Vmax_1187" value="2006.667097134056"/>
						<parameter name="Kp3g_1187" value="1.2"/>
						<parameter name="Keq_1187" value="0.19"/>
						<parameter name="Kp2g_1187" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_63" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1188)*((P2G_63)/(Kp2g_1188)-(PEP_63)/((Kp2g_1188)*(Keq_1188))))/(1                   +(P2G_63)/(Kp2g_1188)+(PEP_63)/(Kpep_1188))">
					<listOfParameters>
						<parameter name="Vmax_1188" value="171.6656656231005"/>
						<parameter name="Kp2g_1188" value="0.04"/>
						<parameter name="Keq_1188" value="6.7"/>
						<parameter name="Kpep_1188" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_63" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_63" stoichiometry="1"/>
					<specieReference specie="PEP_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_63" stoichiometry="1"/>
					<specieReference specie="PYR_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1189)*(((PEP_63)*(ADP_63))/((Kpep_1189)*(Kadp_1189))-((PYR_63)*(ATP_63))/(((Kpep_1189)*(Kadp_1189))*(Keq_1189))))/((1                   +(PEP_63)/(Kpep_1189)+(PYR_63)/(Kpyr_1189))*(1                   +(ADP_63)/(Kadp_1189)+(ATP_63)/(Katp_1189)))">
					<listOfParameters>
						<parameter name="Vmax_1189" value="1021.464934282107"/>
						<parameter name="Kpep_1189" value="0.14"/>
						<parameter name="Kadp_1189" value="0.53"/>
						<parameter name="Keq_1189" value="6500"/>
						<parameter name="Kpyr_1189" value="21"/>
						<parameter name="Katp_1189" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_63" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_63" stoichiometry="1"/>
					<specieReference specie="CO2_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1190)*(((PYR_63)/(Kpyr_1190))^(nH_1190)))/(1                   +((PYR_63)/(Kpyr_1190))^(nH_1190))">
					<listOfParameters>
						<parameter name="Vmax_1190" value="761.9878715783319"/>
						<parameter name="Kpyr_1190" value="4.33"/>
						<parameter name="nH_1190" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_63" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_63" stoichiometry="1"/>
					<specieReference specie="EtOH_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_63" stoichiometry="1"/>
					<specieReference specie="AcAld_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1191)*(((EtOH_63)*(NAD_63))/((Ketoh_1191)*(Kinad_1191))-((AcAld_63)*(NADH_63))/(((Ketoh_1191)*(Kinad_1191))*(Keq_1191))))/(1                   +(NAD_63)/(Kinad_1191)+((EtOH_63)*(Knad_1191))/((Kinad_1191)*(Ketoh_1191))+((AcAld_63)*(Knadh_1191))/((Kinadh_1191)*(Kacald_1191))+(NADH_63)/(Kinadh_1191)+((EtOH_63)*(NAD_63))/((Kinad_1191)*(Ketoh_1191))+(((NAD_63)*(AcAld_63))*(Knadh_1191))/(((Kinad_1191)*(Kinadh_1191))*(Kacald_1191))+(((EtOH_63)*(NADH_63))*(Knad_1191))/(((Kinad_1191)*(Kinadh_1191))*(Ketoh_1191))+((AcAld_63)*(NADH_63))/((Kacald_1191)*(Kinadh_1191))+(((EtOH_63)*(NAD_63))*(AcAld_63))/(((Kinad_1191)*(Kiacald_1191))*(Ketoh_1191))+(((EtOH_63)*(AcAld_63))*(NADH_63))/(((Kietoh_1191)*(Kinadh_1191))*(Kacald_1191)))">
					<listOfParameters>
						<parameter name="Vmax_1191" value="179.3029827865135"/>
						<parameter name="Ketoh_1191" value="17"/>
						<parameter name="Kinad_1191" value="0.92"/>
						<parameter name="Keq_1191" value="6.9e-005"/>
						<parameter name="Knad_1191" value="0.17"/>
						<parameter name="Knadh_1191" value="0.11"/>
						<parameter name="Kinadh_1191" value="0.031"/>
						<parameter name="Kacald_1191" value="1.11"/>
						<parameter name="Kiacald_1191" value="1.1"/>
						<parameter name="Kietoh_1191" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_63" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1192)*(ATP_63)">
					<listOfParameters>
						<parameter name="Katpase_1192" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_63" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_63" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_63" stoichiometry="1"/>
					<specieReference specie="AMP_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1193*ADP_63*ADP_63-k2_1193*ATP_63*AMP_63">
					<listOfParameters>
						<parameter name="k1_1193" value="45"/>
						<parameter name="k2_1193" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_63" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_63" stoichiometry="1"/>
					<specieReference specie="NADH_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_63" stoichiometry="1"/>
					<specieReference specie="Glycerol_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1194)*(((DHAP_63)/(Kdhap_1194))*((NADH_63)/(Knadh_1194))-(((Glycerol_63)/(Kdhap_1194))*((NAD_63)/(Knadh_1194)))*((1                   )/(Keq_1194))))/((1                   +(DHAP_63)/(Kdhap_1194)+(Glycerol_63)/(Kglycerol_1194))*(1                   +(NADH_63)/(Knadh_1194)+(NAD_63)/(Knad_1194)))">
					<listOfParameters>
						<parameter name="Vmax_1194" value="54.65868283129979"/>
						<parameter name="Kdhap_1194" value="0.4"/>
						<parameter name="Knadh_1194" value="0.023"/>
						<parameter name="Keq_1194" value="4300"/>
						<parameter name="Kglycerol_1194" value="1"/>
						<parameter name="Knad_1194" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_63" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_63" stoichiometry="1"/>
					<specieReference specie="G6P_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_63" stoichiometry="1"/>
					<specieReference specie="Glycogen_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1195">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1195" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_63" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_63" stoichiometry="1"/>
					<specieReference specie="G6P_63" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_63" stoichiometry="1"/>
					<specieReference specie="Trehalose_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1196">
					<listOfParameters>
						<parameter name="Ktrehalose_1196" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_63" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_63" stoichiometry="3"/>
					<specieReference specie="AcAld_63" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_63" stoichiometry="3"/>
					<specieReference specie="Succinate_63" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1197)*(AcAld_63)">
					<listOfParameters>
						<parameter name="k_1197" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_64" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1198)*(GLCo_64-GLCi_64))/(Kglc_1198))/(1                   +(GLCo_64+GLCi_64)/(Kglc_1198)+(((Ki_1198)*(GLCo_64))*(GLCi_64))/((Kglc_1198)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1198" value="50.88062581421085"/>
						<parameter name="Kglc_1198" value="1.1918"/>
						<parameter name="Ki_1198" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_64" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_64" stoichiometry="1"/>
					<specieReference specie="ATP_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_64" stoichiometry="1"/>
					<specieReference specie="ADP_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1199)*(((GLCi_64)*(ATP_64))/((Kglc_1199)*(Katp_1199))-((G6P_64)*(ADP_64))/(((Kglc_1199)*(Katp_1199))*(Keq_1199))))/((1                   +(GLCi_64)/(Kglc_1199)+(G6P_64)/(Kg6p_1199))*(1                   +(ATP_64)/(Katp_1199)+(ADP_64)/(Kadp_1199)))">
					<listOfParameters>
						<parameter name="Vmax_1199" value="233.3733256646195"/>
						<parameter name="Kglc_1199" value="0.08"/>
						<parameter name="Katp_1199" value="0.15"/>
						<parameter name="Keq_1199" value="2000"/>
						<parameter name="Kg6p_1199" value="30"/>
						<parameter name="Kadp_1199" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_64" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1200)*((G6P_64)/(Kg6p_1200)-(F6P_64)/((Kg6p_1200)*(Keq_1200))))/(1                   +(G6P_64)/(Kg6p_1200)+(F6P_64)/(Kf6p_1200))">
					<listOfParameters>
						<parameter name="Vmax_1200" value="866.4020660632882"/>
						<parameter name="Kg6p_1200" value="1.4"/>
						<parameter name="Keq_1200" value="0.29"/>
						<parameter name="Kf6p_1200" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_64" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_64" stoichiometry="1"/>
					<specieReference specie="F6P_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_64" stoichiometry="1"/>
					<specieReference specie="F16bP_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1201)*(((((gR_1201)*((F6P_64)/(Kf6p_1201)))*((ATP_64)/(Katp_1201)))*(1                   +(F6P_64)/(Kf6p_1201)+(ATP_64)/(Katp_1201)+((((gR_1201)*(F6P_64))/(Kf6p_1201))*(ATP_64))/(Katp_1201)))/((1                   +(F6P_64)/(Kf6p_1201)+(ATP_64)/(Katp_1201)+((((gR_1201)*(F6P_64))/(Kf6p_1201))*(ATP_64))/(Katp_1201))^(2                   )+((((L0_1201)*(((1                   +((Ciatp_1201)*(ATP_64))/(Kiatp_1201))/(1                   +(ATP_64)/(Kiatp_1201)))^(2                   )))*(((1                   +((Camp_1201)*(AMP_64))/(Kamp_1201))/(1                   +(AMP_64)/(Kamp_1201)))^(2                   )))*(((1                   +((Cf26_1201)*(F26bP_64))/(Kf26_1201)+((Cf16_1201)*(F16bP_64))/(Kf16_1201))/(1                   +(F26bP_64)/(Kf26_1201)+(F16bP_64)/(Kf16_1201)))^(2                   )))*((1                   +((Catp_1201)*(ATP_64))/(Katp_1201))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1201" value="113.9309116540913"/>
						<parameter name="gR_1201" value="5.12"/>
						<parameter name="Kf6p_1201" value="0.1"/>
						<parameter name="Katp_1201" value="0.71"/>
						<parameter name="L0_1201" value="0.66"/>
						<parameter name="Ciatp_1201" value="100"/>
						<parameter name="Kiatp_1201" value="0.65"/>
						<parameter name="Camp_1201" value="0.08450000000000001"/>
						<parameter name="Kamp_1201" value="0.09950000000000001"/>
						<parameter name="Cf26_1201" value="0.0174"/>
						<parameter name="Kf26_1201" value="0.000682"/>
						<parameter name="Cf16_1201" value="0.397"/>
						<parameter name="Kf16_1201" value="0.111"/>
						<parameter name="Catp_1201" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_64" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_64" stoichiometry="1"/>
					<specieReference specie="GAP_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1202)*((F16bP_64)/(Kf16bp_1202)-((DHAP_64)*(GAP_64))/((Kf16bp_1202)*(Keq_1202))))/(1                   +(F16bP_64)/(Kf16bp_1202)+(DHAP_64)/(Kdhap_1202)+(GAP_64)/(Kgap_1202)+((F16bP_64)*(GAP_64))/((Kf16bp_1202)*(Kigap_1202))+((DHAP_64)*(GAP_64))/((Kdhap_1202)*(Kgap_1202)))">
					<listOfParameters>
						<parameter name="Vmax_1202" value="80.71433739548363"/>
						<parameter name="Kf16bp_1202" value="0.3"/>
						<parameter name="Keq_1202" value="0.06900000000000001"/>
						<parameter name="Kdhap_1202" value="2"/>
						<parameter name="Kgap_1202" value="2.4"/>
						<parameter name="Kigap_1202" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_64" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1203*DHAP_64-k2_1203*GAP_64">
					<listOfParameters>
						<parameter name="k1_1203" value="450000"/>
						<parameter name="k2_1203" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_64" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_64" stoichiometry="1"/>
					<specieReference specie="NAD_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_64" stoichiometry="1"/>
					<specieReference specie="NADH_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1204)*((((Vmaxf_1204)*(GAP_64))*(NAD_64))/((Kgap_1204)*(Knad_1204))-(((Vmaxr_1204)*(BPG_64))*(NADH_64))/((Kbpg_1204)*(Knadh_1204))))/((1                   +(GAP_64)/(Kgap_1204)+(BPG_64)/(Kbpg_1204))*(1                   +(NAD_64)/(Knad_1204)+(NADH_64)/(Knadh_1204)))">
					<listOfParameters>
						<parameter name="C_1204" value="1"/>
						<parameter name="Vmaxf_1204" value="1152"/>
						<parameter name="Kgap_1204" value="0.21"/>
						<parameter name="Knad_1204" value="0.09"/>
						<parameter name="Vmaxr_1204" value="8057.604663973649"/>
						<parameter name="Kbpg_1204" value="0.0098"/>
						<parameter name="Knadh_1204" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_64" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_64" stoichiometry="1"/>
					<specieReference specie="BPG_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_64" stoichiometry="1"/>
					<specieReference specie="P3G_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1205)*((((Keq_1205)*(BPG_64))*(ADP_64)-(P3G_64)*(ATP_64))/((Kp3g_1205)*(Katp_1205))))/((1                   +(BPG_64)/(Kbpg_1205)+(P3G_64)/(Kp3g_1205))*(1                   +(ADP_64)/(Kadp_1205)+(ATP_64)/(Katp_1205)))">
					<listOfParameters>
						<parameter name="Vmax_1205" value="1331.305461714587"/>
						<parameter name="Keq_1205" value="3200"/>
						<parameter name="Kp3g_1205" value="0.53"/>
						<parameter name="Katp_1205" value="0.3"/>
						<parameter name="Kbpg_1205" value="0.003"/>
						<parameter name="Kadp_1205" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_64" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1206)*((P3G_64)/(Kp3g_1206)-(P2G_64)/((Kp3g_1206)*(Keq_1206))))/(1                   +(P3G_64)/(Kp3g_1206)+(P2G_64)/(Kp2g_1206))">
					<listOfParameters>
						<parameter name="Vmax_1206" value="1906.019605270093"/>
						<parameter name="Kp3g_1206" value="1.2"/>
						<parameter name="Keq_1206" value="0.19"/>
						<parameter name="Kp2g_1206" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_64" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1207)*((P2G_64)/(Kp2g_1207)-(PEP_64)/((Kp2g_1207)*(Keq_1207))))/(1                   +(P2G_64)/(Kp2g_1207)+(PEP_64)/(Kpep_1207))">
					<listOfParameters>
						<parameter name="Vmax_1207" value="223.7132204931394"/>
						<parameter name="Kp2g_1207" value="0.04"/>
						<parameter name="Keq_1207" value="6.7"/>
						<parameter name="Kpep_1207" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_64" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_64" stoichiometry="1"/>
					<specieReference specie="PEP_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_64" stoichiometry="1"/>
					<specieReference specie="PYR_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1208)*(((PEP_64)*(ADP_64))/((Kpep_1208)*(Kadp_1208))-((PYR_64)*(ATP_64))/(((Kpep_1208)*(Kadp_1208))*(Keq_1208))))/((1                   +(PEP_64)/(Kpep_1208)+(PYR_64)/(Kpyr_1208))*(1                   +(ADP_64)/(Kadp_1208)+(ATP_64)/(Katp_1208)))">
					<listOfParameters>
						<parameter name="Vmax_1208" value="1122.264396718869"/>
						<parameter name="Kpep_1208" value="0.14"/>
						<parameter name="Kadp_1208" value="0.53"/>
						<parameter name="Keq_1208" value="6500"/>
						<parameter name="Kpyr_1208" value="21"/>
						<parameter name="Katp_1208" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_64" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_64" stoichiometry="1"/>
					<specieReference specie="CO2_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1209)*(((PYR_64)/(Kpyr_1209))^(nH_1209)))/(1                   +((PYR_64)/(Kpyr_1209))^(nH_1209))">
					<listOfParameters>
						<parameter name="Vmax_1209" value="786.4430998582978"/>
						<parameter name="Kpyr_1209" value="4.33"/>
						<parameter name="nH_1209" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_64" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_64" stoichiometry="1"/>
					<specieReference specie="EtOH_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_64" stoichiometry="1"/>
					<specieReference specie="AcAld_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1210)*(((EtOH_64)*(NAD_64))/((Ketoh_1210)*(Kinad_1210))-((AcAld_64)*(NADH_64))/(((Ketoh_1210)*(Kinad_1210))*(Keq_1210))))/(1                   +(NAD_64)/(Kinad_1210)+((EtOH_64)*(Knad_1210))/((Kinad_1210)*(Ketoh_1210))+((AcAld_64)*(Knadh_1210))/((Kinadh_1210)*(Kacald_1210))+(NADH_64)/(Kinadh_1210)+((EtOH_64)*(NAD_64))/((Kinad_1210)*(Ketoh_1210))+(((NAD_64)*(AcAld_64))*(Knadh_1210))/(((Kinad_1210)*(Kinadh_1210))*(Kacald_1210))+(((EtOH_64)*(NADH_64))*(Knad_1210))/(((Kinad_1210)*(Kinadh_1210))*(Ketoh_1210))+((AcAld_64)*(NADH_64))/((Kacald_1210)*(Kinadh_1210))+(((EtOH_64)*(NAD_64))*(AcAld_64))/(((Kinad_1210)*(Kiacald_1210))*(Ketoh_1210))+(((EtOH_64)*(AcAld_64))*(NADH_64))/(((Kietoh_1210)*(Kinadh_1210))*(Kacald_1210)))">
					<listOfParameters>
						<parameter name="Vmax_1210" value="196.5194103522882"/>
						<parameter name="Ketoh_1210" value="17"/>
						<parameter name="Kinad_1210" value="0.92"/>
						<parameter name="Keq_1210" value="6.9e-005"/>
						<parameter name="Knad_1210" value="0.17"/>
						<parameter name="Knadh_1210" value="0.11"/>
						<parameter name="Kinadh_1210" value="0.031"/>
						<parameter name="Kacald_1210" value="1.11"/>
						<parameter name="Kiacald_1210" value="1.1"/>
						<parameter name="Kietoh_1210" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_64" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1211)*(ATP_64)">
					<listOfParameters>
						<parameter name="Katpase_1211" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_64" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_64" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_64" stoichiometry="1"/>
					<specieReference specie="AMP_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1212*ADP_64*ADP_64-k2_1212*ATP_64*AMP_64">
					<listOfParameters>
						<parameter name="k1_1212" value="45"/>
						<parameter name="k2_1212" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_64" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_64" stoichiometry="1"/>
					<specieReference specie="NADH_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_64" stoichiometry="1"/>
					<specieReference specie="Glycerol_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1213)*(((DHAP_64)/(Kdhap_1213))*((NADH_64)/(Knadh_1213))-(((Glycerol_64)/(Kdhap_1213))*((NAD_64)/(Knadh_1213)))*((1                   )/(Keq_1213))))/((1                   +(DHAP_64)/(Kdhap_1213)+(Glycerol_64)/(Kglycerol_1213))*(1                   +(NADH_64)/(Knadh_1213)+(NAD_64)/(Knad_1213)))">
					<listOfParameters>
						<parameter name="Vmax_1213" value="41.01435534646159"/>
						<parameter name="Kdhap_1213" value="0.4"/>
						<parameter name="Knadh_1213" value="0.023"/>
						<parameter name="Keq_1213" value="4300"/>
						<parameter name="Kglycerol_1213" value="1"/>
						<parameter name="Knad_1213" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_64" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_64" stoichiometry="1"/>
					<specieReference specie="G6P_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_64" stoichiometry="1"/>
					<specieReference specie="Glycogen_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1214">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1214" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_64" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_64" stoichiometry="1"/>
					<specieReference specie="G6P_64" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_64" stoichiometry="1"/>
					<specieReference specie="Trehalose_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1215">
					<listOfParameters>
						<parameter name="Ktrehalose_1215" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_64" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_64" stoichiometry="3"/>
					<specieReference specie="AcAld_64" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_64" stoichiometry="3"/>
					<specieReference specie="Succinate_64" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1216)*(AcAld_64)">
					<listOfParameters>
						<parameter name="k_1216" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_65" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1217)*(GLCo_65-GLCi_65))/(Kglc_1217))/(1                   +(GLCo_65+GLCi_65)/(Kglc_1217)+(((Ki_1217)*(GLCo_65))*(GLCi_65))/((Kglc_1217)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1217" value="123.5496882438041"/>
						<parameter name="Kglc_1217" value="1.1918"/>
						<parameter name="Ki_1217" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_65" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_65" stoichiometry="1"/>
					<specieReference specie="ATP_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_65" stoichiometry="1"/>
					<specieReference specie="ADP_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1218)*(((GLCi_65)*(ATP_65))/((Kglc_1218)*(Katp_1218))-((G6P_65)*(ADP_65))/(((Kglc_1218)*(Katp_1218))*(Keq_1218))))/((1                   +(GLCi_65)/(Kglc_1218)+(G6P_65)/(Kg6p_1218))*(1                   +(ATP_65)/(Katp_1218)+(ADP_65)/(Kadp_1218)))">
					<listOfParameters>
						<parameter name="Vmax_1218" value="260.0171107468236"/>
						<parameter name="Kglc_1218" value="0.08"/>
						<parameter name="Katp_1218" value="0.15"/>
						<parameter name="Keq_1218" value="2000"/>
						<parameter name="Kg6p_1218" value="30"/>
						<parameter name="Kadp_1218" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_65" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1219)*((G6P_65)/(Kg6p_1219)-(F6P_65)/((Kg6p_1219)*(Keq_1219))))/(1                   +(G6P_65)/(Kg6p_1219)+(F6P_65)/(Kf6p_1219))">
					<listOfParameters>
						<parameter name="Vmax_1219" value="1000.365469471052"/>
						<parameter name="Kg6p_1219" value="1.4"/>
						<parameter name="Keq_1219" value="0.29"/>
						<parameter name="Kf6p_1219" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_65" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_65" stoichiometry="1"/>
					<specieReference specie="F6P_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_65" stoichiometry="1"/>
					<specieReference specie="F16bP_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1220)*(((((gR_1220)*((F6P_65)/(Kf6p_1220)))*((ATP_65)/(Katp_1220)))*(1                   +(F6P_65)/(Kf6p_1220)+(ATP_65)/(Katp_1220)+((((gR_1220)*(F6P_65))/(Kf6p_1220))*(ATP_65))/(Katp_1220)))/((1                   +(F6P_65)/(Kf6p_1220)+(ATP_65)/(Katp_1220)+((((gR_1220)*(F6P_65))/(Kf6p_1220))*(ATP_65))/(Katp_1220))^(2                   )+((((L0_1220)*(((1                   +((Ciatp_1220)*(ATP_65))/(Kiatp_1220))/(1                   +(ATP_65)/(Kiatp_1220)))^(2                   )))*(((1                   +((Camp_1220)*(AMP_65))/(Kamp_1220))/(1                   +(AMP_65)/(Kamp_1220)))^(2                   )))*(((1                   +((Cf26_1220)*(F26bP_65))/(Kf26_1220)+((Cf16_1220)*(F16bP_65))/(Kf16_1220))/(1                   +(F26bP_65)/(Kf26_1220)+(F16bP_65)/(Kf16_1220)))^(2                   )))*((1                   +((Catp_1220)*(ATP_65))/(Katp_1220))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1220" value="117.2742044193959"/>
						<parameter name="gR_1220" value="5.12"/>
						<parameter name="Kf6p_1220" value="0.1"/>
						<parameter name="Katp_1220" value="0.71"/>
						<parameter name="L0_1220" value="0.66"/>
						<parameter name="Ciatp_1220" value="100"/>
						<parameter name="Kiatp_1220" value="0.65"/>
						<parameter name="Camp_1220" value="0.08450000000000001"/>
						<parameter name="Kamp_1220" value="0.09950000000000001"/>
						<parameter name="Cf26_1220" value="0.0174"/>
						<parameter name="Kf26_1220" value="0.000682"/>
						<parameter name="Cf16_1220" value="0.397"/>
						<parameter name="Kf16_1220" value="0.111"/>
						<parameter name="Catp_1220" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_65" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_65" stoichiometry="1"/>
					<specieReference specie="GAP_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1221)*((F16bP_65)/(Kf16bp_1221)-((DHAP_65)*(GAP_65))/((Kf16bp_1221)*(Keq_1221))))/(1                   +(F16bP_65)/(Kf16bp_1221)+(DHAP_65)/(Kdhap_1221)+(GAP_65)/(Kgap_1221)+((F16bP_65)*(GAP_65))/((Kf16bp_1221)*(Kigap_1221))+((DHAP_65)*(GAP_65))/((Kdhap_1221)*(Kgap_1221)))">
					<listOfParameters>
						<parameter name="Vmax_1221" value="74.77373208188573"/>
						<parameter name="Kf16bp_1221" value="0.3"/>
						<parameter name="Keq_1221" value="0.06900000000000001"/>
						<parameter name="Kdhap_1221" value="2"/>
						<parameter name="Kgap_1221" value="2.4"/>
						<parameter name="Kigap_1221" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_65" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1222*DHAP_65-k2_1222*GAP_65">
					<listOfParameters>
						<parameter name="k1_1222" value="450000"/>
						<parameter name="k2_1222" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_65" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_65" stoichiometry="1"/>
					<specieReference specie="NAD_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_65" stoichiometry="1"/>
					<specieReference specie="NADH_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1223)*((((Vmaxf_1223)*(GAP_65))*(NAD_65))/((Kgap_1223)*(Knad_1223))-(((Vmaxr_1223)*(BPG_65))*(NADH_65))/((Kbpg_1223)*(Knadh_1223))))/((1                   +(GAP_65)/(Kgap_1223)+(BPG_65)/(Kbpg_1223))*(1                   +(NAD_65)/(Knad_1223)+(NADH_65)/(Knadh_1223)))">
					<listOfParameters>
						<parameter name="C_1223" value="1"/>
						<parameter name="Vmaxf_1223" value="1152"/>
						<parameter name="Kgap_1223" value="0.21"/>
						<parameter name="Knad_1223" value="0.09"/>
						<parameter name="Vmaxr_1223" value="5641.516374401661"/>
						<parameter name="Kbpg_1223" value="0.0098"/>
						<parameter name="Knadh_1223" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_65" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_65" stoichiometry="1"/>
					<specieReference specie="BPG_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_65" stoichiometry="1"/>
					<specieReference specie="P3G_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1224)*((((Keq_1224)*(BPG_65))*(ADP_65)-(P3G_65)*(ATP_65))/((Kp3g_1224)*(Katp_1224))))/((1                   +(BPG_65)/(Kbpg_1224)+(P3G_65)/(Kp3g_1224))*(1                   +(ADP_65)/(Kadp_1224)+(ATP_65)/(Katp_1224)))">
					<listOfParameters>
						<parameter name="Vmax_1224" value="1571.891964455633"/>
						<parameter name="Keq_1224" value="3200"/>
						<parameter name="Kp3g_1224" value="0.53"/>
						<parameter name="Katp_1224" value="0.3"/>
						<parameter name="Kbpg_1224" value="0.003"/>
						<parameter name="Kadp_1224" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_65" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1225)*((P3G_65)/(Kp3g_1225)-(P2G_65)/((Kp3g_1225)*(Keq_1225))))/(1                   +(P3G_65)/(Kp3g_1225)+(P2G_65)/(Kp2g_1225))">
					<listOfParameters>
						<parameter name="Vmax_1225" value="2439.532685769762"/>
						<parameter name="Kp3g_1225" value="1.2"/>
						<parameter name="Keq_1225" value="0.19"/>
						<parameter name="Kp2g_1225" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_65" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1226)*((P2G_65)/(Kp2g_1226)-(PEP_65)/((Kp2g_1226)*(Keq_1226))))/(1                   +(P2G_65)/(Kp2g_1226)+(PEP_65)/(Kpep_1226))">
					<listOfParameters>
						<parameter name="Vmax_1226" value="265.4080126920622"/>
						<parameter name="Kp2g_1226" value="0.04"/>
						<parameter name="Keq_1226" value="6.7"/>
						<parameter name="Kpep_1226" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_65" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_65" stoichiometry="1"/>
					<specieReference specie="PEP_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_65" stoichiometry="1"/>
					<specieReference specie="PYR_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1227)*(((PEP_65)*(ADP_65))/((Kpep_1227)*(Kadp_1227))-((PYR_65)*(ATP_65))/(((Kpep_1227)*(Kadp_1227))*(Keq_1227))))/((1                   +(PEP_65)/(Kpep_1227)+(PYR_65)/(Kpyr_1227))*(1                   +(ADP_65)/(Kadp_1227)+(ATP_65)/(Katp_1227)))">
					<listOfParameters>
						<parameter name="Vmax_1227" value="905.9498600798054"/>
						<parameter name="Kpep_1227" value="0.14"/>
						<parameter name="Kadp_1227" value="0.53"/>
						<parameter name="Keq_1227" value="6500"/>
						<parameter name="Kpyr_1227" value="21"/>
						<parameter name="Katp_1227" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_65" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_65" stoichiometry="1"/>
					<specieReference specie="CO2_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1228)*(((PYR_65)/(Kpyr_1228))^(nH_1228)))/(1                   +((PYR_65)/(Kpyr_1228))^(nH_1228))">
					<listOfParameters>
						<parameter name="Vmax_1228" value="798.0252306951946"/>
						<parameter name="Kpyr_1228" value="4.33"/>
						<parameter name="nH_1228" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_65" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_65" stoichiometry="1"/>
					<specieReference specie="EtOH_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_65" stoichiometry="1"/>
					<specieReference specie="AcAld_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1229)*(((EtOH_65)*(NAD_65))/((Ketoh_1229)*(Kinad_1229))-((AcAld_65)*(NADH_65))/(((Ketoh_1229)*(Kinad_1229))*(Keq_1229))))/(1                   +(NAD_65)/(Kinad_1229)+((EtOH_65)*(Knad_1229))/((Kinad_1229)*(Ketoh_1229))+((AcAld_65)*(Knadh_1229))/((Kinadh_1229)*(Kacald_1229))+(NADH_65)/(Kinadh_1229)+((EtOH_65)*(NAD_65))/((Kinad_1229)*(Ketoh_1229))+(((NAD_65)*(AcAld_65))*(Knadh_1229))/(((Kinad_1229)*(Kinadh_1229))*(Kacald_1229))+(((EtOH_65)*(NADH_65))*(Knad_1229))/(((Kinad_1229)*(Kinadh_1229))*(Ketoh_1229))+((AcAld_65)*(NADH_65))/((Kacald_1229)*(Kinadh_1229))+(((EtOH_65)*(NAD_65))*(AcAld_65))/(((Kinad_1229)*(Kiacald_1229))*(Ketoh_1229))+(((EtOH_65)*(AcAld_65))*(NADH_65))/(((Kietoh_1229)*(Kinadh_1229))*(Kacald_1229)))">
					<listOfParameters>
						<parameter name="Vmax_1229" value="278.6192148723424"/>
						<parameter name="Ketoh_1229" value="17"/>
						<parameter name="Kinad_1229" value="0.92"/>
						<parameter name="Keq_1229" value="6.9e-005"/>
						<parameter name="Knad_1229" value="0.17"/>
						<parameter name="Knadh_1229" value="0.11"/>
						<parameter name="Kinadh_1229" value="0.031"/>
						<parameter name="Kacald_1229" value="1.11"/>
						<parameter name="Kiacald_1229" value="1.1"/>
						<parameter name="Kietoh_1229" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_65" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1230)*(ATP_65)">
					<listOfParameters>
						<parameter name="Katpase_1230" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_65" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_65" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_65" stoichiometry="1"/>
					<specieReference specie="AMP_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1231*ADP_65*ADP_65-k2_1231*ATP_65*AMP_65">
					<listOfParameters>
						<parameter name="k1_1231" value="45"/>
						<parameter name="k2_1231" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_65" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_65" stoichiometry="1"/>
					<specieReference specie="NADH_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_65" stoichiometry="1"/>
					<specieReference specie="Glycerol_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1232)*(((DHAP_65)/(Kdhap_1232))*((NADH_65)/(Knadh_1232))-(((Glycerol_65)/(Kdhap_1232))*((NAD_65)/(Knadh_1232)))*((1                   )/(Keq_1232))))/((1                   +(DHAP_65)/(Kdhap_1232)+(Glycerol_65)/(Kglycerol_1232))*(1                   +(NADH_65)/(Knadh_1232)+(NAD_65)/(Knad_1232)))">
					<listOfParameters>
						<parameter name="Vmax_1232" value="31.20423455390536"/>
						<parameter name="Kdhap_1232" value="0.4"/>
						<parameter name="Knadh_1232" value="0.023"/>
						<parameter name="Keq_1232" value="4300"/>
						<parameter name="Kglycerol_1232" value="1"/>
						<parameter name="Knad_1232" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_65" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_65" stoichiometry="1"/>
					<specieReference specie="G6P_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_65" stoichiometry="1"/>
					<specieReference specie="Glycogen_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1233">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1233" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_65" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_65" stoichiometry="1"/>
					<specieReference specie="G6P_65" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_65" stoichiometry="1"/>
					<specieReference specie="Trehalose_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1234">
					<listOfParameters>
						<parameter name="Ktrehalose_1234" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_65" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_65" stoichiometry="3"/>
					<specieReference specie="AcAld_65" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_65" stoichiometry="3"/>
					<specieReference specie="Succinate_65" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1235)*(AcAld_65)">
					<listOfParameters>
						<parameter name="k_1235" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_66" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1236)*(GLCo_66-GLCi_66))/(Kglc_1236))/(1                   +(GLCo_66+GLCi_66)/(Kglc_1236)+(((Ki_1236)*(GLCo_66))*(GLCi_66))/((Kglc_1236)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1236" value="107.1788981392059"/>
						<parameter name="Kglc_1236" value="1.1918"/>
						<parameter name="Ki_1236" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_66" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_66" stoichiometry="1"/>
					<specieReference specie="ATP_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_66" stoichiometry="1"/>
					<specieReference specie="ADP_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1237)*(((GLCi_66)*(ATP_66))/((Kglc_1237)*(Katp_1237))-((G6P_66)*(ADP_66))/(((Kglc_1237)*(Katp_1237))*(Keq_1237))))/((1                   +(GLCi_66)/(Kglc_1237)+(G6P_66)/(Kg6p_1237))*(1                   +(ATP_66)/(Katp_1237)+(ADP_66)/(Kadp_1237)))">
					<listOfParameters>
						<parameter name="Vmax_1237" value="181.5612314436769"/>
						<parameter name="Kglc_1237" value="0.08"/>
						<parameter name="Katp_1237" value="0.15"/>
						<parameter name="Keq_1237" value="2000"/>
						<parameter name="Kg6p_1237" value="30"/>
						<parameter name="Kadp_1237" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_66" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1238)*((G6P_66)/(Kg6p_1238)-(F6P_66)/((Kg6p_1238)*(Keq_1238))))/(1                   +(G6P_66)/(Kg6p_1238)+(F6P_66)/(Kf6p_1238))">
					<listOfParameters>
						<parameter name="Vmax_1238" value="1067.401760611552"/>
						<parameter name="Kg6p_1238" value="1.4"/>
						<parameter name="Keq_1238" value="0.29"/>
						<parameter name="Kf6p_1238" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_66" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_66" stoichiometry="1"/>
					<specieReference specie="F6P_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_66" stoichiometry="1"/>
					<specieReference specie="F16bP_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1239)*(((((gR_1239)*((F6P_66)/(Kf6p_1239)))*((ATP_66)/(Katp_1239)))*(1                   +(F6P_66)/(Kf6p_1239)+(ATP_66)/(Katp_1239)+((((gR_1239)*(F6P_66))/(Kf6p_1239))*(ATP_66))/(Katp_1239)))/((1                   +(F6P_66)/(Kf6p_1239)+(ATP_66)/(Katp_1239)+((((gR_1239)*(F6P_66))/(Kf6p_1239))*(ATP_66))/(Katp_1239))^(2                   )+((((L0_1239)*(((1                   +((Ciatp_1239)*(ATP_66))/(Kiatp_1239))/(1                   +(ATP_66)/(Kiatp_1239)))^(2                   )))*(((1                   +((Camp_1239)*(AMP_66))/(Kamp_1239))/(1                   +(AMP_66)/(Kamp_1239)))^(2                   )))*(((1                   +((Cf26_1239)*(F26bP_66))/(Kf26_1239)+((Cf16_1239)*(F16bP_66))/(Kf16_1239))/(1                   +(F26bP_66)/(Kf26_1239)+(F16bP_66)/(Kf16_1239)))^(2                   )))*((1                   +((Catp_1239)*(ATP_66))/(Katp_1239))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1239" value="153.2818428684803"/>
						<parameter name="gR_1239" value="5.12"/>
						<parameter name="Kf6p_1239" value="0.1"/>
						<parameter name="Katp_1239" value="0.71"/>
						<parameter name="L0_1239" value="0.66"/>
						<parameter name="Ciatp_1239" value="100"/>
						<parameter name="Kiatp_1239" value="0.65"/>
						<parameter name="Camp_1239" value="0.08450000000000001"/>
						<parameter name="Kamp_1239" value="0.09950000000000001"/>
						<parameter name="Cf26_1239" value="0.0174"/>
						<parameter name="Kf26_1239" value="0.000682"/>
						<parameter name="Cf16_1239" value="0.397"/>
						<parameter name="Kf16_1239" value="0.111"/>
						<parameter name="Catp_1239" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_66" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_66" stoichiometry="1"/>
					<specieReference specie="GAP_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1240)*((F16bP_66)/(Kf16bp_1240)-((DHAP_66)*(GAP_66))/((Kf16bp_1240)*(Keq_1240))))/(1                   +(F16bP_66)/(Kf16bp_1240)+(DHAP_66)/(Kdhap_1240)+(GAP_66)/(Kgap_1240)+((F16bP_66)*(GAP_66))/((Kf16bp_1240)*(Kigap_1240))+((DHAP_66)*(GAP_66))/((Kdhap_1240)*(Kgap_1240)))">
					<listOfParameters>
						<parameter name="Vmax_1240" value="79.29418443352749"/>
						<parameter name="Kf16bp_1240" value="0.3"/>
						<parameter name="Keq_1240" value="0.06900000000000001"/>
						<parameter name="Kdhap_1240" value="2"/>
						<parameter name="Kgap_1240" value="2.4"/>
						<parameter name="Kigap_1240" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_66" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1241*DHAP_66-k2_1241*GAP_66">
					<listOfParameters>
						<parameter name="k1_1241" value="450000"/>
						<parameter name="k2_1241" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_66" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_66" stoichiometry="1"/>
					<specieReference specie="NAD_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_66" stoichiometry="1"/>
					<specieReference specie="NADH_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1242)*((((Vmaxf_1242)*(GAP_66))*(NAD_66))/((Kgap_1242)*(Knad_1242))-(((Vmaxr_1242)*(BPG_66))*(NADH_66))/((Kbpg_1242)*(Knadh_1242))))/((1                   +(GAP_66)/(Kgap_1242)+(BPG_66)/(Kbpg_1242))*(1                   +(NAD_66)/(Knad_1242)+(NADH_66)/(Knadh_1242)))">
					<listOfParameters>
						<parameter name="C_1242" value="1"/>
						<parameter name="Vmaxf_1242" value="1152"/>
						<parameter name="Kgap_1242" value="0.21"/>
						<parameter name="Knad_1242" value="0.09"/>
						<parameter name="Vmaxr_1242" value="5631.159541756095"/>
						<parameter name="Kbpg_1242" value="0.0098"/>
						<parameter name="Knadh_1242" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_66" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_66" stoichiometry="1"/>
					<specieReference specie="BPG_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_66" stoichiometry="1"/>
					<specieReference specie="P3G_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1243)*((((Keq_1243)*(BPG_66))*(ADP_66)-(P3G_66)*(ATP_66))/((Kp3g_1243)*(Katp_1243))))/((1                   +(BPG_66)/(Kbpg_1243)+(P3G_66)/(Kp3g_1243))*(1                   +(ADP_66)/(Kadp_1243)+(ATP_66)/(Katp_1243)))">
					<listOfParameters>
						<parameter name="Vmax_1243" value="1674.32753240732"/>
						<parameter name="Keq_1243" value="3200"/>
						<parameter name="Kp3g_1243" value="0.53"/>
						<parameter name="Katp_1243" value="0.3"/>
						<parameter name="Kbpg_1243" value="0.003"/>
						<parameter name="Kadp_1243" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_66" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1244)*((P3G_66)/(Kp3g_1244)-(P2G_66)/((Kp3g_1244)*(Keq_1244))))/(1                   +(P3G_66)/(Kp3g_1244)+(P2G_66)/(Kp2g_1244))">
					<listOfParameters>
						<parameter name="Vmax_1244" value="2557.005728235085"/>
						<parameter name="Kp3g_1244" value="1.2"/>
						<parameter name="Keq_1244" value="0.19"/>
						<parameter name="Kp2g_1244" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_66" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1245)*((P2G_66)/(Kp2g_1245)-(PEP_66)/((Kp2g_1245)*(Keq_1245))))/(1                   +(P2G_66)/(Kp2g_1245)+(PEP_66)/(Kpep_1245))">
					<listOfParameters>
						<parameter name="Vmax_1245" value="276.8171523139946"/>
						<parameter name="Kp2g_1245" value="0.04"/>
						<parameter name="Keq_1245" value="6.7"/>
						<parameter name="Kpep_1245" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_66" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_66" stoichiometry="1"/>
					<specieReference specie="PEP_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_66" stoichiometry="1"/>
					<specieReference specie="PYR_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1246)*(((PEP_66)*(ADP_66))/((Kpep_1246)*(Kadp_1246))-((PYR_66)*(ATP_66))/(((Kpep_1246)*(Kadp_1246))*(Keq_1246))))/((1                   +(PEP_66)/(Kpep_1246)+(PYR_66)/(Kpyr_1246))*(1                   +(ADP_66)/(Kadp_1246)+(ATP_66)/(Katp_1246)))">
					<listOfParameters>
						<parameter name="Vmax_1246" value="1307.242147217815"/>
						<parameter name="Kpep_1246" value="0.14"/>
						<parameter name="Kadp_1246" value="0.53"/>
						<parameter name="Keq_1246" value="6500"/>
						<parameter name="Kpyr_1246" value="21"/>
						<parameter name="Katp_1246" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_66" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_66" stoichiometry="1"/>
					<specieReference specie="CO2_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1247)*(((PYR_66)/(Kpyr_1247))^(nH_1247)))/(1                   +((PYR_66)/(Kpyr_1247))^(nH_1247))">
					<listOfParameters>
						<parameter name="Vmax_1247" value="918.5831256178449"/>
						<parameter name="Kpyr_1247" value="4.33"/>
						<parameter name="nH_1247" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_66" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_66" stoichiometry="1"/>
					<specieReference specie="EtOH_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_66" stoichiometry="1"/>
					<specieReference specie="AcAld_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1248)*(((EtOH_66)*(NAD_66))/((Ketoh_1248)*(Kinad_1248))-((AcAld_66)*(NADH_66))/(((Ketoh_1248)*(Kinad_1248))*(Keq_1248))))/(1                   +(NAD_66)/(Kinad_1248)+((EtOH_66)*(Knad_1248))/((Kinad_1248)*(Ketoh_1248))+((AcAld_66)*(Knadh_1248))/((Kinadh_1248)*(Kacald_1248))+(NADH_66)/(Kinadh_1248)+((EtOH_66)*(NAD_66))/((Kinad_1248)*(Ketoh_1248))+(((NAD_66)*(AcAld_66))*(Knadh_1248))/(((Kinad_1248)*(Kinadh_1248))*(Kacald_1248))+(((EtOH_66)*(NADH_66))*(Knad_1248))/(((Kinad_1248)*(Kinadh_1248))*(Ketoh_1248))+((AcAld_66)*(NADH_66))/((Kacald_1248)*(Kinadh_1248))+(((EtOH_66)*(NAD_66))*(AcAld_66))/(((Kinad_1248)*(Kiacald_1248))*(Ketoh_1248))+(((EtOH_66)*(AcAld_66))*(NADH_66))/(((Kietoh_1248)*(Kinadh_1248))*(Kacald_1248)))">
					<listOfParameters>
						<parameter name="Vmax_1248" value="214.9773222754546"/>
						<parameter name="Ketoh_1248" value="17"/>
						<parameter name="Kinad_1248" value="0.92"/>
						<parameter name="Keq_1248" value="6.9e-005"/>
						<parameter name="Knad_1248" value="0.17"/>
						<parameter name="Knadh_1248" value="0.11"/>
						<parameter name="Kinadh_1248" value="0.031"/>
						<parameter name="Kacald_1248" value="1.11"/>
						<parameter name="Kiacald_1248" value="1.1"/>
						<parameter name="Kietoh_1248" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_66" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1249)*(ATP_66)">
					<listOfParameters>
						<parameter name="Katpase_1249" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_66" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_66" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_66" stoichiometry="1"/>
					<specieReference specie="AMP_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1250*ADP_66*ADP_66-k2_1250*ATP_66*AMP_66">
					<listOfParameters>
						<parameter name="k1_1250" value="45"/>
						<parameter name="k2_1250" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_66" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_66" stoichiometry="1"/>
					<specieReference specie="NADH_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_66" stoichiometry="1"/>
					<specieReference specie="Glycerol_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1251)*(((DHAP_66)/(Kdhap_1251))*((NADH_66)/(Knadh_1251))-(((Glycerol_66)/(Kdhap_1251))*((NAD_66)/(Knadh_1251)))*((1                   )/(Keq_1251))))/((1                   +(DHAP_66)/(Kdhap_1251)+(Glycerol_66)/(Kglycerol_1251))*(1                   +(NADH_66)/(Knadh_1251)+(NAD_66)/(Knad_1251)))">
					<listOfParameters>
						<parameter name="Vmax_1251" value="49.42045622985147"/>
						<parameter name="Kdhap_1251" value="0.4"/>
						<parameter name="Knadh_1251" value="0.023"/>
						<parameter name="Keq_1251" value="4300"/>
						<parameter name="Kglycerol_1251" value="1"/>
						<parameter name="Knad_1251" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_66" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_66" stoichiometry="1"/>
					<specieReference specie="G6P_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_66" stoichiometry="1"/>
					<specieReference specie="Glycogen_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1252">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1252" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_66" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_66" stoichiometry="1"/>
					<specieReference specie="G6P_66" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_66" stoichiometry="1"/>
					<specieReference specie="Trehalose_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1253">
					<listOfParameters>
						<parameter name="Ktrehalose_1253" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_66" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_66" stoichiometry="3"/>
					<specieReference specie="AcAld_66" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_66" stoichiometry="3"/>
					<specieReference specie="Succinate_66" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1254)*(AcAld_66)">
					<listOfParameters>
						<parameter name="k_1254" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_67" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1255)*(GLCo_67-GLCi_67))/(Kglc_1255))/(1                   +(GLCo_67+GLCi_67)/(Kglc_1255)+(((Ki_1255)*(GLCo_67))*(GLCi_67))/((Kglc_1255)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1255" value="96.8500795548334"/>
						<parameter name="Kglc_1255" value="1.1918"/>
						<parameter name="Ki_1255" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_67" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_67" stoichiometry="1"/>
					<specieReference specie="ATP_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_67" stoichiometry="1"/>
					<specieReference specie="ADP_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1256)*(((GLCi_67)*(ATP_67))/((Kglc_1256)*(Katp_1256))-((G6P_67)*(ADP_67))/(((Kglc_1256)*(Katp_1256))*(Keq_1256))))/((1                   +(GLCi_67)/(Kglc_1256)+(G6P_67)/(Kg6p_1256))*(1                   +(ATP_67)/(Katp_1256)+(ADP_67)/(Kadp_1256)))">
					<listOfParameters>
						<parameter name="Vmax_1256" value="176.4269842445686"/>
						<parameter name="Kglc_1256" value="0.08"/>
						<parameter name="Katp_1256" value="0.15"/>
						<parameter name="Keq_1256" value="2000"/>
						<parameter name="Kg6p_1256" value="30"/>
						<parameter name="Kadp_1256" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_67" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1257)*((G6P_67)/(Kg6p_1257)-(F6P_67)/((Kg6p_1257)*(Keq_1257))))/(1                   +(G6P_67)/(Kg6p_1257)+(F6P_67)/(Kf6p_1257))">
					<listOfParameters>
						<parameter name="Vmax_1257" value="782.4881910228544"/>
						<parameter name="Kg6p_1257" value="1.4"/>
						<parameter name="Keq_1257" value="0.29"/>
						<parameter name="Kf6p_1257" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_67" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_67" stoichiometry="1"/>
					<specieReference specie="F6P_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_67" stoichiometry="1"/>
					<specieReference specie="F16bP_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1258)*(((((gR_1258)*((F6P_67)/(Kf6p_1258)))*((ATP_67)/(Katp_1258)))*(1                   +(F6P_67)/(Kf6p_1258)+(ATP_67)/(Katp_1258)+((((gR_1258)*(F6P_67))/(Kf6p_1258))*(ATP_67))/(Katp_1258)))/((1                   +(F6P_67)/(Kf6p_1258)+(ATP_67)/(Katp_1258)+((((gR_1258)*(F6P_67))/(Kf6p_1258))*(ATP_67))/(Katp_1258))^(2                   )+((((L0_1258)*(((1                   +((Ciatp_1258)*(ATP_67))/(Kiatp_1258))/(1                   +(ATP_67)/(Kiatp_1258)))^(2                   )))*(((1                   +((Camp_1258)*(AMP_67))/(Kamp_1258))/(1                   +(AMP_67)/(Kamp_1258)))^(2                   )))*(((1                   +((Cf26_1258)*(F26bP_67))/(Kf26_1258)+((Cf16_1258)*(F16bP_67))/(Kf16_1258))/(1                   +(F26bP_67)/(Kf26_1258)+(F16bP_67)/(Kf16_1258)))^(2                   )))*((1                   +((Catp_1258)*(ATP_67))/(Katp_1258))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1258" value="111.004810529123"/>
						<parameter name="gR_1258" value="5.12"/>
						<parameter name="Kf6p_1258" value="0.1"/>
						<parameter name="Katp_1258" value="0.71"/>
						<parameter name="L0_1258" value="0.66"/>
						<parameter name="Ciatp_1258" value="100"/>
						<parameter name="Kiatp_1258" value="0.65"/>
						<parameter name="Camp_1258" value="0.08450000000000001"/>
						<parameter name="Kamp_1258" value="0.09950000000000001"/>
						<parameter name="Cf26_1258" value="0.0174"/>
						<parameter name="Kf26_1258" value="0.000682"/>
						<parameter name="Cf16_1258" value="0.397"/>
						<parameter name="Kf16_1258" value="0.111"/>
						<parameter name="Catp_1258" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_67" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_67" stoichiometry="1"/>
					<specieReference specie="GAP_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1259)*((F16bP_67)/(Kf16bp_1259)-((DHAP_67)*(GAP_67))/((Kf16bp_1259)*(Keq_1259))))/(1                   +(F16bP_67)/(Kf16bp_1259)+(DHAP_67)/(Kdhap_1259)+(GAP_67)/(Kgap_1259)+((F16bP_67)*(GAP_67))/((Kf16bp_1259)*(Kigap_1259))+((DHAP_67)*(GAP_67))/((Kdhap_1259)*(Kgap_1259)))">
					<listOfParameters>
						<parameter name="Vmax_1259" value="98.05683408643347"/>
						<parameter name="Kf16bp_1259" value="0.3"/>
						<parameter name="Keq_1259" value="0.06900000000000001"/>
						<parameter name="Kdhap_1259" value="2"/>
						<parameter name="Kgap_1259" value="2.4"/>
						<parameter name="Kigap_1259" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_67" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1260*DHAP_67-k2_1260*GAP_67">
					<listOfParameters>
						<parameter name="k1_1260" value="450000"/>
						<parameter name="k2_1260" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_67" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_67" stoichiometry="1"/>
					<specieReference specie="NAD_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_67" stoichiometry="1"/>
					<specieReference specie="NADH_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1261)*((((Vmaxf_1261)*(GAP_67))*(NAD_67))/((Kgap_1261)*(Knad_1261))-(((Vmaxr_1261)*(BPG_67))*(NADH_67))/((Kbpg_1261)*(Knadh_1261))))/((1                   +(GAP_67)/(Kgap_1261)+(BPG_67)/(Kbpg_1261))*(1                   +(NAD_67)/(Knad_1261)+(NADH_67)/(Knadh_1261)))">
					<listOfParameters>
						<parameter name="C_1261" value="1"/>
						<parameter name="Vmaxf_1261" value="1152"/>
						<parameter name="Kgap_1261" value="0.21"/>
						<parameter name="Knad_1261" value="0.09"/>
						<parameter name="Vmaxr_1261" value="6583.489303721688"/>
						<parameter name="Kbpg_1261" value="0.0098"/>
						<parameter name="Knadh_1261" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_67" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_67" stoichiometry="1"/>
					<specieReference specie="BPG_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_67" stoichiometry="1"/>
					<specieReference specie="P3G_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1262)*((((Keq_1262)*(BPG_67))*(ADP_67)-(P3G_67)*(ATP_67))/((Kp3g_1262)*(Katp_1262))))/((1                   +(BPG_67)/(Kbpg_1262)+(P3G_67)/(Kp3g_1262))*(1                   +(ADP_67)/(Kadp_1262)+(ATP_67)/(Katp_1262)))">
					<listOfParameters>
						<parameter name="Vmax_1262" value="1192.939568815166"/>
						<parameter name="Keq_1262" value="3200"/>
						<parameter name="Kp3g_1262" value="0.53"/>
						<parameter name="Katp_1262" value="0.3"/>
						<parameter name="Kbpg_1262" value="0.003"/>
						<parameter name="Kadp_1262" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_67" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1263)*((P3G_67)/(Kp3g_1263)-(P2G_67)/((Kp3g_1263)*(Keq_1263))))/(1                   +(P3G_67)/(Kp3g_1263)+(P2G_67)/(Kp2g_1263))">
					<listOfParameters>
						<parameter name="Vmax_1263" value="2908.369901687991"/>
						<parameter name="Kp3g_1263" value="1.2"/>
						<parameter name="Keq_1263" value="0.19"/>
						<parameter name="Kp2g_1263" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_67" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1264)*((P2G_67)/(Kp2g_1264)-(PEP_67)/((Kp2g_1264)*(Keq_1264))))/(1                   +(P2G_67)/(Kp2g_1264)+(PEP_67)/(Kpep_1264))">
					<listOfParameters>
						<parameter name="Vmax_1264" value="200.6796767428687"/>
						<parameter name="Kp2g_1264" value="0.04"/>
						<parameter name="Keq_1264" value="6.7"/>
						<parameter name="Kpep_1264" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_67" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_67" stoichiometry="1"/>
					<specieReference specie="PEP_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_67" stoichiometry="1"/>
					<specieReference specie="PYR_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1265)*(((PEP_67)*(ADP_67))/((Kpep_1265)*(Kadp_1265))-((PYR_67)*(ATP_67))/(((Kpep_1265)*(Kadp_1265))*(Keq_1265))))/((1                   +(PEP_67)/(Kpep_1265)+(PYR_67)/(Kpyr_1265))*(1                   +(ADP_67)/(Kadp_1265)+(ATP_67)/(Katp_1265)))">
					<listOfParameters>
						<parameter name="Vmax_1265" value="1147.853195767272"/>
						<parameter name="Kpep_1265" value="0.14"/>
						<parameter name="Kadp_1265" value="0.53"/>
						<parameter name="Keq_1265" value="6500"/>
						<parameter name="Kpyr_1265" value="21"/>
						<parameter name="Katp_1265" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_67" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_67" stoichiometry="1"/>
					<specieReference specie="CO2_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1266)*(((PYR_67)/(Kpyr_1266))^(nH_1266)))/(1                   +((PYR_67)/(Kpyr_1266))^(nH_1266))">
					<listOfParameters>
						<parameter name="Vmax_1266" value="1073.93980595082"/>
						<parameter name="Kpyr_1266" value="4.33"/>
						<parameter name="nH_1266" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_67" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_67" stoichiometry="1"/>
					<specieReference specie="EtOH_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_67" stoichiometry="1"/>
					<specieReference specie="AcAld_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1267)*(((EtOH_67)*(NAD_67))/((Ketoh_1267)*(Kinad_1267))-((AcAld_67)*(NADH_67))/(((Ketoh_1267)*(Kinad_1267))*(Keq_1267))))/(1                   +(NAD_67)/(Kinad_1267)+((EtOH_67)*(Knad_1267))/((Kinad_1267)*(Ketoh_1267))+((AcAld_67)*(Knadh_1267))/((Kinadh_1267)*(Kacald_1267))+(NADH_67)/(Kinadh_1267)+((EtOH_67)*(NAD_67))/((Kinad_1267)*(Ketoh_1267))+(((NAD_67)*(AcAld_67))*(Knadh_1267))/(((Kinad_1267)*(Kinadh_1267))*(Kacald_1267))+(((EtOH_67)*(NADH_67))*(Knad_1267))/(((Kinad_1267)*(Kinadh_1267))*(Ketoh_1267))+((AcAld_67)*(NADH_67))/((Kacald_1267)*(Kinadh_1267))+(((EtOH_67)*(NAD_67))*(AcAld_67))/(((Kinad_1267)*(Kiacald_1267))*(Ketoh_1267))+(((EtOH_67)*(AcAld_67))*(NADH_67))/(((Kietoh_1267)*(Kinadh_1267))*(Kacald_1267)))">
					<listOfParameters>
						<parameter name="Vmax_1267" value="140.4340170745039"/>
						<parameter name="Ketoh_1267" value="17"/>
						<parameter name="Kinad_1267" value="0.92"/>
						<parameter name="Keq_1267" value="6.9e-005"/>
						<parameter name="Knad_1267" value="0.17"/>
						<parameter name="Knadh_1267" value="0.11"/>
						<parameter name="Kinadh_1267" value="0.031"/>
						<parameter name="Kacald_1267" value="1.11"/>
						<parameter name="Kiacald_1267" value="1.1"/>
						<parameter name="Kietoh_1267" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_67" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1268)*(ATP_67)">
					<listOfParameters>
						<parameter name="Katpase_1268" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_67" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_67" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_67" stoichiometry="1"/>
					<specieReference specie="AMP_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1269*ADP_67*ADP_67-k2_1269*ATP_67*AMP_67">
					<listOfParameters>
						<parameter name="k1_1269" value="45"/>
						<parameter name="k2_1269" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_67" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_67" stoichiometry="1"/>
					<specieReference specie="NADH_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_67" stoichiometry="1"/>
					<specieReference specie="Glycerol_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1270)*(((DHAP_67)/(Kdhap_1270))*((NADH_67)/(Knadh_1270))-(((Glycerol_67)/(Kdhap_1270))*((NAD_67)/(Knadh_1270)))*((1                   )/(Keq_1270))))/((1                   +(DHAP_67)/(Kdhap_1270)+(Glycerol_67)/(Kglycerol_1270))*(1                   +(NADH_67)/(Knadh_1270)+(NAD_67)/(Knad_1270)))">
					<listOfParameters>
						<parameter name="Vmax_1270" value="41.20760169853253"/>
						<parameter name="Kdhap_1270" value="0.4"/>
						<parameter name="Knadh_1270" value="0.023"/>
						<parameter name="Keq_1270" value="4300"/>
						<parameter name="Kglycerol_1270" value="1"/>
						<parameter name="Knad_1270" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_67" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_67" stoichiometry="1"/>
					<specieReference specie="G6P_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_67" stoichiometry="1"/>
					<specieReference specie="Glycogen_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1271">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1271" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_67" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_67" stoichiometry="1"/>
					<specieReference specie="G6P_67" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_67" stoichiometry="1"/>
					<specieReference specie="Trehalose_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1272">
					<listOfParameters>
						<parameter name="Ktrehalose_1272" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_67" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_67" stoichiometry="3"/>
					<specieReference specie="AcAld_67" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_67" stoichiometry="3"/>
					<specieReference specie="Succinate_67" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1273)*(AcAld_67)">
					<listOfParameters>
						<parameter name="k_1273" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_68" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1274)*(GLCo_68-GLCi_68))/(Kglc_1274))/(1                   +(GLCo_68+GLCi_68)/(Kglc_1274)+(((Ki_1274)*(GLCo_68))*(GLCi_68))/((Kglc_1274)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1274" value="99.56341746252882"/>
						<parameter name="Kglc_1274" value="1.1918"/>
						<parameter name="Ki_1274" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_68" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_68" stoichiometry="1"/>
					<specieReference specie="ATP_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_68" stoichiometry="1"/>
					<specieReference specie="ADP_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1275)*(((GLCi_68)*(ATP_68))/((Kglc_1275)*(Katp_1275))-((G6P_68)*(ADP_68))/(((Kglc_1275)*(Katp_1275))*(Keq_1275))))/((1                   +(GLCi_68)/(Kglc_1275)+(G6P_68)/(Kg6p_1275))*(1                   +(ATP_68)/(Katp_1275)+(ADP_68)/(Kadp_1275)))">
					<listOfParameters>
						<parameter name="Vmax_1275" value="180.7764921850767"/>
						<parameter name="Kglc_1275" value="0.08"/>
						<parameter name="Katp_1275" value="0.15"/>
						<parameter name="Keq_1275" value="2000"/>
						<parameter name="Kg6p_1275" value="30"/>
						<parameter name="Kadp_1275" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_68" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1276)*((G6P_68)/(Kg6p_1276)-(F6P_68)/((Kg6p_1276)*(Keq_1276))))/(1                   +(G6P_68)/(Kg6p_1276)+(F6P_68)/(Kf6p_1276))">
					<listOfParameters>
						<parameter name="Vmax_1276" value="897.6016361344007"/>
						<parameter name="Kg6p_1276" value="1.4"/>
						<parameter name="Keq_1276" value="0.29"/>
						<parameter name="Kf6p_1276" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_68" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_68" stoichiometry="1"/>
					<specieReference specie="F6P_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_68" stoichiometry="1"/>
					<specieReference specie="F16bP_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1277)*(((((gR_1277)*((F6P_68)/(Kf6p_1277)))*((ATP_68)/(Katp_1277)))*(1                   +(F6P_68)/(Kf6p_1277)+(ATP_68)/(Katp_1277)+((((gR_1277)*(F6P_68))/(Kf6p_1277))*(ATP_68))/(Katp_1277)))/((1                   +(F6P_68)/(Kf6p_1277)+(ATP_68)/(Katp_1277)+((((gR_1277)*(F6P_68))/(Kf6p_1277))*(ATP_68))/(Katp_1277))^(2                   )+((((L0_1277)*(((1                   +((Ciatp_1277)*(ATP_68))/(Kiatp_1277))/(1                   +(ATP_68)/(Kiatp_1277)))^(2                   )))*(((1                   +((Camp_1277)*(AMP_68))/(Kamp_1277))/(1                   +(AMP_68)/(Kamp_1277)))^(2                   )))*(((1                   +((Cf26_1277)*(F26bP_68))/(Kf26_1277)+((Cf16_1277)*(F16bP_68))/(Kf16_1277))/(1                   +(F26bP_68)/(Kf26_1277)+(F16bP_68)/(Kf16_1277)))^(2                   )))*((1                   +((Catp_1277)*(ATP_68))/(Katp_1277))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1277" value="135.1635510389959"/>
						<parameter name="gR_1277" value="5.12"/>
						<parameter name="Kf6p_1277" value="0.1"/>
						<parameter name="Katp_1277" value="0.71"/>
						<parameter name="L0_1277" value="0.66"/>
						<parameter name="Ciatp_1277" value="100"/>
						<parameter name="Kiatp_1277" value="0.65"/>
						<parameter name="Camp_1277" value="0.08450000000000001"/>
						<parameter name="Kamp_1277" value="0.09950000000000001"/>
						<parameter name="Cf26_1277" value="0.0174"/>
						<parameter name="Kf26_1277" value="0.000682"/>
						<parameter name="Cf16_1277" value="0.397"/>
						<parameter name="Kf16_1277" value="0.111"/>
						<parameter name="Catp_1277" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_68" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_68" stoichiometry="1"/>
					<specieReference specie="GAP_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1278)*((F16bP_68)/(Kf16bp_1278)-((DHAP_68)*(GAP_68))/((Kf16bp_1278)*(Keq_1278))))/(1                   +(F16bP_68)/(Kf16bp_1278)+(DHAP_68)/(Kdhap_1278)+(GAP_68)/(Kgap_1278)+((F16bP_68)*(GAP_68))/((Kf16bp_1278)*(Kigap_1278))+((DHAP_68)*(GAP_68))/((Kdhap_1278)*(Kgap_1278)))">
					<listOfParameters>
						<parameter name="Vmax_1278" value="111.830173541766"/>
						<parameter name="Kf16bp_1278" value="0.3"/>
						<parameter name="Keq_1278" value="0.06900000000000001"/>
						<parameter name="Kdhap_1278" value="2"/>
						<parameter name="Kgap_1278" value="2.4"/>
						<parameter name="Kigap_1278" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_68" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1279*DHAP_68-k2_1279*GAP_68">
					<listOfParameters>
						<parameter name="k1_1279" value="450000"/>
						<parameter name="k2_1279" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_68" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_68" stoichiometry="1"/>
					<specieReference specie="NAD_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_68" stoichiometry="1"/>
					<specieReference specie="NADH_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1280)*((((Vmaxf_1280)*(GAP_68))*(NAD_68))/((Kgap_1280)*(Knad_1280))-(((Vmaxr_1280)*(BPG_68))*(NADH_68))/((Kbpg_1280)*(Knadh_1280))))/((1                   +(GAP_68)/(Kgap_1280)+(BPG_68)/(Kbpg_1280))*(1                   +(NAD_68)/(Knad_1280)+(NADH_68)/(Knadh_1280)))">
					<listOfParameters>
						<parameter name="C_1280" value="1"/>
						<parameter name="Vmaxf_1280" value="1152"/>
						<parameter name="Kgap_1280" value="0.21"/>
						<parameter name="Knad_1280" value="0.09"/>
						<parameter name="Vmaxr_1280" value="8379.766958861854"/>
						<parameter name="Kbpg_1280" value="0.0098"/>
						<parameter name="Knadh_1280" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_68" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_68" stoichiometry="1"/>
					<specieReference specie="BPG_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_68" stoichiometry="1"/>
					<specieReference specie="P3G_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1281)*((((Keq_1281)*(BPG_68))*(ADP_68)-(P3G_68)*(ATP_68))/((Kp3g_1281)*(Katp_1281))))/((1                   +(BPG_68)/(Kbpg_1281)+(P3G_68)/(Kp3g_1281))*(1                   +(ADP_68)/(Kadp_1281)+(ATP_68)/(Katp_1281)))">
					<listOfParameters>
						<parameter name="Vmax_1281" value="766.2627916647526"/>
						<parameter name="Keq_1281" value="3200"/>
						<parameter name="Kp3g_1281" value="0.53"/>
						<parameter name="Katp_1281" value="0.3"/>
						<parameter name="Kbpg_1281" value="0.003"/>
						<parameter name="Kadp_1281" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_68" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1282)*((P3G_68)/(Kp3g_1282)-(P2G_68)/((Kp3g_1282)*(Keq_1282))))/(1                   +(P3G_68)/(Kp3g_1282)+(P2G_68)/(Kp2g_1282))">
					<listOfParameters>
						<parameter name="Vmax_1282" value="3224.873597522222"/>
						<parameter name="Kp3g_1282" value="1.2"/>
						<parameter name="Keq_1282" value="0.19"/>
						<parameter name="Kp2g_1282" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_68" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1283)*((P2G_68)/(Kp2g_1283)-(PEP_68)/((Kp2g_1283)*(Keq_1283))))/(1                   +(P2G_68)/(Kp2g_1283)+(PEP_68)/(Kpep_1283))">
					<listOfParameters>
						<parameter name="Vmax_1283" value="165.9742652400747"/>
						<parameter name="Kp2g_1283" value="0.04"/>
						<parameter name="Keq_1283" value="6.7"/>
						<parameter name="Kpep_1283" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_68" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_68" stoichiometry="1"/>
					<specieReference specie="PEP_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_68" stoichiometry="1"/>
					<specieReference specie="PYR_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1284)*(((PEP_68)*(ADP_68))/((Kpep_1284)*(Kadp_1284))-((PYR_68)*(ATP_68))/(((Kpep_1284)*(Kadp_1284))*(Keq_1284))))/((1                   +(PEP_68)/(Kpep_1284)+(PYR_68)/(Kpyr_1284))*(1                   +(ADP_68)/(Kadp_1284)+(ATP_68)/(Katp_1284)))">
					<listOfParameters>
						<parameter name="Vmax_1284" value="673.6160537922331"/>
						<parameter name="Kpep_1284" value="0.14"/>
						<parameter name="Kadp_1284" value="0.53"/>
						<parameter name="Keq_1284" value="6500"/>
						<parameter name="Kpyr_1284" value="21"/>
						<parameter name="Katp_1284" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_68" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_68" stoichiometry="1"/>
					<specieReference specie="CO2_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1285)*(((PYR_68)/(Kpyr_1285))^(nH_1285)))/(1                   +((PYR_68)/(Kpyr_1285))^(nH_1285))">
					<listOfParameters>
						<parameter name="Vmax_1285" value="1174.810807074256"/>
						<parameter name="Kpyr_1285" value="4.33"/>
						<parameter name="nH_1285" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_68" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_68" stoichiometry="1"/>
					<specieReference specie="EtOH_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_68" stoichiometry="1"/>
					<specieReference specie="AcAld_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1286)*(((EtOH_68)*(NAD_68))/((Ketoh_1286)*(Kinad_1286))-((AcAld_68)*(NADH_68))/(((Ketoh_1286)*(Kinad_1286))*(Keq_1286))))/(1                   +(NAD_68)/(Kinad_1286)+((EtOH_68)*(Knad_1286))/((Kinad_1286)*(Ketoh_1286))+((AcAld_68)*(Knadh_1286))/((Kinadh_1286)*(Kacald_1286))+(NADH_68)/(Kinadh_1286)+((EtOH_68)*(NAD_68))/((Kinad_1286)*(Ketoh_1286))+(((NAD_68)*(AcAld_68))*(Knadh_1286))/(((Kinad_1286)*(Kinadh_1286))*(Kacald_1286))+(((EtOH_68)*(NADH_68))*(Knad_1286))/(((Kinad_1286)*(Kinadh_1286))*(Ketoh_1286))+((AcAld_68)*(NADH_68))/((Kacald_1286)*(Kinadh_1286))+(((EtOH_68)*(NAD_68))*(AcAld_68))/(((Kinad_1286)*(Kiacald_1286))*(Ketoh_1286))+(((EtOH_68)*(AcAld_68))*(NADH_68))/(((Kietoh_1286)*(Kinadh_1286))*(Kacald_1286)))">
					<listOfParameters>
						<parameter name="Vmax_1286" value="263.7241466762996"/>
						<parameter name="Ketoh_1286" value="17"/>
						<parameter name="Kinad_1286" value="0.92"/>
						<parameter name="Keq_1286" value="6.9e-005"/>
						<parameter name="Knad_1286" value="0.17"/>
						<parameter name="Knadh_1286" value="0.11"/>
						<parameter name="Kinadh_1286" value="0.031"/>
						<parameter name="Kacald_1286" value="1.11"/>
						<parameter name="Kiacald_1286" value="1.1"/>
						<parameter name="Kietoh_1286" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_68" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1287)*(ATP_68)">
					<listOfParameters>
						<parameter name="Katpase_1287" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_68" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_68" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_68" stoichiometry="1"/>
					<specieReference specie="AMP_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1288*ADP_68*ADP_68-k2_1288*ATP_68*AMP_68">
					<listOfParameters>
						<parameter name="k1_1288" value="45"/>
						<parameter name="k2_1288" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_68" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_68" stoichiometry="1"/>
					<specieReference specie="NADH_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_68" stoichiometry="1"/>
					<specieReference specie="Glycerol_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1289)*(((DHAP_68)/(Kdhap_1289))*((NADH_68)/(Knadh_1289))-(((Glycerol_68)/(Kdhap_1289))*((NAD_68)/(Knadh_1289)))*((1                   )/(Keq_1289))))/((1                   +(DHAP_68)/(Kdhap_1289)+(Glycerol_68)/(Kglycerol_1289))*(1                   +(NADH_68)/(Knadh_1289)+(NAD_68)/(Knad_1289)))">
					<listOfParameters>
						<parameter name="Vmax_1289" value="46.47722902367463"/>
						<parameter name="Kdhap_1289" value="0.4"/>
						<parameter name="Knadh_1289" value="0.023"/>
						<parameter name="Keq_1289" value="4300"/>
						<parameter name="Kglycerol_1289" value="1"/>
						<parameter name="Knad_1289" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_68" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_68" stoichiometry="1"/>
					<specieReference specie="G6P_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_68" stoichiometry="1"/>
					<specieReference specie="Glycogen_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1290">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1290" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_68" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_68" stoichiometry="1"/>
					<specieReference specie="G6P_68" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_68" stoichiometry="1"/>
					<specieReference specie="Trehalose_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1291">
					<listOfParameters>
						<parameter name="Ktrehalose_1291" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_68" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_68" stoichiometry="3"/>
					<specieReference specie="AcAld_68" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_68" stoichiometry="3"/>
					<specieReference specie="Succinate_68" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1292)*(AcAld_68)">
					<listOfParameters>
						<parameter name="k_1292" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_69" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1293)*(GLCo_69-GLCi_69))/(Kglc_1293))/(1                   +(GLCo_69+GLCi_69)/(Kglc_1293)+(((Ki_1293)*(GLCo_69))*(GLCi_69))/((Kglc_1293)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1293" value="72.53272332187893"/>
						<parameter name="Kglc_1293" value="1.1918"/>
						<parameter name="Ki_1293" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_69" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_69" stoichiometry="1"/>
					<specieReference specie="ATP_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_69" stoichiometry="1"/>
					<specieReference specie="ADP_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1294)*(((GLCi_69)*(ATP_69))/((Kglc_1294)*(Katp_1294))-((G6P_69)*(ADP_69))/(((Kglc_1294)*(Katp_1294))*(Keq_1294))))/((1                   +(GLCi_69)/(Kglc_1294)+(G6P_69)/(Kg6p_1294))*(1                   +(ATP_69)/(Katp_1294)+(ADP_69)/(Kadp_1294)))">
					<listOfParameters>
						<parameter name="Vmax_1294" value="326.4284408212216"/>
						<parameter name="Kglc_1294" value="0.08"/>
						<parameter name="Katp_1294" value="0.15"/>
						<parameter name="Keq_1294" value="2000"/>
						<parameter name="Kg6p_1294" value="30"/>
						<parameter name="Kadp_1294" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_69" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1295)*((G6P_69)/(Kg6p_1295)-(F6P_69)/((Kg6p_1295)*(Keq_1295))))/(1                   +(G6P_69)/(Kg6p_1295)+(F6P_69)/(Kf6p_1295))">
					<listOfParameters>
						<parameter name="Vmax_1295" value="1462.601630063617"/>
						<parameter name="Kg6p_1295" value="1.4"/>
						<parameter name="Keq_1295" value="0.29"/>
						<parameter name="Kf6p_1295" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_69" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_69" stoichiometry="1"/>
					<specieReference specie="F6P_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_69" stoichiometry="1"/>
					<specieReference specie="F16bP_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1296)*(((((gR_1296)*((F6P_69)/(Kf6p_1296)))*((ATP_69)/(Katp_1296)))*(1                   +(F6P_69)/(Kf6p_1296)+(ATP_69)/(Katp_1296)+((((gR_1296)*(F6P_69))/(Kf6p_1296))*(ATP_69))/(Katp_1296)))/((1                   +(F6P_69)/(Kf6p_1296)+(ATP_69)/(Katp_1296)+((((gR_1296)*(F6P_69))/(Kf6p_1296))*(ATP_69))/(Katp_1296))^(2                   )+((((L0_1296)*(((1                   +((Ciatp_1296)*(ATP_69))/(Kiatp_1296))/(1                   +(ATP_69)/(Kiatp_1296)))^(2                   )))*(((1                   +((Camp_1296)*(AMP_69))/(Kamp_1296))/(1                   +(AMP_69)/(Kamp_1296)))^(2                   )))*(((1                   +((Cf26_1296)*(F26bP_69))/(Kf26_1296)+((Cf16_1296)*(F16bP_69))/(Kf16_1296))/(1                   +(F26bP_69)/(Kf26_1296)+(F16bP_69)/(Kf16_1296)))^(2                   )))*((1                   +((Catp_1296)*(ATP_69))/(Katp_1296))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1296" value="126.5045181234756"/>
						<parameter name="gR_1296" value="5.12"/>
						<parameter name="Kf6p_1296" value="0.1"/>
						<parameter name="Katp_1296" value="0.71"/>
						<parameter name="L0_1296" value="0.66"/>
						<parameter name="Ciatp_1296" value="100"/>
						<parameter name="Kiatp_1296" value="0.65"/>
						<parameter name="Camp_1296" value="0.08450000000000001"/>
						<parameter name="Kamp_1296" value="0.09950000000000001"/>
						<parameter name="Cf26_1296" value="0.0174"/>
						<parameter name="Kf26_1296" value="0.000682"/>
						<parameter name="Cf16_1296" value="0.397"/>
						<parameter name="Kf16_1296" value="0.111"/>
						<parameter name="Catp_1296" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_69" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_69" stoichiometry="1"/>
					<specieReference specie="GAP_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1297)*((F16bP_69)/(Kf16bp_1297)-((DHAP_69)*(GAP_69))/((Kf16bp_1297)*(Keq_1297))))/(1                   +(F16bP_69)/(Kf16bp_1297)+(DHAP_69)/(Kdhap_1297)+(GAP_69)/(Kgap_1297)+((F16bP_69)*(GAP_69))/((Kf16bp_1297)*(Kigap_1297))+((DHAP_69)*(GAP_69))/((Kdhap_1297)*(Kgap_1297)))">
					<listOfParameters>
						<parameter name="Vmax_1297" value="82.11289102164244"/>
						<parameter name="Kf16bp_1297" value="0.3"/>
						<parameter name="Keq_1297" value="0.06900000000000001"/>
						<parameter name="Kdhap_1297" value="2"/>
						<parameter name="Kgap_1297" value="2.4"/>
						<parameter name="Kigap_1297" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_69" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1298*DHAP_69-k2_1298*GAP_69">
					<listOfParameters>
						<parameter name="k1_1298" value="450000"/>
						<parameter name="k2_1298" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_69" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_69" stoichiometry="1"/>
					<specieReference specie="NAD_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_69" stoichiometry="1"/>
					<specieReference specie="NADH_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1299)*((((Vmaxf_1299)*(GAP_69))*(NAD_69))/((Kgap_1299)*(Knad_1299))-(((Vmaxr_1299)*(BPG_69))*(NADH_69))/((Kbpg_1299)*(Knadh_1299))))/((1                   +(GAP_69)/(Kgap_1299)+(BPG_69)/(Kbpg_1299))*(1                   +(NAD_69)/(Knad_1299)+(NADH_69)/(Knadh_1299)))">
					<listOfParameters>
						<parameter name="C_1299" value="1"/>
						<parameter name="Vmaxf_1299" value="1152"/>
						<parameter name="Kgap_1299" value="0.21"/>
						<parameter name="Knad_1299" value="0.09"/>
						<parameter name="Vmaxr_1299" value="7588.764686348308"/>
						<parameter name="Kbpg_1299" value="0.0098"/>
						<parameter name="Knadh_1299" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_69" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_69" stoichiometry="1"/>
					<specieReference specie="BPG_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_69" stoichiometry="1"/>
					<specieReference specie="P3G_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1300)*((((Keq_1300)*(BPG_69))*(ADP_69)-(P3G_69)*(ATP_69))/((Kp3g_1300)*(Katp_1300))))/((1                   +(BPG_69)/(Kbpg_1300)+(P3G_69)/(Kp3g_1300))*(1                   +(ADP_69)/(Kadp_1300)+(ATP_69)/(Katp_1300)))">
					<listOfParameters>
						<parameter name="Vmax_1300" value="1741.000676546303"/>
						<parameter name="Keq_1300" value="3200"/>
						<parameter name="Kp3g_1300" value="0.53"/>
						<parameter name="Katp_1300" value="0.3"/>
						<parameter name="Kbpg_1300" value="0.003"/>
						<parameter name="Kadp_1300" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_69" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1301)*((P3G_69)/(Kp3g_1301)-(P2G_69)/((Kp3g_1301)*(Keq_1301))))/(1                   +(P3G_69)/(Kp3g_1301)+(P2G_69)/(Kp2g_1301))">
					<listOfParameters>
						<parameter name="Vmax_1301" value="3096.395275840901"/>
						<parameter name="Kp3g_1301" value="1.2"/>
						<parameter name="Keq_1301" value="0.19"/>
						<parameter name="Kp2g_1301" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_69" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1302)*((P2G_69)/(Kp2g_1302)-(PEP_69)/((Kp2g_1302)*(Keq_1302))))/(1                   +(P2G_69)/(Kp2g_1302)+(PEP_69)/(Kpep_1302))">
					<listOfParameters>
						<parameter name="Vmax_1302" value="146.0850993864636"/>
						<parameter name="Kp2g_1302" value="0.04"/>
						<parameter name="Keq_1302" value="6.7"/>
						<parameter name="Kpep_1302" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_69" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_69" stoichiometry="1"/>
					<specieReference specie="PEP_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_69" stoichiometry="1"/>
					<specieReference specie="PYR_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1303)*(((PEP_69)*(ADP_69))/((Kpep_1303)*(Kadp_1303))-((PYR_69)*(ATP_69))/(((Kpep_1303)*(Kadp_1303))*(Keq_1303))))/((1                   +(PEP_69)/(Kpep_1303)+(PYR_69)/(Kpyr_1303))*(1                   +(ADP_69)/(Kadp_1303)+(ATP_69)/(Katp_1303)))">
					<listOfParameters>
						<parameter name="Vmax_1303" value="1095.893302337728"/>
						<parameter name="Kpep_1303" value="0.14"/>
						<parameter name="Kadp_1303" value="0.53"/>
						<parameter name="Keq_1303" value="6500"/>
						<parameter name="Kpyr_1303" value="21"/>
						<parameter name="Katp_1303" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_69" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_69" stoichiometry="1"/>
					<specieReference specie="CO2_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1304)*(((PYR_69)/(Kpyr_1304))^(nH_1304)))/(1                   +((PYR_69)/(Kpyr_1304))^(nH_1304))">
					<listOfParameters>
						<parameter name="Vmax_1304" value="792.1933846445622"/>
						<parameter name="Kpyr_1304" value="4.33"/>
						<parameter name="nH_1304" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_69" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_69" stoichiometry="1"/>
					<specieReference specie="EtOH_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_69" stoichiometry="1"/>
					<specieReference specie="AcAld_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1305)*(((EtOH_69)*(NAD_69))/((Ketoh_1305)*(Kinad_1305))-((AcAld_69)*(NADH_69))/(((Ketoh_1305)*(Kinad_1305))*(Keq_1305))))/(1                   +(NAD_69)/(Kinad_1305)+((EtOH_69)*(Knad_1305))/((Kinad_1305)*(Ketoh_1305))+((AcAld_69)*(Knadh_1305))/((Kinadh_1305)*(Kacald_1305))+(NADH_69)/(Kinadh_1305)+((EtOH_69)*(NAD_69))/((Kinad_1305)*(Ketoh_1305))+(((NAD_69)*(AcAld_69))*(Knadh_1305))/(((Kinad_1305)*(Kinadh_1305))*(Kacald_1305))+(((EtOH_69)*(NADH_69))*(Knad_1305))/(((Kinad_1305)*(Kinadh_1305))*(Ketoh_1305))+((AcAld_69)*(NADH_69))/((Kacald_1305)*(Kinadh_1305))+(((EtOH_69)*(NAD_69))*(AcAld_69))/(((Kinad_1305)*(Kiacald_1305))*(Ketoh_1305))+(((EtOH_69)*(AcAld_69))*(NADH_69))/(((Kietoh_1305)*(Kinadh_1305))*(Kacald_1305)))">
					<listOfParameters>
						<parameter name="Vmax_1305" value="137.6970605952943"/>
						<parameter name="Ketoh_1305" value="17"/>
						<parameter name="Kinad_1305" value="0.92"/>
						<parameter name="Keq_1305" value="6.9e-005"/>
						<parameter name="Knad_1305" value="0.17"/>
						<parameter name="Knadh_1305" value="0.11"/>
						<parameter name="Kinadh_1305" value="0.031"/>
						<parameter name="Kacald_1305" value="1.11"/>
						<parameter name="Kiacald_1305" value="1.1"/>
						<parameter name="Kietoh_1305" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_69" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1306)*(ATP_69)">
					<listOfParameters>
						<parameter name="Katpase_1306" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_69" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_69" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_69" stoichiometry="1"/>
					<specieReference specie="AMP_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1307*ADP_69*ADP_69-k2_1307*ATP_69*AMP_69">
					<listOfParameters>
						<parameter name="k1_1307" value="45"/>
						<parameter name="k2_1307" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_69" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_69" stoichiometry="1"/>
					<specieReference specie="NADH_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_69" stoichiometry="1"/>
					<specieReference specie="Glycerol_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1308)*(((DHAP_69)/(Kdhap_1308))*((NADH_69)/(Knadh_1308))-(((Glycerol_69)/(Kdhap_1308))*((NAD_69)/(Knadh_1308)))*((1                   )/(Keq_1308))))/((1                   +(DHAP_69)/(Kdhap_1308)+(Glycerol_69)/(Kglycerol_1308))*(1                   +(NADH_69)/(Knadh_1308)+(NAD_69)/(Knad_1308)))">
					<listOfParameters>
						<parameter name="Vmax_1308" value="25.20141133582142"/>
						<parameter name="Kdhap_1308" value="0.4"/>
						<parameter name="Knadh_1308" value="0.023"/>
						<parameter name="Keq_1308" value="4300"/>
						<parameter name="Kglycerol_1308" value="1"/>
						<parameter name="Knad_1308" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_69" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_69" stoichiometry="1"/>
					<specieReference specie="G6P_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_69" stoichiometry="1"/>
					<specieReference specie="Glycogen_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1309">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1309" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_69" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_69" stoichiometry="1"/>
					<specieReference specie="G6P_69" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_69" stoichiometry="1"/>
					<specieReference specie="Trehalose_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1310">
					<listOfParameters>
						<parameter name="Ktrehalose_1310" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_69" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_69" stoichiometry="3"/>
					<specieReference specie="AcAld_69" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_69" stoichiometry="3"/>
					<specieReference specie="Succinate_69" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1311)*(AcAld_69)">
					<listOfParameters>
						<parameter name="k_1311" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_70" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1312)*(GLCo_70-GLCi_70))/(Kglc_1312))/(1                   +(GLCo_70+GLCi_70)/(Kglc_1312)+(((Ki_1312)*(GLCo_70))*(GLCi_70))/((Kglc_1312)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1312" value="87.39504321254786"/>
						<parameter name="Kglc_1312" value="1.1918"/>
						<parameter name="Ki_1312" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_70" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_70" stoichiometry="1"/>
					<specieReference specie="ATP_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_70" stoichiometry="1"/>
					<specieReference specie="ADP_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1313)*(((GLCi_70)*(ATP_70))/((Kglc_1313)*(Katp_1313))-((G6P_70)*(ADP_70))/(((Kglc_1313)*(Katp_1313))*(Keq_1313))))/((1                   +(GLCi_70)/(Kglc_1313)+(G6P_70)/(Kg6p_1313))*(1                   +(ATP_70)/(Katp_1313)+(ADP_70)/(Kadp_1313)))">
					<listOfParameters>
						<parameter name="Vmax_1313" value="249.9706072972872"/>
						<parameter name="Kglc_1313" value="0.08"/>
						<parameter name="Katp_1313" value="0.15"/>
						<parameter name="Keq_1313" value="2000"/>
						<parameter name="Kg6p_1313" value="30"/>
						<parameter name="Kadp_1313" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_70" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1314)*((G6P_70)/(Kg6p_1314)-(F6P_70)/((Kg6p_1314)*(Keq_1314))))/(1                   +(G6P_70)/(Kg6p_1314)+(F6P_70)/(Kf6p_1314))">
					<listOfParameters>
						<parameter name="Vmax_1314" value="1127.810751702185"/>
						<parameter name="Kg6p_1314" value="1.4"/>
						<parameter name="Keq_1314" value="0.29"/>
						<parameter name="Kf6p_1314" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_70" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_70" stoichiometry="1"/>
					<specieReference specie="F6P_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_70" stoichiometry="1"/>
					<specieReference specie="F16bP_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1315)*(((((gR_1315)*((F6P_70)/(Kf6p_1315)))*((ATP_70)/(Katp_1315)))*(1                   +(F6P_70)/(Kf6p_1315)+(ATP_70)/(Katp_1315)+((((gR_1315)*(F6P_70))/(Kf6p_1315))*(ATP_70))/(Katp_1315)))/((1                   +(F6P_70)/(Kf6p_1315)+(ATP_70)/(Katp_1315)+((((gR_1315)*(F6P_70))/(Kf6p_1315))*(ATP_70))/(Katp_1315))^(2                   )+((((L0_1315)*(((1                   +((Ciatp_1315)*(ATP_70))/(Kiatp_1315))/(1                   +(ATP_70)/(Kiatp_1315)))^(2                   )))*(((1                   +((Camp_1315)*(AMP_70))/(Kamp_1315))/(1                   +(AMP_70)/(Kamp_1315)))^(2                   )))*(((1                   +((Cf26_1315)*(F26bP_70))/(Kf26_1315)+((Cf16_1315)*(F16bP_70))/(Kf16_1315))/(1                   +(F26bP_70)/(Kf26_1315)+(F16bP_70)/(Kf16_1315)))^(2                   )))*((1                   +((Catp_1315)*(ATP_70))/(Katp_1315))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1315" value="104.7751519651218"/>
						<parameter name="gR_1315" value="5.12"/>
						<parameter name="Kf6p_1315" value="0.1"/>
						<parameter name="Katp_1315" value="0.71"/>
						<parameter name="L0_1315" value="0.66"/>
						<parameter name="Ciatp_1315" value="100"/>
						<parameter name="Kiatp_1315" value="0.65"/>
						<parameter name="Camp_1315" value="0.08450000000000001"/>
						<parameter name="Kamp_1315" value="0.09950000000000001"/>
						<parameter name="Cf26_1315" value="0.0174"/>
						<parameter name="Kf26_1315" value="0.000682"/>
						<parameter name="Cf16_1315" value="0.397"/>
						<parameter name="Kf16_1315" value="0.111"/>
						<parameter name="Catp_1315" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_70" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_70" stoichiometry="1"/>
					<specieReference specie="GAP_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1316)*((F16bP_70)/(Kf16bp_1316)-((DHAP_70)*(GAP_70))/((Kf16bp_1316)*(Keq_1316))))/(1                   +(F16bP_70)/(Kf16bp_1316)+(DHAP_70)/(Kdhap_1316)+(GAP_70)/(Kgap_1316)+((F16bP_70)*(GAP_70))/((Kf16bp_1316)*(Kigap_1316))+((DHAP_70)*(GAP_70))/((Kdhap_1316)*(Kgap_1316)))">
					<listOfParameters>
						<parameter name="Vmax_1316" value="126.6689433599638"/>
						<parameter name="Kf16bp_1316" value="0.3"/>
						<parameter name="Keq_1316" value="0.06900000000000001"/>
						<parameter name="Kdhap_1316" value="2"/>
						<parameter name="Kgap_1316" value="2.4"/>
						<parameter name="Kigap_1316" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_70" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1317*DHAP_70-k2_1317*GAP_70">
					<listOfParameters>
						<parameter name="k1_1317" value="450000"/>
						<parameter name="k2_1317" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_70" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_70" stoichiometry="1"/>
					<specieReference specie="NAD_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_70" stoichiometry="1"/>
					<specieReference specie="NADH_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1318)*((((Vmaxf_1318)*(GAP_70))*(NAD_70))/((Kgap_1318)*(Knad_1318))-(((Vmaxr_1318)*(BPG_70))*(NADH_70))/((Kbpg_1318)*(Knadh_1318))))/((1                   +(GAP_70)/(Kgap_1318)+(BPG_70)/(Kbpg_1318))*(1                   +(NAD_70)/(Knad_1318)+(NADH_70)/(Knadh_1318)))">
					<listOfParameters>
						<parameter name="C_1318" value="1"/>
						<parameter name="Vmaxf_1318" value="1152"/>
						<parameter name="Kgap_1318" value="0.21"/>
						<parameter name="Knad_1318" value="0.09"/>
						<parameter name="Vmaxr_1318" value="5843.599877979826"/>
						<parameter name="Kbpg_1318" value="0.0098"/>
						<parameter name="Knadh_1318" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_70" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_70" stoichiometry="1"/>
					<specieReference specie="BPG_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_70" stoichiometry="1"/>
					<specieReference specie="P3G_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1319)*((((Keq_1319)*(BPG_70))*(ADP_70)-(P3G_70)*(ATP_70))/((Kp3g_1319)*(Katp_1319))))/((1                   +(BPG_70)/(Kbpg_1319)+(P3G_70)/(Kp3g_1319))*(1                   +(ADP_70)/(Kadp_1319)+(ATP_70)/(Katp_1319)))">
					<listOfParameters>
						<parameter name="Vmax_1319" value="1163.171701173313"/>
						<parameter name="Keq_1319" value="3200"/>
						<parameter name="Kp3g_1319" value="0.53"/>
						<parameter name="Katp_1319" value="0.3"/>
						<parameter name="Kbpg_1319" value="0.003"/>
						<parameter name="Kadp_1319" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_70" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1320)*((P3G_70)/(Kp3g_1320)-(P2G_70)/((Kp3g_1320)*(Keq_1320))))/(1                   +(P3G_70)/(Kp3g_1320)+(P2G_70)/(Kp2g_1320))">
					<listOfParameters>
						<parameter name="Vmax_1320" value="3120.726878123412"/>
						<parameter name="Kp3g_1320" value="1.2"/>
						<parameter name="Keq_1320" value="0.19"/>
						<parameter name="Kp2g_1320" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_70" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1321)*((P2G_70)/(Kp2g_1321)-(PEP_70)/((Kp2g_1321)*(Keq_1321))))/(1                   +(P2G_70)/(Kp2g_1321)+(PEP_70)/(Kpep_1321))">
					<listOfParameters>
						<parameter name="Vmax_1321" value="258.0828841269756"/>
						<parameter name="Kp2g_1321" value="0.04"/>
						<parameter name="Keq_1321" value="6.7"/>
						<parameter name="Kpep_1321" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_70" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_70" stoichiometry="1"/>
					<specieReference specie="PEP_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_70" stoichiometry="1"/>
					<specieReference specie="PYR_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1322)*(((PEP_70)*(ADP_70))/((Kpep_1322)*(Kadp_1322))-((PYR_70)*(ATP_70))/(((Kpep_1322)*(Kadp_1322))*(Keq_1322))))/((1                   +(PEP_70)/(Kpep_1322)+(PYR_70)/(Kpyr_1322))*(1                   +(ADP_70)/(Kadp_1322)+(ATP_70)/(Katp_1322)))">
					<listOfParameters>
						<parameter name="Vmax_1322" value="738.546658367246"/>
						<parameter name="Kpep_1322" value="0.14"/>
						<parameter name="Kadp_1322" value="0.53"/>
						<parameter name="Keq_1322" value="6500"/>
						<parameter name="Kpyr_1322" value="21"/>
						<parameter name="Katp_1322" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_70" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_70" stoichiometry="1"/>
					<specieReference specie="CO2_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1323)*(((PYR_70)/(Kpyr_1323))^(nH_1323)))/(1                   +((PYR_70)/(Kpyr_1323))^(nH_1323))">
					<listOfParameters>
						<parameter name="Vmax_1323" value="1011.029025729599"/>
						<parameter name="Kpyr_1323" value="4.33"/>
						<parameter name="nH_1323" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_70" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_70" stoichiometry="1"/>
					<specieReference specie="EtOH_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_70" stoichiometry="1"/>
					<specieReference specie="AcAld_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1324)*(((EtOH_70)*(NAD_70))/((Ketoh_1324)*(Kinad_1324))-((AcAld_70)*(NADH_70))/(((Ketoh_1324)*(Kinad_1324))*(Keq_1324))))/(1                   +(NAD_70)/(Kinad_1324)+((EtOH_70)*(Knad_1324))/((Kinad_1324)*(Ketoh_1324))+((AcAld_70)*(Knadh_1324))/((Kinadh_1324)*(Kacald_1324))+(NADH_70)/(Kinadh_1324)+((EtOH_70)*(NAD_70))/((Kinad_1324)*(Ketoh_1324))+(((NAD_70)*(AcAld_70))*(Knadh_1324))/(((Kinad_1324)*(Kinadh_1324))*(Kacald_1324))+(((EtOH_70)*(NADH_70))*(Knad_1324))/(((Kinad_1324)*(Kinadh_1324))*(Ketoh_1324))+((AcAld_70)*(NADH_70))/((Kacald_1324)*(Kinadh_1324))+(((EtOH_70)*(NAD_70))*(AcAld_70))/(((Kinad_1324)*(Kiacald_1324))*(Ketoh_1324))+(((EtOH_70)*(AcAld_70))*(NADH_70))/(((Kietoh_1324)*(Kinadh_1324))*(Kacald_1324)))">
					<listOfParameters>
						<parameter name="Vmax_1324" value="223.186903985968"/>
						<parameter name="Ketoh_1324" value="17"/>
						<parameter name="Kinad_1324" value="0.92"/>
						<parameter name="Keq_1324" value="6.9e-005"/>
						<parameter name="Knad_1324" value="0.17"/>
						<parameter name="Knadh_1324" value="0.11"/>
						<parameter name="Kinadh_1324" value="0.031"/>
						<parameter name="Kacald_1324" value="1.11"/>
						<parameter name="Kiacald_1324" value="1.1"/>
						<parameter name="Kietoh_1324" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_70" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1325)*(ATP_70)">
					<listOfParameters>
						<parameter name="Katpase_1325" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_70" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_70" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_70" stoichiometry="1"/>
					<specieReference specie="AMP_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1326*ADP_70*ADP_70-k2_1326*ATP_70*AMP_70">
					<listOfParameters>
						<parameter name="k1_1326" value="45"/>
						<parameter name="k2_1326" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_70" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_70" stoichiometry="1"/>
					<specieReference specie="NADH_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_70" stoichiometry="1"/>
					<specieReference specie="Glycerol_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1327)*(((DHAP_70)/(Kdhap_1327))*((NADH_70)/(Knadh_1327))-(((Glycerol_70)/(Kdhap_1327))*((NAD_70)/(Knadh_1327)))*((1                   )/(Keq_1327))))/((1                   +(DHAP_70)/(Kdhap_1327)+(Glycerol_70)/(Kglycerol_1327))*(1                   +(NADH_70)/(Knadh_1327)+(NAD_70)/(Knad_1327)))">
					<listOfParameters>
						<parameter name="Vmax_1327" value="56.01927651711239"/>
						<parameter name="Kdhap_1327" value="0.4"/>
						<parameter name="Knadh_1327" value="0.023"/>
						<parameter name="Keq_1327" value="4300"/>
						<parameter name="Kglycerol_1327" value="1"/>
						<parameter name="Knad_1327" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_70" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_70" stoichiometry="1"/>
					<specieReference specie="G6P_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_70" stoichiometry="1"/>
					<specieReference specie="Glycogen_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1328">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1328" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_70" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_70" stoichiometry="1"/>
					<specieReference specie="G6P_70" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_70" stoichiometry="1"/>
					<specieReference specie="Trehalose_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1329">
					<listOfParameters>
						<parameter name="Ktrehalose_1329" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_70" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_70" stoichiometry="3"/>
					<specieReference specie="AcAld_70" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_70" stoichiometry="3"/>
					<specieReference specie="Succinate_70" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1330)*(AcAld_70)">
					<listOfParameters>
						<parameter name="k_1330" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_71" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1331)*(GLCo_71-GLCi_71))/(Kglc_1331))/(1                   +(GLCo_71+GLCi_71)/(Kglc_1331)+(((Ki_1331)*(GLCo_71))*(GLCi_71))/((Kglc_1331)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1331" value="82.30652559108727"/>
						<parameter name="Kglc_1331" value="1.1918"/>
						<parameter name="Ki_1331" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_71" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_71" stoichiometry="1"/>
					<specieReference specie="ATP_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_71" stoichiometry="1"/>
					<specieReference specie="ADP_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1332)*(((GLCi_71)*(ATP_71))/((Kglc_1332)*(Katp_1332))-((G6P_71)*(ADP_71))/(((Kglc_1332)*(Katp_1332))*(Keq_1332))))/((1                   +(GLCi_71)/(Kglc_1332)+(G6P_71)/(Kg6p_1332))*(1                   +(ATP_71)/(Katp_1332)+(ADP_71)/(Kadp_1332)))">
					<listOfParameters>
						<parameter name="Vmax_1332" value="245.0393675029721"/>
						<parameter name="Kglc_1332" value="0.08"/>
						<parameter name="Katp_1332" value="0.15"/>
						<parameter name="Keq_1332" value="2000"/>
						<parameter name="Kg6p_1332" value="30"/>
						<parameter name="Kadp_1332" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_71" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1333)*((G6P_71)/(Kg6p_1333)-(F6P_71)/((Kg6p_1333)*(Keq_1333))))/(1                   +(G6P_71)/(Kg6p_1333)+(F6P_71)/(Kf6p_1333))">
					<listOfParameters>
						<parameter name="Vmax_1333" value="1334.804501719263"/>
						<parameter name="Kg6p_1333" value="1.4"/>
						<parameter name="Keq_1333" value="0.29"/>
						<parameter name="Kf6p_1333" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_71" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_71" stoichiometry="1"/>
					<specieReference specie="F6P_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_71" stoichiometry="1"/>
					<specieReference specie="F16bP_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1334)*(((((gR_1334)*((F6P_71)/(Kf6p_1334)))*((ATP_71)/(Katp_1334)))*(1                   +(F6P_71)/(Kf6p_1334)+(ATP_71)/(Katp_1334)+((((gR_1334)*(F6P_71))/(Kf6p_1334))*(ATP_71))/(Katp_1334)))/((1                   +(F6P_71)/(Kf6p_1334)+(ATP_71)/(Katp_1334)+((((gR_1334)*(F6P_71))/(Kf6p_1334))*(ATP_71))/(Katp_1334))^(2                   )+((((L0_1334)*(((1                   +((Ciatp_1334)*(ATP_71))/(Kiatp_1334))/(1                   +(ATP_71)/(Kiatp_1334)))^(2                   )))*(((1                   +((Camp_1334)*(AMP_71))/(Kamp_1334))/(1                   +(AMP_71)/(Kamp_1334)))^(2                   )))*(((1                   +((Cf26_1334)*(F26bP_71))/(Kf26_1334)+((Cf16_1334)*(F16bP_71))/(Kf16_1334))/(1                   +(F26bP_71)/(Kf26_1334)+(F16bP_71)/(Kf16_1334)))^(2                   )))*((1                   +((Catp_1334)*(ATP_71))/(Katp_1334))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1334" value="133.8458478233418"/>
						<parameter name="gR_1334" value="5.12"/>
						<parameter name="Kf6p_1334" value="0.1"/>
						<parameter name="Katp_1334" value="0.71"/>
						<parameter name="L0_1334" value="0.66"/>
						<parameter name="Ciatp_1334" value="100"/>
						<parameter name="Kiatp_1334" value="0.65"/>
						<parameter name="Camp_1334" value="0.08450000000000001"/>
						<parameter name="Kamp_1334" value="0.09950000000000001"/>
						<parameter name="Cf26_1334" value="0.0174"/>
						<parameter name="Kf26_1334" value="0.000682"/>
						<parameter name="Cf16_1334" value="0.397"/>
						<parameter name="Kf16_1334" value="0.111"/>
						<parameter name="Catp_1334" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_71" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_71" stoichiometry="1"/>
					<specieReference specie="GAP_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1335)*((F16bP_71)/(Kf16bp_1335)-((DHAP_71)*(GAP_71))/((Kf16bp_1335)*(Keq_1335))))/(1                   +(F16bP_71)/(Kf16bp_1335)+(DHAP_71)/(Kdhap_1335)+(GAP_71)/(Kgap_1335)+((F16bP_71)*(GAP_71))/((Kf16bp_1335)*(Kigap_1335))+((DHAP_71)*(GAP_71))/((Kdhap_1335)*(Kgap_1335)))">
					<listOfParameters>
						<parameter name="Vmax_1335" value="99.58213482395621"/>
						<parameter name="Kf16bp_1335" value="0.3"/>
						<parameter name="Keq_1335" value="0.06900000000000001"/>
						<parameter name="Kdhap_1335" value="2"/>
						<parameter name="Kgap_1335" value="2.4"/>
						<parameter name="Kigap_1335" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_71" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1336*DHAP_71-k2_1336*GAP_71">
					<listOfParameters>
						<parameter name="k1_1336" value="450000"/>
						<parameter name="k2_1336" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_71" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_71" stoichiometry="1"/>
					<specieReference specie="NAD_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_71" stoichiometry="1"/>
					<specieReference specie="NADH_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1337)*((((Vmaxf_1337)*(GAP_71))*(NAD_71))/((Kgap_1337)*(Knad_1337))-(((Vmaxr_1337)*(BPG_71))*(NADH_71))/((Kbpg_1337)*(Knadh_1337))))/((1                   +(GAP_71)/(Kgap_1337)+(BPG_71)/(Kbpg_1337))*(1                   +(NAD_71)/(Knad_1337)+(NADH_71)/(Knadh_1337)))">
					<listOfParameters>
						<parameter name="C_1337" value="1"/>
						<parameter name="Vmaxf_1337" value="1152"/>
						<parameter name="Kgap_1337" value="0.21"/>
						<parameter name="Knad_1337" value="0.09"/>
						<parameter name="Vmaxr_1337" value="6480.374035558013"/>
						<parameter name="Kbpg_1337" value="0.0098"/>
						<parameter name="Knadh_1337" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_71" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_71" stoichiometry="1"/>
					<specieReference specie="BPG_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_71" stoichiometry="1"/>
					<specieReference specie="P3G_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1338)*((((Keq_1338)*(BPG_71))*(ADP_71)-(P3G_71)*(ATP_71))/((Kp3g_1338)*(Katp_1338))))/((1                   +(BPG_71)/(Kbpg_1338)+(P3G_71)/(Kp3g_1338))*(1                   +(ADP_71)/(Kadp_1338)+(ATP_71)/(Katp_1338)))">
					<listOfParameters>
						<parameter name="Vmax_1338" value="1232.127845700875"/>
						<parameter name="Keq_1338" value="3200"/>
						<parameter name="Kp3g_1338" value="0.53"/>
						<parameter name="Katp_1338" value="0.3"/>
						<parameter name="Kbpg_1338" value="0.003"/>
						<parameter name="Kadp_1338" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_71" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1339)*((P3G_71)/(Kp3g_1339)-(P2G_71)/((Kp3g_1339)*(Keq_1339))))/(1                   +(P3G_71)/(Kp3g_1339)+(P2G_71)/(Kp2g_1339))">
					<listOfParameters>
						<parameter name="Vmax_1339" value="2563.597175414684"/>
						<parameter name="Kp3g_1339" value="1.2"/>
						<parameter name="Keq_1339" value="0.19"/>
						<parameter name="Kp2g_1339" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_71" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1340)*((P2G_71)/(Kp2g_1340)-(PEP_71)/((Kp2g_1340)*(Keq_1340))))/(1                   +(P2G_71)/(Kp2g_1340)+(PEP_71)/(Kpep_1340))">
					<listOfParameters>
						<parameter name="Vmax_1340" value="139.1708854974462"/>
						<parameter name="Kp2g_1340" value="0.04"/>
						<parameter name="Keq_1340" value="6.7"/>
						<parameter name="Kpep_1340" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_71" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_71" stoichiometry="1"/>
					<specieReference specie="PEP_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_71" stoichiometry="1"/>
					<specieReference specie="PYR_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1341)*(((PEP_71)*(ADP_71))/((Kpep_1341)*(Kadp_1341))-((PYR_71)*(ATP_71))/(((Kpep_1341)*(Kadp_1341))*(Keq_1341))))/((1                   +(PEP_71)/(Kpep_1341)+(PYR_71)/(Kpyr_1341))*(1                   +(ADP_71)/(Kadp_1341)+(ATP_71)/(Katp_1341)))">
					<listOfParameters>
						<parameter name="Vmax_1341" value="956.6809066318401"/>
						<parameter name="Kpep_1341" value="0.14"/>
						<parameter name="Kadp_1341" value="0.53"/>
						<parameter name="Keq_1341" value="6500"/>
						<parameter name="Kpyr_1341" value="21"/>
						<parameter name="Katp_1341" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_71" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_71" stoichiometry="1"/>
					<specieReference specie="CO2_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1342)*(((PYR_71)/(Kpyr_1342))^(nH_1342)))/(1                   +((PYR_71)/(Kpyr_1342))^(nH_1342))">
					<listOfParameters>
						<parameter name="Vmax_1342" value="759.9122634781013"/>
						<parameter name="Kpyr_1342" value="4.33"/>
						<parameter name="nH_1342" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_71" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_71" stoichiometry="1"/>
					<specieReference specie="EtOH_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_71" stoichiometry="1"/>
					<specieReference specie="AcAld_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1343)*(((EtOH_71)*(NAD_71))/((Ketoh_1343)*(Kinad_1343))-((AcAld_71)*(NADH_71))/(((Ketoh_1343)*(Kinad_1343))*(Keq_1343))))/(1                   +(NAD_71)/(Kinad_1343)+((EtOH_71)*(Knad_1343))/((Kinad_1343)*(Ketoh_1343))+((AcAld_71)*(Knadh_1343))/((Kinadh_1343)*(Kacald_1343))+(NADH_71)/(Kinadh_1343)+((EtOH_71)*(NAD_71))/((Kinad_1343)*(Ketoh_1343))+(((NAD_71)*(AcAld_71))*(Knadh_1343))/(((Kinad_1343)*(Kinadh_1343))*(Kacald_1343))+(((EtOH_71)*(NADH_71))*(Knad_1343))/(((Kinad_1343)*(Kinadh_1343))*(Ketoh_1343))+((AcAld_71)*(NADH_71))/((Kacald_1343)*(Kinadh_1343))+(((EtOH_71)*(NAD_71))*(AcAld_71))/(((Kinad_1343)*(Kiacald_1343))*(Ketoh_1343))+(((EtOH_71)*(AcAld_71))*(NADH_71))/(((Kietoh_1343)*(Kinadh_1343))*(Kacald_1343)))">
					<listOfParameters>
						<parameter name="Vmax_1343" value="213.0476655261401"/>
						<parameter name="Ketoh_1343" value="17"/>
						<parameter name="Kinad_1343" value="0.92"/>
						<parameter name="Keq_1343" value="6.9e-005"/>
						<parameter name="Knad_1343" value="0.17"/>
						<parameter name="Knadh_1343" value="0.11"/>
						<parameter name="Kinadh_1343" value="0.031"/>
						<parameter name="Kacald_1343" value="1.11"/>
						<parameter name="Kiacald_1343" value="1.1"/>
						<parameter name="Kietoh_1343" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_71" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1344)*(ATP_71)">
					<listOfParameters>
						<parameter name="Katpase_1344" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_71" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_71" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_71" stoichiometry="1"/>
					<specieReference specie="AMP_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1345*ADP_71*ADP_71-k2_1345*ATP_71*AMP_71">
					<listOfParameters>
						<parameter name="k1_1345" value="45"/>
						<parameter name="k2_1345" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_71" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_71" stoichiometry="1"/>
					<specieReference specie="NADH_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_71" stoichiometry="1"/>
					<specieReference specie="Glycerol_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1346)*(((DHAP_71)/(Kdhap_1346))*((NADH_71)/(Knadh_1346))-(((Glycerol_71)/(Kdhap_1346))*((NAD_71)/(Knadh_1346)))*((1                   )/(Keq_1346))))/((1                   +(DHAP_71)/(Kdhap_1346)+(Glycerol_71)/(Kglycerol_1346))*(1                   +(NADH_71)/(Knadh_1346)+(NAD_71)/(Knad_1346)))">
					<listOfParameters>
						<parameter name="Vmax_1346" value="35.70693057757065"/>
						<parameter name="Kdhap_1346" value="0.4"/>
						<parameter name="Knadh_1346" value="0.023"/>
						<parameter name="Keq_1346" value="4300"/>
						<parameter name="Kglycerol_1346" value="1"/>
						<parameter name="Knad_1346" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_71" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_71" stoichiometry="1"/>
					<specieReference specie="G6P_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_71" stoichiometry="1"/>
					<specieReference specie="Glycogen_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1347">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1347" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_71" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_71" stoichiometry="1"/>
					<specieReference specie="G6P_71" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_71" stoichiometry="1"/>
					<specieReference specie="Trehalose_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1348">
					<listOfParameters>
						<parameter name="Ktrehalose_1348" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_71" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_71" stoichiometry="3"/>
					<specieReference specie="AcAld_71" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_71" stoichiometry="3"/>
					<specieReference specie="Succinate_71" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1349)*(AcAld_71)">
					<listOfParameters>
						<parameter name="k_1349" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_72" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1350)*(GLCo_72-GLCi_72))/(Kglc_1350))/(1                   +(GLCo_72+GLCi_72)/(Kglc_1350)+(((Ki_1350)*(GLCo_72))*(GLCi_72))/((Kglc_1350)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1350" value="105.5189037254914"/>
						<parameter name="Kglc_1350" value="1.1918"/>
						<parameter name="Ki_1350" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_72" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_72" stoichiometry="1"/>
					<specieReference specie="ATP_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_72" stoichiometry="1"/>
					<specieReference specie="ADP_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1351)*(((GLCi_72)*(ATP_72))/((Kglc_1351)*(Katp_1351))-((G6P_72)*(ADP_72))/(((Kglc_1351)*(Katp_1351))*(Keq_1351))))/((1                   +(GLCi_72)/(Kglc_1351)+(G6P_72)/(Kg6p_1351))*(1                   +(ATP_72)/(Katp_1351)+(ADP_72)/(Kadp_1351)))">
					<listOfParameters>
						<parameter name="Vmax_1351" value="238.5725107239726"/>
						<parameter name="Kglc_1351" value="0.08"/>
						<parameter name="Katp_1351" value="0.15"/>
						<parameter name="Keq_1351" value="2000"/>
						<parameter name="Kg6p_1351" value="30"/>
						<parameter name="Kadp_1351" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_72" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1352)*((G6P_72)/(Kg6p_1352)-(F6P_72)/((Kg6p_1352)*(Keq_1352))))/(1                   +(G6P_72)/(Kg6p_1352)+(F6P_72)/(Kf6p_1352))">
					<listOfParameters>
						<parameter name="Vmax_1352" value="1135.250036688927"/>
						<parameter name="Kg6p_1352" value="1.4"/>
						<parameter name="Keq_1352" value="0.29"/>
						<parameter name="Kf6p_1352" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_72" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_72" stoichiometry="1"/>
					<specieReference specie="F6P_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_72" stoichiometry="1"/>
					<specieReference specie="F16bP_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1353)*(((((gR_1353)*((F6P_72)/(Kf6p_1353)))*((ATP_72)/(Katp_1353)))*(1                   +(F6P_72)/(Kf6p_1353)+(ATP_72)/(Katp_1353)+((((gR_1353)*(F6P_72))/(Kf6p_1353))*(ATP_72))/(Katp_1353)))/((1                   +(F6P_72)/(Kf6p_1353)+(ATP_72)/(Katp_1353)+((((gR_1353)*(F6P_72))/(Kf6p_1353))*(ATP_72))/(Katp_1353))^(2                   )+((((L0_1353)*(((1                   +((Ciatp_1353)*(ATP_72))/(Kiatp_1353))/(1                   +(ATP_72)/(Kiatp_1353)))^(2                   )))*(((1                   +((Camp_1353)*(AMP_72))/(Kamp_1353))/(1                   +(AMP_72)/(Kamp_1353)))^(2                   )))*(((1                   +((Cf26_1353)*(F26bP_72))/(Kf26_1353)+((Cf16_1353)*(F16bP_72))/(Kf16_1353))/(1                   +(F26bP_72)/(Kf26_1353)+(F16bP_72)/(Kf16_1353)))^(2                   )))*((1                   +((Catp_1353)*(ATP_72))/(Katp_1353))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1353" value="121.8563778959084"/>
						<parameter name="gR_1353" value="5.12"/>
						<parameter name="Kf6p_1353" value="0.1"/>
						<parameter name="Katp_1353" value="0.71"/>
						<parameter name="L0_1353" value="0.66"/>
						<parameter name="Ciatp_1353" value="100"/>
						<parameter name="Kiatp_1353" value="0.65"/>
						<parameter name="Camp_1353" value="0.08450000000000001"/>
						<parameter name="Kamp_1353" value="0.09950000000000001"/>
						<parameter name="Cf26_1353" value="0.0174"/>
						<parameter name="Kf26_1353" value="0.000682"/>
						<parameter name="Cf16_1353" value="0.397"/>
						<parameter name="Kf16_1353" value="0.111"/>
						<parameter name="Catp_1353" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_72" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_72" stoichiometry="1"/>
					<specieReference specie="GAP_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1354)*((F16bP_72)/(Kf16bp_1354)-((DHAP_72)*(GAP_72))/((Kf16bp_1354)*(Keq_1354))))/(1                   +(F16bP_72)/(Kf16bp_1354)+(DHAP_72)/(Kdhap_1354)+(GAP_72)/(Kgap_1354)+((F16bP_72)*(GAP_72))/((Kf16bp_1354)*(Kigap_1354))+((DHAP_72)*(GAP_72))/((Kdhap_1354)*(Kgap_1354)))">
					<listOfParameters>
						<parameter name="Vmax_1354" value="85.65125042300795"/>
						<parameter name="Kf16bp_1354" value="0.3"/>
						<parameter name="Keq_1354" value="0.06900000000000001"/>
						<parameter name="Kdhap_1354" value="2"/>
						<parameter name="Kgap_1354" value="2.4"/>
						<parameter name="Kigap_1354" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_72" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1355*DHAP_72-k2_1355*GAP_72">
					<listOfParameters>
						<parameter name="k1_1355" value="450000"/>
						<parameter name="k2_1355" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_72" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_72" stoichiometry="1"/>
					<specieReference specie="NAD_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_72" stoichiometry="1"/>
					<specieReference specie="NADH_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1356)*((((Vmaxf_1356)*(GAP_72))*(NAD_72))/((Kgap_1356)*(Knad_1356))-(((Vmaxr_1356)*(BPG_72))*(NADH_72))/((Kbpg_1356)*(Knadh_1356))))/((1                   +(GAP_72)/(Kgap_1356)+(BPG_72)/(Kbpg_1356))*(1                   +(NAD_72)/(Knad_1356)+(NADH_72)/(Knadh_1356)))">
					<listOfParameters>
						<parameter name="C_1356" value="1"/>
						<parameter name="Vmaxf_1356" value="1152"/>
						<parameter name="Kgap_1356" value="0.21"/>
						<parameter name="Knad_1356" value="0.09"/>
						<parameter name="Vmaxr_1356" value="5501.276050535945"/>
						<parameter name="Kbpg_1356" value="0.0098"/>
						<parameter name="Knadh_1356" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_72" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_72" stoichiometry="1"/>
					<specieReference specie="BPG_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_72" stoichiometry="1"/>
					<specieReference specie="P3G_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1357)*((((Keq_1357)*(BPG_72))*(ADP_72)-(P3G_72)*(ATP_72))/((Kp3g_1357)*(Katp_1357))))/((1                   +(BPG_72)/(Kbpg_1357)+(P3G_72)/(Kp3g_1357))*(1                   +(ADP_72)/(Kadp_1357)+(ATP_72)/(Katp_1357)))">
					<listOfParameters>
						<parameter name="Vmax_1357" value="1458.791383515269"/>
						<parameter name="Keq_1357" value="3200"/>
						<parameter name="Kp3g_1357" value="0.53"/>
						<parameter name="Katp_1357" value="0.3"/>
						<parameter name="Kbpg_1357" value="0.003"/>
						<parameter name="Kadp_1357" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_72" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1358)*((P3G_72)/(Kp3g_1358)-(P2G_72)/((Kp3g_1358)*(Keq_1358))))/(1                   +(P3G_72)/(Kp3g_1358)+(P2G_72)/(Kp2g_1358))">
					<listOfParameters>
						<parameter name="Vmax_1358" value="1968.631966015628"/>
						<parameter name="Kp3g_1358" value="1.2"/>
						<parameter name="Keq_1358" value="0.19"/>
						<parameter name="Kp2g_1358" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_72" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1359)*((P2G_72)/(Kp2g_1359)-(PEP_72)/((Kp2g_1359)*(Keq_1359))))/(1                   +(P2G_72)/(Kp2g_1359)+(PEP_72)/(Kpep_1359))">
					<listOfParameters>
						<parameter name="Vmax_1359" value="253.5005766090714"/>
						<parameter name="Kp2g_1359" value="0.04"/>
						<parameter name="Keq_1359" value="6.7"/>
						<parameter name="Kpep_1359" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_72" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_72" stoichiometry="1"/>
					<specieReference specie="PEP_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_72" stoichiometry="1"/>
					<specieReference specie="PYR_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1360)*(((PEP_72)*(ADP_72))/((Kpep_1360)*(Kadp_1360))-((PYR_72)*(ATP_72))/(((Kpep_1360)*(Kadp_1360))*(Keq_1360))))/((1                   +(PEP_72)/(Kpep_1360)+(PYR_72)/(Kpyr_1360))*(1                   +(ADP_72)/(Kadp_1360)+(ATP_72)/(Katp_1360)))">
					<listOfParameters>
						<parameter name="Vmax_1360" value="537.0288115416611"/>
						<parameter name="Kpep_1360" value="0.14"/>
						<parameter name="Kadp_1360" value="0.53"/>
						<parameter name="Keq_1360" value="6500"/>
						<parameter name="Kpyr_1360" value="21"/>
						<parameter name="Katp_1360" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_72" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_72" stoichiometry="1"/>
					<specieReference specie="CO2_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1361)*(((PYR_72)/(Kpyr_1361))^(nH_1361)))/(1                   +((PYR_72)/(Kpyr_1361))^(nH_1361))">
					<listOfParameters>
						<parameter name="Vmax_1361" value="845.051944846343"/>
						<parameter name="Kpyr_1361" value="4.33"/>
						<parameter name="nH_1361" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_72" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_72" stoichiometry="1"/>
					<specieReference specie="EtOH_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_72" stoichiometry="1"/>
					<specieReference specie="AcAld_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1362)*(((EtOH_72)*(NAD_72))/((Ketoh_1362)*(Kinad_1362))-((AcAld_72)*(NADH_72))/(((Ketoh_1362)*(Kinad_1362))*(Keq_1362))))/(1                   +(NAD_72)/(Kinad_1362)+((EtOH_72)*(Knad_1362))/((Kinad_1362)*(Ketoh_1362))+((AcAld_72)*(Knadh_1362))/((Kinadh_1362)*(Kacald_1362))+(NADH_72)/(Kinadh_1362)+((EtOH_72)*(NAD_72))/((Kinad_1362)*(Ketoh_1362))+(((NAD_72)*(AcAld_72))*(Knadh_1362))/(((Kinad_1362)*(Kinadh_1362))*(Kacald_1362))+(((EtOH_72)*(NADH_72))*(Knad_1362))/(((Kinad_1362)*(Kinadh_1362))*(Ketoh_1362))+((AcAld_72)*(NADH_72))/((Kacald_1362)*(Kinadh_1362))+(((EtOH_72)*(NAD_72))*(AcAld_72))/(((Kinad_1362)*(Kiacald_1362))*(Ketoh_1362))+(((EtOH_72)*(AcAld_72))*(NADH_72))/(((Kietoh_1362)*(Kinadh_1362))*(Kacald_1362)))">
					<listOfParameters>
						<parameter name="Vmax_1362" value="163.3404632903275"/>
						<parameter name="Ketoh_1362" value="17"/>
						<parameter name="Kinad_1362" value="0.92"/>
						<parameter name="Keq_1362" value="6.9e-005"/>
						<parameter name="Knad_1362" value="0.17"/>
						<parameter name="Knadh_1362" value="0.11"/>
						<parameter name="Kinadh_1362" value="0.031"/>
						<parameter name="Kacald_1362" value="1.11"/>
						<parameter name="Kiacald_1362" value="1.1"/>
						<parameter name="Kietoh_1362" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_72" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1363)*(ATP_72)">
					<listOfParameters>
						<parameter name="Katpase_1363" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_72" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_72" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_72" stoichiometry="1"/>
					<specieReference specie="AMP_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1364*ADP_72*ADP_72-k2_1364*ATP_72*AMP_72">
					<listOfParameters>
						<parameter name="k1_1364" value="45"/>
						<parameter name="k2_1364" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_72" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_72" stoichiometry="1"/>
					<specieReference specie="NADH_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_72" stoichiometry="1"/>
					<specieReference specie="Glycerol_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1365)*(((DHAP_72)/(Kdhap_1365))*((NADH_72)/(Knadh_1365))-(((Glycerol_72)/(Kdhap_1365))*((NAD_72)/(Knadh_1365)))*((1                   )/(Keq_1365))))/((1                   +(DHAP_72)/(Kdhap_1365)+(Glycerol_72)/(Kglycerol_1365))*(1                   +(NADH_72)/(Knadh_1365)+(NAD_72)/(Knad_1365)))">
					<listOfParameters>
						<parameter name="Vmax_1365" value="45.7864404294692"/>
						<parameter name="Kdhap_1365" value="0.4"/>
						<parameter name="Knadh_1365" value="0.023"/>
						<parameter name="Keq_1365" value="4300"/>
						<parameter name="Kglycerol_1365" value="1"/>
						<parameter name="Knad_1365" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_72" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_72" stoichiometry="1"/>
					<specieReference specie="G6P_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_72" stoichiometry="1"/>
					<specieReference specie="Glycogen_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1366">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1366" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_72" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_72" stoichiometry="1"/>
					<specieReference specie="G6P_72" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_72" stoichiometry="1"/>
					<specieReference specie="Trehalose_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1367">
					<listOfParameters>
						<parameter name="Ktrehalose_1367" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_72" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_72" stoichiometry="3"/>
					<specieReference specie="AcAld_72" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_72" stoichiometry="3"/>
					<specieReference specie="Succinate_72" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1368)*(AcAld_72)">
					<listOfParameters>
						<parameter name="k_1368" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_73" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1369)*(GLCo_73-GLCi_73))/(Kglc_1369))/(1                   +(GLCo_73+GLCi_73)/(Kglc_1369)+(((Ki_1369)*(GLCo_73))*(GLCi_73))/((Kglc_1369)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1369" value="78.52666522115797"/>
						<parameter name="Kglc_1369" value="1.1918"/>
						<parameter name="Ki_1369" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_73" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_73" stoichiometry="1"/>
					<specieReference specie="ATP_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_73" stoichiometry="1"/>
					<specieReference specie="ADP_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1370)*(((GLCi_73)*(ATP_73))/((Kglc_1370)*(Katp_1370))-((G6P_73)*(ADP_73))/(((Kglc_1370)*(Katp_1370))*(Keq_1370))))/((1                   +(GLCi_73)/(Kglc_1370)+(G6P_73)/(Kg6p_1370))*(1                   +(ATP_73)/(Katp_1370)+(ADP_73)/(Kadp_1370)))">
					<listOfParameters>
						<parameter name="Vmax_1370" value="283.6249300884724"/>
						<parameter name="Kglc_1370" value="0.08"/>
						<parameter name="Katp_1370" value="0.15"/>
						<parameter name="Keq_1370" value="2000"/>
						<parameter name="Kg6p_1370" value="30"/>
						<parameter name="Kadp_1370" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_73" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1371)*((G6P_73)/(Kg6p_1371)-(F6P_73)/((Kg6p_1371)*(Keq_1371))))/(1                   +(G6P_73)/(Kg6p_1371)+(F6P_73)/(Kf6p_1371))">
					<listOfParameters>
						<parameter name="Vmax_1371" value="1161.079776287997"/>
						<parameter name="Kg6p_1371" value="1.4"/>
						<parameter name="Keq_1371" value="0.29"/>
						<parameter name="Kf6p_1371" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_73" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_73" stoichiometry="1"/>
					<specieReference specie="F6P_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_73" stoichiometry="1"/>
					<specieReference specie="F16bP_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1372)*(((((gR_1372)*((F6P_73)/(Kf6p_1372)))*((ATP_73)/(Katp_1372)))*(1                   +(F6P_73)/(Kf6p_1372)+(ATP_73)/(Katp_1372)+((((gR_1372)*(F6P_73))/(Kf6p_1372))*(ATP_73))/(Katp_1372)))/((1                   +(F6P_73)/(Kf6p_1372)+(ATP_73)/(Katp_1372)+((((gR_1372)*(F6P_73))/(Kf6p_1372))*(ATP_73))/(Katp_1372))^(2                   )+((((L0_1372)*(((1                   +((Ciatp_1372)*(ATP_73))/(Kiatp_1372))/(1                   +(ATP_73)/(Kiatp_1372)))^(2                   )))*(((1                   +((Camp_1372)*(AMP_73))/(Kamp_1372))/(1                   +(AMP_73)/(Kamp_1372)))^(2                   )))*(((1                   +((Cf26_1372)*(F26bP_73))/(Kf26_1372)+((Cf16_1372)*(F16bP_73))/(Kf16_1372))/(1                   +(F26bP_73)/(Kf26_1372)+(F16bP_73)/(Kf16_1372)))^(2                   )))*((1                   +((Catp_1372)*(ATP_73))/(Katp_1372))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1372" value="105.8338397786272"/>
						<parameter name="gR_1372" value="5.12"/>
						<parameter name="Kf6p_1372" value="0.1"/>
						<parameter name="Katp_1372" value="0.71"/>
						<parameter name="L0_1372" value="0.66"/>
						<parameter name="Ciatp_1372" value="100"/>
						<parameter name="Kiatp_1372" value="0.65"/>
						<parameter name="Camp_1372" value="0.08450000000000001"/>
						<parameter name="Kamp_1372" value="0.09950000000000001"/>
						<parameter name="Cf26_1372" value="0.0174"/>
						<parameter name="Kf26_1372" value="0.000682"/>
						<parameter name="Cf16_1372" value="0.397"/>
						<parameter name="Kf16_1372" value="0.111"/>
						<parameter name="Catp_1372" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_73" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_73" stoichiometry="1"/>
					<specieReference specie="GAP_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1373)*((F16bP_73)/(Kf16bp_1373)-((DHAP_73)*(GAP_73))/((Kf16bp_1373)*(Keq_1373))))/(1                   +(F16bP_73)/(Kf16bp_1373)+(DHAP_73)/(Kdhap_1373)+(GAP_73)/(Kgap_1373)+((F16bP_73)*(GAP_73))/((Kf16bp_1373)*(Kigap_1373))+((DHAP_73)*(GAP_73))/((Kdhap_1373)*(Kgap_1373)))">
					<listOfParameters>
						<parameter name="Vmax_1373" value="85.98003484095537"/>
						<parameter name="Kf16bp_1373" value="0.3"/>
						<parameter name="Keq_1373" value="0.06900000000000001"/>
						<parameter name="Kdhap_1373" value="2"/>
						<parameter name="Kgap_1373" value="2.4"/>
						<parameter name="Kigap_1373" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_73" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1374*DHAP_73-k2_1374*GAP_73">
					<listOfParameters>
						<parameter name="k1_1374" value="450000"/>
						<parameter name="k2_1374" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_73" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_73" stoichiometry="1"/>
					<specieReference specie="NAD_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_73" stoichiometry="1"/>
					<specieReference specie="NADH_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1375)*((((Vmaxf_1375)*(GAP_73))*(NAD_73))/((Kgap_1375)*(Knad_1375))-(((Vmaxr_1375)*(BPG_73))*(NADH_73))/((Kbpg_1375)*(Knadh_1375))))/((1                   +(GAP_73)/(Kgap_1375)+(BPG_73)/(Kbpg_1375))*(1                   +(NAD_73)/(Knad_1375)+(NADH_73)/(Knadh_1375)))">
					<listOfParameters>
						<parameter name="C_1375" value="1"/>
						<parameter name="Vmaxf_1375" value="1152"/>
						<parameter name="Kgap_1375" value="0.21"/>
						<parameter name="Knad_1375" value="0.09"/>
						<parameter name="Vmaxr_1375" value="7383.896575727518"/>
						<parameter name="Kbpg_1375" value="0.0098"/>
						<parameter name="Knadh_1375" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_73" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_73" stoichiometry="1"/>
					<specieReference specie="BPG_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_73" stoichiometry="1"/>
					<specieReference specie="P3G_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1376)*((((Keq_1376)*(BPG_73))*(ADP_73)-(P3G_73)*(ATP_73))/((Kp3g_1376)*(Katp_1376))))/((1                   +(BPG_73)/(Kbpg_1376)+(P3G_73)/(Kp3g_1376))*(1                   +(ADP_73)/(Kadp_1376)+(ATP_73)/(Katp_1376)))">
					<listOfParameters>
						<parameter name="Vmax_1376" value="1532.205409215101"/>
						<parameter name="Keq_1376" value="3200"/>
						<parameter name="Kp3g_1376" value="0.53"/>
						<parameter name="Katp_1376" value="0.3"/>
						<parameter name="Kbpg_1376" value="0.003"/>
						<parameter name="Kadp_1376" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_73" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1377)*((P3G_73)/(Kp3g_1377)-(P2G_73)/((Kp3g_1377)*(Keq_1377))))/(1                   +(P3G_73)/(Kp3g_1377)+(P2G_73)/(Kp2g_1377))">
					<listOfParameters>
						<parameter name="Vmax_1377" value="2867.89974330344"/>
						<parameter name="Kp3g_1377" value="1.2"/>
						<parameter name="Keq_1377" value="0.19"/>
						<parameter name="Kp2g_1377" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_73" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1378)*((P2G_73)/(Kp2g_1378)-(PEP_73)/((Kp2g_1378)*(Keq_1378))))/(1                   +(P2G_73)/(Kp2g_1378)+(PEP_73)/(Kpep_1378))">
					<listOfParameters>
						<parameter name="Vmax_1378" value="234.5901427820827"/>
						<parameter name="Kp2g_1378" value="0.04"/>
						<parameter name="Keq_1378" value="6.7"/>
						<parameter name="Kpep_1378" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_73" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_73" stoichiometry="1"/>
					<specieReference specie="PEP_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_73" stoichiometry="1"/>
					<specieReference specie="PYR_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1379)*(((PEP_73)*(ADP_73))/((Kpep_1379)*(Kadp_1379))-((PYR_73)*(ATP_73))/(((Kpep_1379)*(Kadp_1379))*(Keq_1379))))/((1                   +(PEP_73)/(Kpep_1379)+(PYR_73)/(Kpyr_1379))*(1                   +(ADP_73)/(Kadp_1379)+(ATP_73)/(Katp_1379)))">
					<listOfParameters>
						<parameter name="Vmax_1379" value="1075.154659178866"/>
						<parameter name="Kpep_1379" value="0.14"/>
						<parameter name="Kadp_1379" value="0.53"/>
						<parameter name="Keq_1379" value="6500"/>
						<parameter name="Kpyr_1379" value="21"/>
						<parameter name="Katp_1379" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_73" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_73" stoichiometry="1"/>
					<specieReference specie="CO2_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1380)*(((PYR_73)/(Kpyr_1380))^(nH_1380)))/(1                   +((PYR_73)/(Kpyr_1380))^(nH_1380))">
					<listOfParameters>
						<parameter name="Vmax_1380" value="693.8289121309449"/>
						<parameter name="Kpyr_1380" value="4.33"/>
						<parameter name="nH_1380" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_73" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_73" stoichiometry="1"/>
					<specieReference specie="EtOH_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_73" stoichiometry="1"/>
					<specieReference specie="AcAld_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1381)*(((EtOH_73)*(NAD_73))/((Ketoh_1381)*(Kinad_1381))-((AcAld_73)*(NADH_73))/(((Ketoh_1381)*(Kinad_1381))*(Keq_1381))))/(1                   +(NAD_73)/(Kinad_1381)+((EtOH_73)*(Knad_1381))/((Kinad_1381)*(Ketoh_1381))+((AcAld_73)*(Knadh_1381))/((Kinadh_1381)*(Kacald_1381))+(NADH_73)/(Kinadh_1381)+((EtOH_73)*(NAD_73))/((Kinad_1381)*(Ketoh_1381))+(((NAD_73)*(AcAld_73))*(Knadh_1381))/(((Kinad_1381)*(Kinadh_1381))*(Kacald_1381))+(((EtOH_73)*(NADH_73))*(Knad_1381))/(((Kinad_1381)*(Kinadh_1381))*(Ketoh_1381))+((AcAld_73)*(NADH_73))/((Kacald_1381)*(Kinadh_1381))+(((EtOH_73)*(NAD_73))*(AcAld_73))/(((Kinad_1381)*(Kiacald_1381))*(Ketoh_1381))+(((EtOH_73)*(AcAld_73))*(NADH_73))/(((Kietoh_1381)*(Kinadh_1381))*(Kacald_1381)))">
					<listOfParameters>
						<parameter name="Vmax_1381" value="141.523074704516"/>
						<parameter name="Ketoh_1381" value="17"/>
						<parameter name="Kinad_1381" value="0.92"/>
						<parameter name="Keq_1381" value="6.9e-005"/>
						<parameter name="Knad_1381" value="0.17"/>
						<parameter name="Knadh_1381" value="0.11"/>
						<parameter name="Kinadh_1381" value="0.031"/>
						<parameter name="Kacald_1381" value="1.11"/>
						<parameter name="Kiacald_1381" value="1.1"/>
						<parameter name="Kietoh_1381" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_73" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1382)*(ATP_73)">
					<listOfParameters>
						<parameter name="Katpase_1382" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_73" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_73" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_73" stoichiometry="1"/>
					<specieReference specie="AMP_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1383*ADP_73*ADP_73-k2_1383*ATP_73*AMP_73">
					<listOfParameters>
						<parameter name="k1_1383" value="45"/>
						<parameter name="k2_1383" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_73" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_73" stoichiometry="1"/>
					<specieReference specie="NADH_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_73" stoichiometry="1"/>
					<specieReference specie="Glycerol_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1384)*(((DHAP_73)/(Kdhap_1384))*((NADH_73)/(Knadh_1384))-(((Glycerol_73)/(Kdhap_1384))*((NAD_73)/(Knadh_1384)))*((1                   )/(Keq_1384))))/((1                   +(DHAP_73)/(Kdhap_1384)+(Glycerol_73)/(Kglycerol_1384))*(1                   +(NADH_73)/(Knadh_1384)+(NAD_73)/(Knad_1384)))">
					<listOfParameters>
						<parameter name="Vmax_1384" value="56.95017342200436"/>
						<parameter name="Kdhap_1384" value="0.4"/>
						<parameter name="Knadh_1384" value="0.023"/>
						<parameter name="Keq_1384" value="4300"/>
						<parameter name="Kglycerol_1384" value="1"/>
						<parameter name="Knad_1384" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_73" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_73" stoichiometry="1"/>
					<specieReference specie="G6P_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_73" stoichiometry="1"/>
					<specieReference specie="Glycogen_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1385">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1385" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_73" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_73" stoichiometry="1"/>
					<specieReference specie="G6P_73" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_73" stoichiometry="1"/>
					<specieReference specie="Trehalose_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1386">
					<listOfParameters>
						<parameter name="Ktrehalose_1386" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_73" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_73" stoichiometry="3"/>
					<specieReference specie="AcAld_73" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_73" stoichiometry="3"/>
					<specieReference specie="Succinate_73" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1387)*(AcAld_73)">
					<listOfParameters>
						<parameter name="k_1387" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_74" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1388)*(GLCo_74-GLCi_74))/(Kglc_1388))/(1                   +(GLCo_74+GLCi_74)/(Kglc_1388)+(((Ki_1388)*(GLCo_74))*(GLCi_74))/((Kglc_1388)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1388" value="91.9866428379256"/>
						<parameter name="Kglc_1388" value="1.1918"/>
						<parameter name="Ki_1388" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_74" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_74" stoichiometry="1"/>
					<specieReference specie="ATP_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_74" stoichiometry="1"/>
					<specieReference specie="ADP_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1389)*(((GLCi_74)*(ATP_74))/((Kglc_1389)*(Katp_1389))-((G6P_74)*(ADP_74))/(((Kglc_1389)*(Katp_1389))*(Keq_1389))))/((1                   +(GLCi_74)/(Kglc_1389)+(G6P_74)/(Kg6p_1389))*(1                   +(ATP_74)/(Katp_1389)+(ADP_74)/(Kadp_1389)))">
					<listOfParameters>
						<parameter name="Vmax_1389" value="267.0122990914121"/>
						<parameter name="Kglc_1389" value="0.08"/>
						<parameter name="Katp_1389" value="0.15"/>
						<parameter name="Keq_1389" value="2000"/>
						<parameter name="Kg6p_1389" value="30"/>
						<parameter name="Kadp_1389" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_74" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1390)*((G6P_74)/(Kg6p_1390)-(F6P_74)/((Kg6p_1390)*(Keq_1390))))/(1                   +(G6P_74)/(Kg6p_1390)+(F6P_74)/(Kf6p_1390))">
					<listOfParameters>
						<parameter name="Vmax_1390" value="1215.078227651948"/>
						<parameter name="Kg6p_1390" value="1.4"/>
						<parameter name="Keq_1390" value="0.29"/>
						<parameter name="Kf6p_1390" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_74" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_74" stoichiometry="1"/>
					<specieReference specie="F6P_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_74" stoichiometry="1"/>
					<specieReference specie="F16bP_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1391)*(((((gR_1391)*((F6P_74)/(Kf6p_1391)))*((ATP_74)/(Katp_1391)))*(1                   +(F6P_74)/(Kf6p_1391)+(ATP_74)/(Katp_1391)+((((gR_1391)*(F6P_74))/(Kf6p_1391))*(ATP_74))/(Katp_1391)))/((1                   +(F6P_74)/(Kf6p_1391)+(ATP_74)/(Katp_1391)+((((gR_1391)*(F6P_74))/(Kf6p_1391))*(ATP_74))/(Katp_1391))^(2                   )+((((L0_1391)*(((1                   +((Ciatp_1391)*(ATP_74))/(Kiatp_1391))/(1                   +(ATP_74)/(Kiatp_1391)))^(2                   )))*(((1                   +((Camp_1391)*(AMP_74))/(Kamp_1391))/(1                   +(AMP_74)/(Kamp_1391)))^(2                   )))*(((1                   +((Cf26_1391)*(F26bP_74))/(Kf26_1391)+((Cf16_1391)*(F16bP_74))/(Kf16_1391))/(1                   +(F26bP_74)/(Kf26_1391)+(F16bP_74)/(Kf16_1391)))^(2                   )))*((1                   +((Catp_1391)*(ATP_74))/(Katp_1391))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1391" value="138.1566346523106"/>
						<parameter name="gR_1391" value="5.12"/>
						<parameter name="Kf6p_1391" value="0.1"/>
						<parameter name="Katp_1391" value="0.71"/>
						<parameter name="L0_1391" value="0.66"/>
						<parameter name="Ciatp_1391" value="100"/>
						<parameter name="Kiatp_1391" value="0.65"/>
						<parameter name="Camp_1391" value="0.08450000000000001"/>
						<parameter name="Kamp_1391" value="0.09950000000000001"/>
						<parameter name="Cf26_1391" value="0.0174"/>
						<parameter name="Kf26_1391" value="0.000682"/>
						<parameter name="Cf16_1391" value="0.397"/>
						<parameter name="Kf16_1391" value="0.111"/>
						<parameter name="Catp_1391" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_74" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_74" stoichiometry="1"/>
					<specieReference specie="GAP_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1392)*((F16bP_74)/(Kf16bp_1392)-((DHAP_74)*(GAP_74))/((Kf16bp_1392)*(Keq_1392))))/(1                   +(F16bP_74)/(Kf16bp_1392)+(DHAP_74)/(Kdhap_1392)+(GAP_74)/(Kgap_1392)+((F16bP_74)*(GAP_74))/((Kf16bp_1392)*(Kigap_1392))+((DHAP_74)*(GAP_74))/((Kdhap_1392)*(Kgap_1392)))">
					<listOfParameters>
						<parameter name="Vmax_1392" value="95.68521574288292"/>
						<parameter name="Kf16bp_1392" value="0.3"/>
						<parameter name="Keq_1392" value="0.06900000000000001"/>
						<parameter name="Kdhap_1392" value="2"/>
						<parameter name="Kgap_1392" value="2.4"/>
						<parameter name="Kigap_1392" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_74" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1393*DHAP_74-k2_1393*GAP_74">
					<listOfParameters>
						<parameter name="k1_1393" value="450000"/>
						<parameter name="k2_1393" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_74" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_74" stoichiometry="1"/>
					<specieReference specie="NAD_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_74" stoichiometry="1"/>
					<specieReference specie="NADH_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1394)*((((Vmaxf_1394)*(GAP_74))*(NAD_74))/((Kgap_1394)*(Knad_1394))-(((Vmaxr_1394)*(BPG_74))*(NADH_74))/((Kbpg_1394)*(Knadh_1394))))/((1                   +(GAP_74)/(Kgap_1394)+(BPG_74)/(Kbpg_1394))*(1                   +(NAD_74)/(Knad_1394)+(NADH_74)/(Knadh_1394)))">
					<listOfParameters>
						<parameter name="C_1394" value="1"/>
						<parameter name="Vmaxf_1394" value="1152"/>
						<parameter name="Kgap_1394" value="0.21"/>
						<parameter name="Knad_1394" value="0.09"/>
						<parameter name="Vmaxr_1394" value="5344.94350103844"/>
						<parameter name="Kbpg_1394" value="0.0098"/>
						<parameter name="Knadh_1394" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_74" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_74" stoichiometry="1"/>
					<specieReference specie="BPG_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_74" stoichiometry="1"/>
					<specieReference specie="P3G_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1395)*((((Keq_1395)*(BPG_74))*(ADP_74)-(P3G_74)*(ATP_74))/((Kp3g_1395)*(Katp_1395))))/((1                   +(BPG_74)/(Kbpg_1395)+(P3G_74)/(Kp3g_1395))*(1                   +(ADP_74)/(Kadp_1395)+(ATP_74)/(Katp_1395)))">
					<listOfParameters>
						<parameter name="Vmax_1395" value="1221.320469186359"/>
						<parameter name="Keq_1395" value="3200"/>
						<parameter name="Kp3g_1395" value="0.53"/>
						<parameter name="Katp_1395" value="0.3"/>
						<parameter name="Kbpg_1395" value="0.003"/>
						<parameter name="Kadp_1395" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_74" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1396)*((P3G_74)/(Kp3g_1396)-(P2G_74)/((Kp3g_1396)*(Keq_1396))))/(1                   +(P3G_74)/(Kp3g_1396)+(P2G_74)/(Kp2g_1396))">
					<listOfParameters>
						<parameter name="Vmax_1396" value="2939.322225810657"/>
						<parameter name="Kp3g_1396" value="1.2"/>
						<parameter name="Keq_1396" value="0.19"/>
						<parameter name="Kp2g_1396" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_74" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1397)*((P2G_74)/(Kp2g_1397)-(PEP_74)/((Kp2g_1397)*(Keq_1397))))/(1                   +(P2G_74)/(Kp2g_1397)+(PEP_74)/(Kpep_1397))">
					<listOfParameters>
						<parameter name="Vmax_1397" value="205.6443489718029"/>
						<parameter name="Kp2g_1397" value="0.04"/>
						<parameter name="Keq_1397" value="6.7"/>
						<parameter name="Kpep_1397" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_74" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_74" stoichiometry="1"/>
					<specieReference specie="PEP_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_74" stoichiometry="1"/>
					<specieReference specie="PYR_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1398)*(((PEP_74)*(ADP_74))/((Kpep_1398)*(Kadp_1398))-((PYR_74)*(ATP_74))/(((Kpep_1398)*(Kadp_1398))*(Keq_1398))))/((1                   +(PEP_74)/(Kpep_1398)+(PYR_74)/(Kpyr_1398))*(1                   +(ADP_74)/(Kadp_1398)+(ATP_74)/(Katp_1398)))">
					<listOfParameters>
						<parameter name="Vmax_1398" value="911.451048201027"/>
						<parameter name="Kpep_1398" value="0.14"/>
						<parameter name="Kadp_1398" value="0.53"/>
						<parameter name="Keq_1398" value="6500"/>
						<parameter name="Kpyr_1398" value="21"/>
						<parameter name="Katp_1398" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_74" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_74" stoichiometry="1"/>
					<specieReference specie="CO2_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1399)*(((PYR_74)/(Kpyr_1399))^(nH_1399)))/(1                   +((PYR_74)/(Kpyr_1399))^(nH_1399))">
					<listOfParameters>
						<parameter name="Vmax_1399" value="850.5062013905016"/>
						<parameter name="Kpyr_1399" value="4.33"/>
						<parameter name="nH_1399" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_74" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_74" stoichiometry="1"/>
					<specieReference specie="EtOH_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_74" stoichiometry="1"/>
					<specieReference specie="AcAld_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1400)*(((EtOH_74)*(NAD_74))/((Ketoh_1400)*(Kinad_1400))-((AcAld_74)*(NADH_74))/(((Ketoh_1400)*(Kinad_1400))*(Keq_1400))))/(1                   +(NAD_74)/(Kinad_1400)+((EtOH_74)*(Knad_1400))/((Kinad_1400)*(Ketoh_1400))+((AcAld_74)*(Knadh_1400))/((Kinadh_1400)*(Kacald_1400))+(NADH_74)/(Kinadh_1400)+((EtOH_74)*(NAD_74))/((Kinad_1400)*(Ketoh_1400))+(((NAD_74)*(AcAld_74))*(Knadh_1400))/(((Kinad_1400)*(Kinadh_1400))*(Kacald_1400))+(((EtOH_74)*(NADH_74))*(Knad_1400))/(((Kinad_1400)*(Kinadh_1400))*(Ketoh_1400))+((AcAld_74)*(NADH_74))/((Kacald_1400)*(Kinadh_1400))+(((EtOH_74)*(NAD_74))*(AcAld_74))/(((Kinad_1400)*(Kiacald_1400))*(Ketoh_1400))+(((EtOH_74)*(AcAld_74))*(NADH_74))/(((Kietoh_1400)*(Kinadh_1400))*(Kacald_1400)))">
					<listOfParameters>
						<parameter name="Vmax_1400" value="208.6067752001546"/>
						<parameter name="Ketoh_1400" value="17"/>
						<parameter name="Kinad_1400" value="0.92"/>
						<parameter name="Keq_1400" value="6.9e-005"/>
						<parameter name="Knad_1400" value="0.17"/>
						<parameter name="Knadh_1400" value="0.11"/>
						<parameter name="Kinadh_1400" value="0.031"/>
						<parameter name="Kacald_1400" value="1.11"/>
						<parameter name="Kiacald_1400" value="1.1"/>
						<parameter name="Kietoh_1400" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_74" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1401)*(ATP_74)">
					<listOfParameters>
						<parameter name="Katpase_1401" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_74" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_74" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_74" stoichiometry="1"/>
					<specieReference specie="AMP_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1402*ADP_74*ADP_74-k2_1402*ATP_74*AMP_74">
					<listOfParameters>
						<parameter name="k1_1402" value="45"/>
						<parameter name="k2_1402" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_74" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_74" stoichiometry="1"/>
					<specieReference specie="NADH_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_74" stoichiometry="1"/>
					<specieReference specie="Glycerol_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1403)*(((DHAP_74)/(Kdhap_1403))*((NADH_74)/(Knadh_1403))-(((Glycerol_74)/(Kdhap_1403))*((NAD_74)/(Knadh_1403)))*((1                   )/(Keq_1403))))/((1                   +(DHAP_74)/(Kdhap_1403)+(Glycerol_74)/(Kglycerol_1403))*(1                   +(NADH_74)/(Knadh_1403)+(NAD_74)/(Knad_1403)))">
					<listOfParameters>
						<parameter name="Vmax_1403" value="42.43989210120147"/>
						<parameter name="Kdhap_1403" value="0.4"/>
						<parameter name="Knadh_1403" value="0.023"/>
						<parameter name="Keq_1403" value="4300"/>
						<parameter name="Kglycerol_1403" value="1"/>
						<parameter name="Knad_1403" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_74" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_74" stoichiometry="1"/>
					<specieReference specie="G6P_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_74" stoichiometry="1"/>
					<specieReference specie="Glycogen_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1404">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1404" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_74" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_74" stoichiometry="1"/>
					<specieReference specie="G6P_74" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_74" stoichiometry="1"/>
					<specieReference specie="Trehalose_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1405">
					<listOfParameters>
						<parameter name="Ktrehalose_1405" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_74" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_74" stoichiometry="3"/>
					<specieReference specie="AcAld_74" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_74" stoichiometry="3"/>
					<specieReference specie="Succinate_74" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1406)*(AcAld_74)">
					<listOfParameters>
						<parameter name="k_1406" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_75" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1407)*(GLCo_75-GLCi_75))/(Kglc_1407))/(1                   +(GLCo_75+GLCi_75)/(Kglc_1407)+(((Ki_1407)*(GLCo_75))*(GLCi_75))/((Kglc_1407)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1407" value="88.5621837252351"/>
						<parameter name="Kglc_1407" value="1.1918"/>
						<parameter name="Ki_1407" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_75" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_75" stoichiometry="1"/>
					<specieReference specie="ATP_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_75" stoichiometry="1"/>
					<specieReference specie="ADP_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1408)*(((GLCi_75)*(ATP_75))/((Kglc_1408)*(Katp_1408))-((G6P_75)*(ADP_75))/(((Kglc_1408)*(Katp_1408))*(Keq_1408))))/((1                   +(GLCi_75)/(Kglc_1408)+(G6P_75)/(Kg6p_1408))*(1                   +(ATP_75)/(Katp_1408)+(ADP_75)/(Kadp_1408)))">
					<listOfParameters>
						<parameter name="Vmax_1408" value="267.9001193655382"/>
						<parameter name="Kglc_1408" value="0.08"/>
						<parameter name="Katp_1408" value="0.15"/>
						<parameter name="Keq_1408" value="2000"/>
						<parameter name="Kg6p_1408" value="30"/>
						<parameter name="Kadp_1408" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_75" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1409)*((G6P_75)/(Kg6p_1409)-(F6P_75)/((Kg6p_1409)*(Keq_1409))))/(1                   +(G6P_75)/(Kg6p_1409)+(F6P_75)/(Kf6p_1409))">
					<listOfParameters>
						<parameter name="Vmax_1409" value="1142.247087663526"/>
						<parameter name="Kg6p_1409" value="1.4"/>
						<parameter name="Keq_1409" value="0.29"/>
						<parameter name="Kf6p_1409" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_75" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_75" stoichiometry="1"/>
					<specieReference specie="F6P_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_75" stoichiometry="1"/>
					<specieReference specie="F16bP_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1410)*(((((gR_1410)*((F6P_75)/(Kf6p_1410)))*((ATP_75)/(Katp_1410)))*(1                   +(F6P_75)/(Kf6p_1410)+(ATP_75)/(Katp_1410)+((((gR_1410)*(F6P_75))/(Kf6p_1410))*(ATP_75))/(Katp_1410)))/((1                   +(F6P_75)/(Kf6p_1410)+(ATP_75)/(Katp_1410)+((((gR_1410)*(F6P_75))/(Kf6p_1410))*(ATP_75))/(Katp_1410))^(2                   )+((((L0_1410)*(((1                   +((Ciatp_1410)*(ATP_75))/(Kiatp_1410))/(1                   +(ATP_75)/(Kiatp_1410)))^(2                   )))*(((1                   +((Camp_1410)*(AMP_75))/(Kamp_1410))/(1                   +(AMP_75)/(Kamp_1410)))^(2                   )))*(((1                   +((Cf26_1410)*(F26bP_75))/(Kf26_1410)+((Cf16_1410)*(F16bP_75))/(Kf16_1410))/(1                   +(F26bP_75)/(Kf26_1410)+(F16bP_75)/(Kf16_1410)))^(2                   )))*((1                   +((Catp_1410)*(ATP_75))/(Katp_1410))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1410" value="130.3220102827193"/>
						<parameter name="gR_1410" value="5.12"/>
						<parameter name="Kf6p_1410" value="0.1"/>
						<parameter name="Katp_1410" value="0.71"/>
						<parameter name="L0_1410" value="0.66"/>
						<parameter name="Ciatp_1410" value="100"/>
						<parameter name="Kiatp_1410" value="0.65"/>
						<parameter name="Camp_1410" value="0.08450000000000001"/>
						<parameter name="Kamp_1410" value="0.09950000000000001"/>
						<parameter name="Cf26_1410" value="0.0174"/>
						<parameter name="Kf26_1410" value="0.000682"/>
						<parameter name="Cf16_1410" value="0.397"/>
						<parameter name="Kf16_1410" value="0.111"/>
						<parameter name="Catp_1410" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_75" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_75" stoichiometry="1"/>
					<specieReference specie="GAP_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1411)*((F16bP_75)/(Kf16bp_1411)-((DHAP_75)*(GAP_75))/((Kf16bp_1411)*(Keq_1411))))/(1                   +(F16bP_75)/(Kf16bp_1411)+(DHAP_75)/(Kdhap_1411)+(GAP_75)/(Kgap_1411)+((F16bP_75)*(GAP_75))/((Kf16bp_1411)*(Kigap_1411))+((DHAP_75)*(GAP_75))/((Kdhap_1411)*(Kgap_1411)))">
					<listOfParameters>
						<parameter name="Vmax_1411" value="114.6134614181286"/>
						<parameter name="Kf16bp_1411" value="0.3"/>
						<parameter name="Keq_1411" value="0.06900000000000001"/>
						<parameter name="Kdhap_1411" value="2"/>
						<parameter name="Kgap_1411" value="2.4"/>
						<parameter name="Kigap_1411" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_75" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1412*DHAP_75-k2_1412*GAP_75">
					<listOfParameters>
						<parameter name="k1_1412" value="450000"/>
						<parameter name="k2_1412" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_75" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_75" stoichiometry="1"/>
					<specieReference specie="NAD_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_75" stoichiometry="1"/>
					<specieReference specie="NADH_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1413)*((((Vmaxf_1413)*(GAP_75))*(NAD_75))/((Kgap_1413)*(Knad_1413))-(((Vmaxr_1413)*(BPG_75))*(NADH_75))/((Kbpg_1413)*(Knadh_1413))))/((1                   +(GAP_75)/(Kgap_1413)+(BPG_75)/(Kbpg_1413))*(1                   +(NAD_75)/(Knad_1413)+(NADH_75)/(Knadh_1413)))">
					<listOfParameters>
						<parameter name="C_1413" value="1"/>
						<parameter name="Vmaxf_1413" value="1152"/>
						<parameter name="Kgap_1413" value="0.21"/>
						<parameter name="Knad_1413" value="0.09"/>
						<parameter name="Vmaxr_1413" value="6908.812247624858"/>
						<parameter name="Kbpg_1413" value="0.0098"/>
						<parameter name="Knadh_1413" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_75" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_75" stoichiometry="1"/>
					<specieReference specie="BPG_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_75" stoichiometry="1"/>
					<specieReference specie="P3G_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1414)*((((Keq_1414)*(BPG_75))*(ADP_75)-(P3G_75)*(ATP_75))/((Kp3g_1414)*(Katp_1414))))/((1                   +(BPG_75)/(Kbpg_1414)+(P3G_75)/(Kp3g_1414))*(1                   +(ADP_75)/(Kadp_1414)+(ATP_75)/(Katp_1414)))">
					<listOfParameters>
						<parameter name="Vmax_1414" value="1475.666404172443"/>
						<parameter name="Keq_1414" value="3200"/>
						<parameter name="Kp3g_1414" value="0.53"/>
						<parameter name="Katp_1414" value="0.3"/>
						<parameter name="Kbpg_1414" value="0.003"/>
						<parameter name="Kadp_1414" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_75" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1415)*((P3G_75)/(Kp3g_1415)-(P2G_75)/((Kp3g_1415)*(Keq_1415))))/(1                   +(P3G_75)/(Kp3g_1415)+(P2G_75)/(Kp2g_1415))">
					<listOfParameters>
						<parameter name="Vmax_1415" value="3096.830868932675"/>
						<parameter name="Kp3g_1415" value="1.2"/>
						<parameter name="Keq_1415" value="0.19"/>
						<parameter name="Kp2g_1415" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_75" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1416)*((P2G_75)/(Kp2g_1416)-(PEP_75)/((Kp2g_1416)*(Keq_1416))))/(1                   +(P2G_75)/(Kp2g_1416)+(PEP_75)/(Kpep_1416))">
					<listOfParameters>
						<parameter name="Vmax_1416" value="179.6831654334781"/>
						<parameter name="Kp2g_1416" value="0.04"/>
						<parameter name="Keq_1416" value="6.7"/>
						<parameter name="Kpep_1416" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_75" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_75" stoichiometry="1"/>
					<specieReference specie="PEP_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_75" stoichiometry="1"/>
					<specieReference specie="PYR_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1417)*(((PEP_75)*(ADP_75))/((Kpep_1417)*(Kadp_1417))-((PYR_75)*(ATP_75))/(((Kpep_1417)*(Kadp_1417))*(Keq_1417))))/((1                   +(PEP_75)/(Kpep_1417)+(PYR_75)/(Kpyr_1417))*(1                   +(ADP_75)/(Kadp_1417)+(ATP_75)/(Katp_1417)))">
					<listOfParameters>
						<parameter name="Vmax_1417" value="1162.616750107176"/>
						<parameter name="Kpep_1417" value="0.14"/>
						<parameter name="Kadp_1417" value="0.53"/>
						<parameter name="Keq_1417" value="6500"/>
						<parameter name="Kpyr_1417" value="21"/>
						<parameter name="Katp_1417" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_75" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_75" stoichiometry="1"/>
					<specieReference specie="CO2_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1418)*(((PYR_75)/(Kpyr_1418))^(nH_1418)))/(1                   +((PYR_75)/(Kpyr_1418))^(nH_1418))">
					<listOfParameters>
						<parameter name="Vmax_1418" value="1207.872428067561"/>
						<parameter name="Kpyr_1418" value="4.33"/>
						<parameter name="nH_1418" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_75" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_75" stoichiometry="1"/>
					<specieReference specie="EtOH_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_75" stoichiometry="1"/>
					<specieReference specie="AcAld_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1419)*(((EtOH_75)*(NAD_75))/((Ketoh_1419)*(Kinad_1419))-((AcAld_75)*(NADH_75))/(((Ketoh_1419)*(Kinad_1419))*(Keq_1419))))/(1                   +(NAD_75)/(Kinad_1419)+((EtOH_75)*(Knad_1419))/((Kinad_1419)*(Ketoh_1419))+((AcAld_75)*(Knadh_1419))/((Kinadh_1419)*(Kacald_1419))+(NADH_75)/(Kinadh_1419)+((EtOH_75)*(NAD_75))/((Kinad_1419)*(Ketoh_1419))+(((NAD_75)*(AcAld_75))*(Knadh_1419))/(((Kinad_1419)*(Kinadh_1419))*(Kacald_1419))+(((EtOH_75)*(NADH_75))*(Knad_1419))/(((Kinad_1419)*(Kinadh_1419))*(Ketoh_1419))+((AcAld_75)*(NADH_75))/((Kacald_1419)*(Kinadh_1419))+(((EtOH_75)*(NAD_75))*(AcAld_75))/(((Kinad_1419)*(Kiacald_1419))*(Ketoh_1419))+(((EtOH_75)*(AcAld_75))*(NADH_75))/(((Kietoh_1419)*(Kinadh_1419))*(Kacald_1419)))">
					<listOfParameters>
						<parameter name="Vmax_1419" value="214.9876947971198"/>
						<parameter name="Ketoh_1419" value="17"/>
						<parameter name="Kinad_1419" value="0.92"/>
						<parameter name="Keq_1419" value="6.9e-005"/>
						<parameter name="Knad_1419" value="0.17"/>
						<parameter name="Knadh_1419" value="0.11"/>
						<parameter name="Kinadh_1419" value="0.031"/>
						<parameter name="Kacald_1419" value="1.11"/>
						<parameter name="Kiacald_1419" value="1.1"/>
						<parameter name="Kietoh_1419" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_75" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1420)*(ATP_75)">
					<listOfParameters>
						<parameter name="Katpase_1420" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_75" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_75" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_75" stoichiometry="1"/>
					<specieReference specie="AMP_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1421*ADP_75*ADP_75-k2_1421*ATP_75*AMP_75">
					<listOfParameters>
						<parameter name="k1_1421" value="45"/>
						<parameter name="k2_1421" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_75" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_75" stoichiometry="1"/>
					<specieReference specie="NADH_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_75" stoichiometry="1"/>
					<specieReference specie="Glycerol_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1422)*(((DHAP_75)/(Kdhap_1422))*((NADH_75)/(Knadh_1422))-(((Glycerol_75)/(Kdhap_1422))*((NAD_75)/(Knadh_1422)))*((1                   )/(Keq_1422))))/((1                   +(DHAP_75)/(Kdhap_1422)+(Glycerol_75)/(Kglycerol_1422))*(1                   +(NADH_75)/(Knadh_1422)+(NAD_75)/(Knad_1422)))">
					<listOfParameters>
						<parameter name="Vmax_1422" value="54.49816257334677"/>
						<parameter name="Kdhap_1422" value="0.4"/>
						<parameter name="Knadh_1422" value="0.023"/>
						<parameter name="Keq_1422" value="4300"/>
						<parameter name="Kglycerol_1422" value="1"/>
						<parameter name="Knad_1422" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_75" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_75" stoichiometry="1"/>
					<specieReference specie="G6P_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_75" stoichiometry="1"/>
					<specieReference specie="Glycogen_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1423">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1423" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_75" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_75" stoichiometry="1"/>
					<specieReference specie="G6P_75" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_75" stoichiometry="1"/>
					<specieReference specie="Trehalose_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1424">
					<listOfParameters>
						<parameter name="Ktrehalose_1424" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_75" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_75" stoichiometry="3"/>
					<specieReference specie="AcAld_75" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_75" stoichiometry="3"/>
					<specieReference specie="Succinate_75" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1425)*(AcAld_75)">
					<listOfParameters>
						<parameter name="k_1425" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_76" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1426)*(GLCo_76-GLCi_76))/(Kglc_1426))/(1                   +(GLCo_76+GLCi_76)/(Kglc_1426)+(((Ki_1426)*(GLCo_76))*(GLCi_76))/((Kglc_1426)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1426" value="111.9277074164648"/>
						<parameter name="Kglc_1426" value="1.1918"/>
						<parameter name="Ki_1426" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_76" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_76" stoichiometry="1"/>
					<specieReference specie="ATP_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_76" stoichiometry="1"/>
					<specieReference specie="ADP_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1427)*(((GLCi_76)*(ATP_76))/((Kglc_1427)*(Katp_1427))-((G6P_76)*(ADP_76))/(((Kglc_1427)*(Katp_1427))*(Keq_1427))))/((1                   +(GLCi_76)/(Kglc_1427)+(G6P_76)/(Kg6p_1427))*(1                   +(ATP_76)/(Katp_1427)+(ADP_76)/(Kadp_1427)))">
					<listOfParameters>
						<parameter name="Vmax_1427" value="244.0972623146866"/>
						<parameter name="Kglc_1427" value="0.08"/>
						<parameter name="Katp_1427" value="0.15"/>
						<parameter name="Keq_1427" value="2000"/>
						<parameter name="Kg6p_1427" value="30"/>
						<parameter name="Kadp_1427" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_76" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1428)*((G6P_76)/(Kg6p_1428)-(F6P_76)/((Kg6p_1428)*(Keq_1428))))/(1                   +(G6P_76)/(Kg6p_1428)+(F6P_76)/(Kf6p_1428))">
					<listOfParameters>
						<parameter name="Vmax_1428" value="1198.033260839303"/>
						<parameter name="Kg6p_1428" value="1.4"/>
						<parameter name="Keq_1428" value="0.29"/>
						<parameter name="Kf6p_1428" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_76" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_76" stoichiometry="1"/>
					<specieReference specie="F6P_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_76" stoichiometry="1"/>
					<specieReference specie="F16bP_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1429)*(((((gR_1429)*((F6P_76)/(Kf6p_1429)))*((ATP_76)/(Katp_1429)))*(1                   +(F6P_76)/(Kf6p_1429)+(ATP_76)/(Katp_1429)+((((gR_1429)*(F6P_76))/(Kf6p_1429))*(ATP_76))/(Katp_1429)))/((1                   +(F6P_76)/(Kf6p_1429)+(ATP_76)/(Katp_1429)+((((gR_1429)*(F6P_76))/(Kf6p_1429))*(ATP_76))/(Katp_1429))^(2                   )+((((L0_1429)*(((1                   +((Ciatp_1429)*(ATP_76))/(Kiatp_1429))/(1                   +(ATP_76)/(Kiatp_1429)))^(2                   )))*(((1                   +((Camp_1429)*(AMP_76))/(Kamp_1429))/(1                   +(AMP_76)/(Kamp_1429)))^(2                   )))*(((1                   +((Cf26_1429)*(F26bP_76))/(Kf26_1429)+((Cf16_1429)*(F16bP_76))/(Kf16_1429))/(1                   +(F26bP_76)/(Kf26_1429)+(F16bP_76)/(Kf16_1429)))^(2                   )))*((1                   +((Catp_1429)*(ATP_76))/(Katp_1429))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1429" value="117.0828455489553"/>
						<parameter name="gR_1429" value="5.12"/>
						<parameter name="Kf6p_1429" value="0.1"/>
						<parameter name="Katp_1429" value="0.71"/>
						<parameter name="L0_1429" value="0.66"/>
						<parameter name="Ciatp_1429" value="100"/>
						<parameter name="Kiatp_1429" value="0.65"/>
						<parameter name="Camp_1429" value="0.08450000000000001"/>
						<parameter name="Kamp_1429" value="0.09950000000000001"/>
						<parameter name="Cf26_1429" value="0.0174"/>
						<parameter name="Kf26_1429" value="0.000682"/>
						<parameter name="Cf16_1429" value="0.397"/>
						<parameter name="Kf16_1429" value="0.111"/>
						<parameter name="Catp_1429" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_76" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_76" stoichiometry="1"/>
					<specieReference specie="GAP_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1430)*((F16bP_76)/(Kf16bp_1430)-((DHAP_76)*(GAP_76))/((Kf16bp_1430)*(Keq_1430))))/(1                   +(F16bP_76)/(Kf16bp_1430)+(DHAP_76)/(Kdhap_1430)+(GAP_76)/(Kgap_1430)+((F16bP_76)*(GAP_76))/((Kf16bp_1430)*(Kigap_1430))+((DHAP_76)*(GAP_76))/((Kdhap_1430)*(Kgap_1430)))">
					<listOfParameters>
						<parameter name="Vmax_1430" value="72.79869611679546"/>
						<parameter name="Kf16bp_1430" value="0.3"/>
						<parameter name="Keq_1430" value="0.06900000000000001"/>
						<parameter name="Kdhap_1430" value="2"/>
						<parameter name="Kgap_1430" value="2.4"/>
						<parameter name="Kigap_1430" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_76" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1431*DHAP_76-k2_1431*GAP_76">
					<listOfParameters>
						<parameter name="k1_1431" value="450000"/>
						<parameter name="k2_1431" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_76" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_76" stoichiometry="1"/>
					<specieReference specie="NAD_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_76" stoichiometry="1"/>
					<specieReference specie="NADH_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1432)*((((Vmaxf_1432)*(GAP_76))*(NAD_76))/((Kgap_1432)*(Knad_1432))-(((Vmaxr_1432)*(BPG_76))*(NADH_76))/((Kbpg_1432)*(Knadh_1432))))/((1                   +(GAP_76)/(Kgap_1432)+(BPG_76)/(Kbpg_1432))*(1                   +(NAD_76)/(Knad_1432)+(NADH_76)/(Knadh_1432)))">
					<listOfParameters>
						<parameter name="C_1432" value="1"/>
						<parameter name="Vmaxf_1432" value="1152"/>
						<parameter name="Kgap_1432" value="0.21"/>
						<parameter name="Knad_1432" value="0.09"/>
						<parameter name="Vmaxr_1432" value="4479.693590014649"/>
						<parameter name="Kbpg_1432" value="0.0098"/>
						<parameter name="Knadh_1432" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_76" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_76" stoichiometry="1"/>
					<specieReference specie="BPG_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_76" stoichiometry="1"/>
					<specieReference specie="P3G_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1433)*((((Keq_1433)*(BPG_76))*(ADP_76)-(P3G_76)*(ATP_76))/((Kp3g_1433)*(Katp_1433))))/((1                   +(BPG_76)/(Kbpg_1433)+(P3G_76)/(Kp3g_1433))*(1                   +(ADP_76)/(Kadp_1433)+(ATP_76)/(Katp_1433)))">
					<listOfParameters>
						<parameter name="Vmax_1433" value="1025.523488289125"/>
						<parameter name="Keq_1433" value="3200"/>
						<parameter name="Kp3g_1433" value="0.53"/>
						<parameter name="Katp_1433" value="0.3"/>
						<parameter name="Kbpg_1433" value="0.003"/>
						<parameter name="Kadp_1433" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_76" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1434)*((P3G_76)/(Kp3g_1434)-(P2G_76)/((Kp3g_1434)*(Keq_1434))))/(1                   +(P3G_76)/(Kp3g_1434)+(P2G_76)/(Kp2g_1434))">
					<listOfParameters>
						<parameter name="Vmax_1434" value="2994.400811645359"/>
						<parameter name="Kp3g_1434" value="1.2"/>
						<parameter name="Keq_1434" value="0.19"/>
						<parameter name="Kp2g_1434" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_76" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1435)*((P2G_76)/(Kp2g_1435)-(PEP_76)/((Kp2g_1435)*(Keq_1435))))/(1                   +(P2G_76)/(Kp2g_1435)+(PEP_76)/(Kpep_1435))">
					<listOfParameters>
						<parameter name="Vmax_1435" value="181.0699841065185"/>
						<parameter name="Kp2g_1435" value="0.04"/>
						<parameter name="Keq_1435" value="6.7"/>
						<parameter name="Kpep_1435" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_76" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_76" stoichiometry="1"/>
					<specieReference specie="PEP_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_76" stoichiometry="1"/>
					<specieReference specie="PYR_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1436)*(((PEP_76)*(ADP_76))/((Kpep_1436)*(Kadp_1436))-((PYR_76)*(ATP_76))/(((Kpep_1436)*(Kadp_1436))*(Keq_1436))))/((1                   +(PEP_76)/(Kpep_1436)+(PYR_76)/(Kpyr_1436))*(1                   +(ADP_76)/(Kadp_1436)+(ATP_76)/(Katp_1436)))">
					<listOfParameters>
						<parameter name="Vmax_1436" value="1072.76507039277"/>
						<parameter name="Kpep_1436" value="0.14"/>
						<parameter name="Kadp_1436" value="0.53"/>
						<parameter name="Keq_1436" value="6500"/>
						<parameter name="Kpyr_1436" value="21"/>
						<parameter name="Katp_1436" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_76" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_76" stoichiometry="1"/>
					<specieReference specie="CO2_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1437)*(((PYR_76)/(Kpyr_1437))^(nH_1437)))/(1                   +((PYR_76)/(Kpyr_1437))^(nH_1437))">
					<listOfParameters>
						<parameter name="Vmax_1437" value="738.2157839901892"/>
						<parameter name="Kpyr_1437" value="4.33"/>
						<parameter name="nH_1437" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_76" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_76" stoichiometry="1"/>
					<specieReference specie="EtOH_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_76" stoichiometry="1"/>
					<specieReference specie="AcAld_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1438)*(((EtOH_76)*(NAD_76))/((Ketoh_1438)*(Kinad_1438))-((AcAld_76)*(NADH_76))/(((Ketoh_1438)*(Kinad_1438))*(Keq_1438))))/(1                   +(NAD_76)/(Kinad_1438)+((EtOH_76)*(Knad_1438))/((Kinad_1438)*(Ketoh_1438))+((AcAld_76)*(Knadh_1438))/((Kinadh_1438)*(Kacald_1438))+(NADH_76)/(Kinadh_1438)+((EtOH_76)*(NAD_76))/((Kinad_1438)*(Ketoh_1438))+(((NAD_76)*(AcAld_76))*(Knadh_1438))/(((Kinad_1438)*(Kinadh_1438))*(Kacald_1438))+(((EtOH_76)*(NADH_76))*(Knad_1438))/(((Kinad_1438)*(Kinadh_1438))*(Ketoh_1438))+((AcAld_76)*(NADH_76))/((Kacald_1438)*(Kinadh_1438))+(((EtOH_76)*(NAD_76))*(AcAld_76))/(((Kinad_1438)*(Kiacald_1438))*(Ketoh_1438))+(((EtOH_76)*(AcAld_76))*(NADH_76))/(((Kietoh_1438)*(Kinadh_1438))*(Kacald_1438)))">
					<listOfParameters>
						<parameter name="Vmax_1438" value="176.8560830941707"/>
						<parameter name="Ketoh_1438" value="17"/>
						<parameter name="Kinad_1438" value="0.92"/>
						<parameter name="Keq_1438" value="6.9e-005"/>
						<parameter name="Knad_1438" value="0.17"/>
						<parameter name="Knadh_1438" value="0.11"/>
						<parameter name="Kinadh_1438" value="0.031"/>
						<parameter name="Kacald_1438" value="1.11"/>
						<parameter name="Kiacald_1438" value="1.1"/>
						<parameter name="Kietoh_1438" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_76" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1439)*(ATP_76)">
					<listOfParameters>
						<parameter name="Katpase_1439" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_76" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_76" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_76" stoichiometry="1"/>
					<specieReference specie="AMP_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1440*ADP_76*ADP_76-k2_1440*ATP_76*AMP_76">
					<listOfParameters>
						<parameter name="k1_1440" value="45"/>
						<parameter name="k2_1440" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_76" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_76" stoichiometry="1"/>
					<specieReference specie="NADH_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_76" stoichiometry="1"/>
					<specieReference specie="Glycerol_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1441)*(((DHAP_76)/(Kdhap_1441))*((NADH_76)/(Knadh_1441))-(((Glycerol_76)/(Kdhap_1441))*((NAD_76)/(Knadh_1441)))*((1                   )/(Keq_1441))))/((1                   +(DHAP_76)/(Kdhap_1441)+(Glycerol_76)/(Kglycerol_1441))*(1                   +(NADH_76)/(Knadh_1441)+(NAD_76)/(Knad_1441)))">
					<listOfParameters>
						<parameter name="Vmax_1441" value="51.58316073051604"/>
						<parameter name="Kdhap_1441" value="0.4"/>
						<parameter name="Knadh_1441" value="0.023"/>
						<parameter name="Keq_1441" value="4300"/>
						<parameter name="Kglycerol_1441" value="1"/>
						<parameter name="Knad_1441" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_76" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_76" stoichiometry="1"/>
					<specieReference specie="G6P_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_76" stoichiometry="1"/>
					<specieReference specie="Glycogen_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1442">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1442" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_76" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_76" stoichiometry="1"/>
					<specieReference specie="G6P_76" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_76" stoichiometry="1"/>
					<specieReference specie="Trehalose_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1443">
					<listOfParameters>
						<parameter name="Ktrehalose_1443" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_76" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_76" stoichiometry="3"/>
					<specieReference specie="AcAld_76" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_76" stoichiometry="3"/>
					<specieReference specie="Succinate_76" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1444)*(AcAld_76)">
					<listOfParameters>
						<parameter name="k_1444" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_77" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1445)*(GLCo_77-GLCi_77))/(Kglc_1445))/(1                   +(GLCo_77+GLCi_77)/(Kglc_1445)+(((Ki_1445)*(GLCo_77))*(GLCi_77))/((Kglc_1445)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1445" value="93.72683817139925"/>
						<parameter name="Kglc_1445" value="1.1918"/>
						<parameter name="Ki_1445" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_77" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_77" stoichiometry="1"/>
					<specieReference specie="ATP_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_77" stoichiometry="1"/>
					<specieReference specie="ADP_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1446)*(((GLCi_77)*(ATP_77))/((Kglc_1446)*(Katp_1446))-((G6P_77)*(ADP_77))/(((Kglc_1446)*(Katp_1446))*(Keq_1446))))/((1                   +(GLCi_77)/(Kglc_1446)+(G6P_77)/(Kg6p_1446))*(1                   +(ATP_77)/(Katp_1446)+(ADP_77)/(Kadp_1446)))">
					<listOfParameters>
						<parameter name="Vmax_1446" value="267.8629971547945"/>
						<parameter name="Kglc_1446" value="0.08"/>
						<parameter name="Katp_1446" value="0.15"/>
						<parameter name="Keq_1446" value="2000"/>
						<parameter name="Kg6p_1446" value="30"/>
						<parameter name="Kadp_1446" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_77" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1447)*((G6P_77)/(Kg6p_1447)-(F6P_77)/((Kg6p_1447)*(Keq_1447))))/(1                   +(G6P_77)/(Kg6p_1447)+(F6P_77)/(Kf6p_1447))">
					<listOfParameters>
						<parameter name="Vmax_1447" value="1298.904574966143"/>
						<parameter name="Kg6p_1447" value="1.4"/>
						<parameter name="Keq_1447" value="0.29"/>
						<parameter name="Kf6p_1447" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_77" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_77" stoichiometry="1"/>
					<specieReference specie="F6P_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_77" stoichiometry="1"/>
					<specieReference specie="F16bP_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1448)*(((((gR_1448)*((F6P_77)/(Kf6p_1448)))*((ATP_77)/(Katp_1448)))*(1                   +(F6P_77)/(Kf6p_1448)+(ATP_77)/(Katp_1448)+((((gR_1448)*(F6P_77))/(Kf6p_1448))*(ATP_77))/(Katp_1448)))/((1                   +(F6P_77)/(Kf6p_1448)+(ATP_77)/(Katp_1448)+((((gR_1448)*(F6P_77))/(Kf6p_1448))*(ATP_77))/(Katp_1448))^(2                   )+((((L0_1448)*(((1                   +((Ciatp_1448)*(ATP_77))/(Kiatp_1448))/(1                   +(ATP_77)/(Kiatp_1448)))^(2                   )))*(((1                   +((Camp_1448)*(AMP_77))/(Kamp_1448))/(1                   +(AMP_77)/(Kamp_1448)))^(2                   )))*(((1                   +((Cf26_1448)*(F26bP_77))/(Kf26_1448)+((Cf16_1448)*(F16bP_77))/(Kf16_1448))/(1                   +(F26bP_77)/(Kf26_1448)+(F16bP_77)/(Kf16_1448)))^(2                   )))*((1                   +((Catp_1448)*(ATP_77))/(Katp_1448))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1448" value="127.092614527548"/>
						<parameter name="gR_1448" value="5.12"/>
						<parameter name="Kf6p_1448" value="0.1"/>
						<parameter name="Katp_1448" value="0.71"/>
						<parameter name="L0_1448" value="0.66"/>
						<parameter name="Ciatp_1448" value="100"/>
						<parameter name="Kiatp_1448" value="0.65"/>
						<parameter name="Camp_1448" value="0.08450000000000001"/>
						<parameter name="Kamp_1448" value="0.09950000000000001"/>
						<parameter name="Cf26_1448" value="0.0174"/>
						<parameter name="Kf26_1448" value="0.000682"/>
						<parameter name="Cf16_1448" value="0.397"/>
						<parameter name="Kf16_1448" value="0.111"/>
						<parameter name="Catp_1448" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_77" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_77" stoichiometry="1"/>
					<specieReference specie="GAP_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1449)*((F16bP_77)/(Kf16bp_1449)-((DHAP_77)*(GAP_77))/((Kf16bp_1449)*(Keq_1449))))/(1                   +(F16bP_77)/(Kf16bp_1449)+(DHAP_77)/(Kdhap_1449)+(GAP_77)/(Kgap_1449)+((F16bP_77)*(GAP_77))/((Kf16bp_1449)*(Kigap_1449))+((DHAP_77)*(GAP_77))/((Kdhap_1449)*(Kgap_1449)))">
					<listOfParameters>
						<parameter name="Vmax_1449" value="120.0204714001649"/>
						<parameter name="Kf16bp_1449" value="0.3"/>
						<parameter name="Keq_1449" value="0.06900000000000001"/>
						<parameter name="Kdhap_1449" value="2"/>
						<parameter name="Kgap_1449" value="2.4"/>
						<parameter name="Kigap_1449" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_77" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1450*DHAP_77-k2_1450*GAP_77">
					<listOfParameters>
						<parameter name="k1_1450" value="450000"/>
						<parameter name="k2_1450" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_77" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_77" stoichiometry="1"/>
					<specieReference specie="NAD_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_77" stoichiometry="1"/>
					<specieReference specie="NADH_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1451)*((((Vmaxf_1451)*(GAP_77))*(NAD_77))/((Kgap_1451)*(Knad_1451))-(((Vmaxr_1451)*(BPG_77))*(NADH_77))/((Kbpg_1451)*(Knadh_1451))))/((1                   +(GAP_77)/(Kgap_1451)+(BPG_77)/(Kbpg_1451))*(1                   +(NAD_77)/(Knad_1451)+(NADH_77)/(Knadh_1451)))">
					<listOfParameters>
						<parameter name="C_1451" value="1"/>
						<parameter name="Vmaxf_1451" value="1152"/>
						<parameter name="Kgap_1451" value="0.21"/>
						<parameter name="Knad_1451" value="0.09"/>
						<parameter name="Vmaxr_1451" value="7402.435464637181"/>
						<parameter name="Kbpg_1451" value="0.0098"/>
						<parameter name="Knadh_1451" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_77" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_77" stoichiometry="1"/>
					<specieReference specie="BPG_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_77" stoichiometry="1"/>
					<specieReference specie="P3G_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1452)*((((Keq_1452)*(BPG_77))*(ADP_77)-(P3G_77)*(ATP_77))/((Kp3g_1452)*(Katp_1452))))/((1                   +(BPG_77)/(Kbpg_1452)+(P3G_77)/(Kp3g_1452))*(1                   +(ADP_77)/(Kadp_1452)+(ATP_77)/(Katp_1452)))">
					<listOfParameters>
						<parameter name="Vmax_1452" value="1592.516910154137"/>
						<parameter name="Keq_1452" value="3200"/>
						<parameter name="Kp3g_1452" value="0.53"/>
						<parameter name="Katp_1452" value="0.3"/>
						<parameter name="Kbpg_1452" value="0.003"/>
						<parameter name="Kadp_1452" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_77" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1453)*((P3G_77)/(Kp3g_1453)-(P2G_77)/((Kp3g_1453)*(Keq_1453))))/(1                   +(P3G_77)/(Kp3g_1453)+(P2G_77)/(Kp2g_1453))">
					<listOfParameters>
						<parameter name="Vmax_1453" value="2604.537265096817"/>
						<parameter name="Kp3g_1453" value="1.2"/>
						<parameter name="Keq_1453" value="0.19"/>
						<parameter name="Kp2g_1453" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_77" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1454)*((P2G_77)/(Kp2g_1454)-(PEP_77)/((Kp2g_1454)*(Keq_1454))))/(1                   +(P2G_77)/(Kp2g_1454)+(PEP_77)/(Kpep_1454))">
					<listOfParameters>
						<parameter name="Vmax_1454" value="197.9427261875011"/>
						<parameter name="Kp2g_1454" value="0.04"/>
						<parameter name="Keq_1454" value="6.7"/>
						<parameter name="Kpep_1454" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_77" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_77" stoichiometry="1"/>
					<specieReference specie="PEP_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_77" stoichiometry="1"/>
					<specieReference specie="PYR_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1455)*(((PEP_77)*(ADP_77))/((Kpep_1455)*(Kadp_1455))-((PYR_77)*(ATP_77))/(((Kpep_1455)*(Kadp_1455))*(Keq_1455))))/((1                   +(PEP_77)/(Kpep_1455)+(PYR_77)/(Kpyr_1455))*(1                   +(ADP_77)/(Kadp_1455)+(ATP_77)/(Katp_1455)))">
					<listOfParameters>
						<parameter name="Vmax_1455" value="945.8997254914776"/>
						<parameter name="Kpep_1455" value="0.14"/>
						<parameter name="Kadp_1455" value="0.53"/>
						<parameter name="Keq_1455" value="6500"/>
						<parameter name="Kpyr_1455" value="21"/>
						<parameter name="Katp_1455" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_77" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_77" stoichiometry="1"/>
					<specieReference specie="CO2_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1456)*(((PYR_77)/(Kpyr_1456))^(nH_1456)))/(1                   +((PYR_77)/(Kpyr_1456))^(nH_1456))">
					<listOfParameters>
						<parameter name="Vmax_1456" value="533.982818367997"/>
						<parameter name="Kpyr_1456" value="4.33"/>
						<parameter name="nH_1456" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_77" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_77" stoichiometry="1"/>
					<specieReference specie="EtOH_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_77" stoichiometry="1"/>
					<specieReference specie="AcAld_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1457)*(((EtOH_77)*(NAD_77))/((Ketoh_1457)*(Kinad_1457))-((AcAld_77)*(NADH_77))/(((Ketoh_1457)*(Kinad_1457))*(Keq_1457))))/(1                   +(NAD_77)/(Kinad_1457)+((EtOH_77)*(Knad_1457))/((Kinad_1457)*(Ketoh_1457))+((AcAld_77)*(Knadh_1457))/((Kinadh_1457)*(Kacald_1457))+(NADH_77)/(Kinadh_1457)+((EtOH_77)*(NAD_77))/((Kinad_1457)*(Ketoh_1457))+(((NAD_77)*(AcAld_77))*(Knadh_1457))/(((Kinad_1457)*(Kinadh_1457))*(Kacald_1457))+(((EtOH_77)*(NADH_77))*(Knad_1457))/(((Kinad_1457)*(Kinadh_1457))*(Ketoh_1457))+((AcAld_77)*(NADH_77))/((Kacald_1457)*(Kinadh_1457))+(((EtOH_77)*(NAD_77))*(AcAld_77))/(((Kinad_1457)*(Kiacald_1457))*(Ketoh_1457))+(((EtOH_77)*(AcAld_77))*(NADH_77))/(((Kietoh_1457)*(Kinadh_1457))*(Kacald_1457)))">
					<listOfParameters>
						<parameter name="Vmax_1457" value="227.9827040998253"/>
						<parameter name="Ketoh_1457" value="17"/>
						<parameter name="Kinad_1457" value="0.92"/>
						<parameter name="Keq_1457" value="6.9e-005"/>
						<parameter name="Knad_1457" value="0.17"/>
						<parameter name="Knadh_1457" value="0.11"/>
						<parameter name="Kinadh_1457" value="0.031"/>
						<parameter name="Kacald_1457" value="1.11"/>
						<parameter name="Kiacald_1457" value="1.1"/>
						<parameter name="Kietoh_1457" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_77" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1458)*(ATP_77)">
					<listOfParameters>
						<parameter name="Katpase_1458" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_77" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_77" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_77" stoichiometry="1"/>
					<specieReference specie="AMP_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1459*ADP_77*ADP_77-k2_1459*ATP_77*AMP_77">
					<listOfParameters>
						<parameter name="k1_1459" value="45"/>
						<parameter name="k2_1459" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_77" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_77" stoichiometry="1"/>
					<specieReference specie="NADH_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_77" stoichiometry="1"/>
					<specieReference specie="Glycerol_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1460)*(((DHAP_77)/(Kdhap_1460))*((NADH_77)/(Knadh_1460))-(((Glycerol_77)/(Kdhap_1460))*((NAD_77)/(Knadh_1460)))*((1                   )/(Keq_1460))))/((1                   +(DHAP_77)/(Kdhap_1460)+(Glycerol_77)/(Kglycerol_1460))*(1                   +(NADH_77)/(Knadh_1460)+(NAD_77)/(Knad_1460)))">
					<listOfParameters>
						<parameter name="Vmax_1460" value="36.19429318564745"/>
						<parameter name="Kdhap_1460" value="0.4"/>
						<parameter name="Knadh_1460" value="0.023"/>
						<parameter name="Keq_1460" value="4300"/>
						<parameter name="Kglycerol_1460" value="1"/>
						<parameter name="Knad_1460" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_77" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_77" stoichiometry="1"/>
					<specieReference specie="G6P_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_77" stoichiometry="1"/>
					<specieReference specie="Glycogen_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1461">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1461" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_77" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_77" stoichiometry="1"/>
					<specieReference specie="G6P_77" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_77" stoichiometry="1"/>
					<specieReference specie="Trehalose_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1462">
					<listOfParameters>
						<parameter name="Ktrehalose_1462" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_77" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_77" stoichiometry="3"/>
					<specieReference specie="AcAld_77" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_77" stoichiometry="3"/>
					<specieReference specie="Succinate_77" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1463)*(AcAld_77)">
					<listOfParameters>
						<parameter name="k_1463" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_78" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1464)*(GLCo_78-GLCi_78))/(Kglc_1464))/(1                   +(GLCo_78+GLCi_78)/(Kglc_1464)+(((Ki_1464)*(GLCo_78))*(GLCi_78))/((Kglc_1464)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1464" value="95.15058771893899"/>
						<parameter name="Kglc_1464" value="1.1918"/>
						<parameter name="Ki_1464" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_78" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_78" stoichiometry="1"/>
					<specieReference specie="ATP_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_78" stoichiometry="1"/>
					<specieReference specie="ADP_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1465)*(((GLCi_78)*(ATP_78))/((Kglc_1465)*(Katp_1465))-((G6P_78)*(ADP_78))/(((Kglc_1465)*(Katp_1465))*(Keq_1465))))/((1                   +(GLCi_78)/(Kglc_1465)+(G6P_78)/(Kg6p_1465))*(1                   +(ATP_78)/(Katp_1465)+(ADP_78)/(Kadp_1465)))">
					<listOfParameters>
						<parameter name="Vmax_1465" value="238.1425517079607"/>
						<parameter name="Kglc_1465" value="0.08"/>
						<parameter name="Katp_1465" value="0.15"/>
						<parameter name="Keq_1465" value="2000"/>
						<parameter name="Kg6p_1465" value="30"/>
						<parameter name="Kadp_1465" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_78" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1466)*((G6P_78)/(Kg6p_1466)-(F6P_78)/((Kg6p_1466)*(Keq_1466))))/(1                   +(G6P_78)/(Kg6p_1466)+(F6P_78)/(Kf6p_1466))">
					<listOfParameters>
						<parameter name="Vmax_1466" value="1159.87256644888"/>
						<parameter name="Kg6p_1466" value="1.4"/>
						<parameter name="Keq_1466" value="0.29"/>
						<parameter name="Kf6p_1466" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_78" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_78" stoichiometry="1"/>
					<specieReference specie="F6P_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_78" stoichiometry="1"/>
					<specieReference specie="F16bP_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1467)*(((((gR_1467)*((F6P_78)/(Kf6p_1467)))*((ATP_78)/(Katp_1467)))*(1                   +(F6P_78)/(Kf6p_1467)+(ATP_78)/(Katp_1467)+((((gR_1467)*(F6P_78))/(Kf6p_1467))*(ATP_78))/(Katp_1467)))/((1                   +(F6P_78)/(Kf6p_1467)+(ATP_78)/(Katp_1467)+((((gR_1467)*(F6P_78))/(Kf6p_1467))*(ATP_78))/(Katp_1467))^(2                   )+((((L0_1467)*(((1                   +((Ciatp_1467)*(ATP_78))/(Kiatp_1467))/(1                   +(ATP_78)/(Kiatp_1467)))^(2                   )))*(((1                   +((Camp_1467)*(AMP_78))/(Kamp_1467))/(1                   +(AMP_78)/(Kamp_1467)))^(2                   )))*(((1                   +((Cf26_1467)*(F26bP_78))/(Kf26_1467)+((Cf16_1467)*(F16bP_78))/(Kf16_1467))/(1                   +(F26bP_78)/(Kf26_1467)+(F16bP_78)/(Kf16_1467)))^(2                   )))*((1                   +((Catp_1467)*(ATP_78))/(Katp_1467))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1467" value="96.52196677983696"/>
						<parameter name="gR_1467" value="5.12"/>
						<parameter name="Kf6p_1467" value="0.1"/>
						<parameter name="Katp_1467" value="0.71"/>
						<parameter name="L0_1467" value="0.66"/>
						<parameter name="Ciatp_1467" value="100"/>
						<parameter name="Kiatp_1467" value="0.65"/>
						<parameter name="Camp_1467" value="0.08450000000000001"/>
						<parameter name="Kamp_1467" value="0.09950000000000001"/>
						<parameter name="Cf26_1467" value="0.0174"/>
						<parameter name="Kf26_1467" value="0.000682"/>
						<parameter name="Cf16_1467" value="0.397"/>
						<parameter name="Kf16_1467" value="0.111"/>
						<parameter name="Catp_1467" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_78" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_78" stoichiometry="1"/>
					<specieReference specie="GAP_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1468)*((F16bP_78)/(Kf16bp_1468)-((DHAP_78)*(GAP_78))/((Kf16bp_1468)*(Keq_1468))))/(1                   +(F16bP_78)/(Kf16bp_1468)+(DHAP_78)/(Kdhap_1468)+(GAP_78)/(Kgap_1468)+((F16bP_78)*(GAP_78))/((Kf16bp_1468)*(Kigap_1468))+((DHAP_78)*(GAP_78))/((Kdhap_1468)*(Kgap_1468)))">
					<listOfParameters>
						<parameter name="Vmax_1468" value="108.4559581839351"/>
						<parameter name="Kf16bp_1468" value="0.3"/>
						<parameter name="Keq_1468" value="0.06900000000000001"/>
						<parameter name="Kdhap_1468" value="2"/>
						<parameter name="Kgap_1468" value="2.4"/>
						<parameter name="Kigap_1468" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_78" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1469*DHAP_78-k2_1469*GAP_78">
					<listOfParameters>
						<parameter name="k1_1469" value="450000"/>
						<parameter name="k2_1469" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_78" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_78" stoichiometry="1"/>
					<specieReference specie="NAD_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_78" stoichiometry="1"/>
					<specieReference specie="NADH_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1470)*((((Vmaxf_1470)*(GAP_78))*(NAD_78))/((Kgap_1470)*(Knad_1470))-(((Vmaxr_1470)*(BPG_78))*(NADH_78))/((Kbpg_1470)*(Knadh_1470))))/((1                   +(GAP_78)/(Kgap_1470)+(BPG_78)/(Kbpg_1470))*(1                   +(NAD_78)/(Knad_1470)+(NADH_78)/(Knadh_1470)))">
					<listOfParameters>
						<parameter name="C_1470" value="1"/>
						<parameter name="Vmaxf_1470" value="1152"/>
						<parameter name="Kgap_1470" value="0.21"/>
						<parameter name="Knad_1470" value="0.09"/>
						<parameter name="Vmaxr_1470" value="9458.316362113759"/>
						<parameter name="Kbpg_1470" value="0.0098"/>
						<parameter name="Knadh_1470" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_78" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_78" stoichiometry="1"/>
					<specieReference specie="BPG_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_78" stoichiometry="1"/>
					<specieReference specie="P3G_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1471)*((((Keq_1471)*(BPG_78))*(ADP_78)-(P3G_78)*(ATP_78))/((Kp3g_1471)*(Katp_1471))))/((1                   +(BPG_78)/(Kbpg_1471)+(P3G_78)/(Kp3g_1471))*(1                   +(ADP_78)/(Kadp_1471)+(ATP_78)/(Katp_1471)))">
					<listOfParameters>
						<parameter name="Vmax_1471" value="1167.578617772218"/>
						<parameter name="Keq_1471" value="3200"/>
						<parameter name="Kp3g_1471" value="0.53"/>
						<parameter name="Katp_1471" value="0.3"/>
						<parameter name="Kbpg_1471" value="0.003"/>
						<parameter name="Kadp_1471" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_78" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1472)*((P3G_78)/(Kp3g_1472)-(P2G_78)/((Kp3g_1472)*(Keq_1472))))/(1                   +(P3G_78)/(Kp3g_1472)+(P2G_78)/(Kp2g_1472))">
					<listOfParameters>
						<parameter name="Vmax_1472" value="3402.251735082336"/>
						<parameter name="Kp3g_1472" value="1.2"/>
						<parameter name="Keq_1472" value="0.19"/>
						<parameter name="Kp2g_1472" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_78" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1473)*((P2G_78)/(Kp2g_1473)-(PEP_78)/((Kp2g_1473)*(Keq_1473))))/(1                   +(P2G_78)/(Kp2g_1473)+(PEP_78)/(Kpep_1473))">
					<listOfParameters>
						<parameter name="Vmax_1473" value="152.0982115207393"/>
						<parameter name="Kp2g_1473" value="0.04"/>
						<parameter name="Keq_1473" value="6.7"/>
						<parameter name="Kpep_1473" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_78" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_78" stoichiometry="1"/>
					<specieReference specie="PEP_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_78" stoichiometry="1"/>
					<specieReference specie="PYR_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1474)*(((PEP_78)*(ADP_78))/((Kpep_1474)*(Kadp_1474))-((PYR_78)*(ATP_78))/(((Kpep_1474)*(Kadp_1474))*(Keq_1474))))/((1                   +(PEP_78)/(Kpep_1474)+(PYR_78)/(Kpyr_1474))*(1                   +(ADP_78)/(Kadp_1474)+(ATP_78)/(Katp_1474)))">
					<listOfParameters>
						<parameter name="Vmax_1474" value="928.7941975339401"/>
						<parameter name="Kpep_1474" value="0.14"/>
						<parameter name="Kadp_1474" value="0.53"/>
						<parameter name="Keq_1474" value="6500"/>
						<parameter name="Kpyr_1474" value="21"/>
						<parameter name="Katp_1474" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_78" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_78" stoichiometry="1"/>
					<specieReference specie="CO2_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1475)*(((PYR_78)/(Kpyr_1475))^(nH_1475)))/(1                   +((PYR_78)/(Kpyr_1475))^(nH_1475))">
					<listOfParameters>
						<parameter name="Vmax_1475" value="1018.885944523918"/>
						<parameter name="Kpyr_1475" value="4.33"/>
						<parameter name="nH_1475" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_78" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_78" stoichiometry="1"/>
					<specieReference specie="EtOH_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_78" stoichiometry="1"/>
					<specieReference specie="AcAld_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1476)*(((EtOH_78)*(NAD_78))/((Ketoh_1476)*(Kinad_1476))-((AcAld_78)*(NADH_78))/(((Ketoh_1476)*(Kinad_1476))*(Keq_1476))))/(1                   +(NAD_78)/(Kinad_1476)+((EtOH_78)*(Knad_1476))/((Kinad_1476)*(Ketoh_1476))+((AcAld_78)*(Knadh_1476))/((Kinadh_1476)*(Kacald_1476))+(NADH_78)/(Kinadh_1476)+((EtOH_78)*(NAD_78))/((Kinad_1476)*(Ketoh_1476))+(((NAD_78)*(AcAld_78))*(Knadh_1476))/(((Kinad_1476)*(Kinadh_1476))*(Kacald_1476))+(((EtOH_78)*(NADH_78))*(Knad_1476))/(((Kinad_1476)*(Kinadh_1476))*(Ketoh_1476))+((AcAld_78)*(NADH_78))/((Kacald_1476)*(Kinadh_1476))+(((EtOH_78)*(NAD_78))*(AcAld_78))/(((Kinad_1476)*(Kiacald_1476))*(Ketoh_1476))+(((EtOH_78)*(AcAld_78))*(NADH_78))/(((Kietoh_1476)*(Kinadh_1476))*(Kacald_1476)))">
					<listOfParameters>
						<parameter name="Vmax_1476" value="182.5849112594019"/>
						<parameter name="Ketoh_1476" value="17"/>
						<parameter name="Kinad_1476" value="0.92"/>
						<parameter name="Keq_1476" value="6.9e-005"/>
						<parameter name="Knad_1476" value="0.17"/>
						<parameter name="Knadh_1476" value="0.11"/>
						<parameter name="Kinadh_1476" value="0.031"/>
						<parameter name="Kacald_1476" value="1.11"/>
						<parameter name="Kiacald_1476" value="1.1"/>
						<parameter name="Kietoh_1476" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_78" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1477)*(ATP_78)">
					<listOfParameters>
						<parameter name="Katpase_1477" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_78" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_78" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_78" stoichiometry="1"/>
					<specieReference specie="AMP_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1478*ADP_78*ADP_78-k2_1478*ATP_78*AMP_78">
					<listOfParameters>
						<parameter name="k1_1478" value="45"/>
						<parameter name="k2_1478" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_78" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_78" stoichiometry="1"/>
					<specieReference specie="NADH_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_78" stoichiometry="1"/>
					<specieReference specie="Glycerol_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1479)*(((DHAP_78)/(Kdhap_1479))*((NADH_78)/(Knadh_1479))-(((Glycerol_78)/(Kdhap_1479))*((NAD_78)/(Knadh_1479)))*((1                   )/(Keq_1479))))/((1                   +(DHAP_78)/(Kdhap_1479)+(Glycerol_78)/(Kglycerol_1479))*(1                   +(NADH_78)/(Knadh_1479)+(NAD_78)/(Knad_1479)))">
					<listOfParameters>
						<parameter name="Vmax_1479" value="38.89616964741126"/>
						<parameter name="Kdhap_1479" value="0.4"/>
						<parameter name="Knadh_1479" value="0.023"/>
						<parameter name="Keq_1479" value="4300"/>
						<parameter name="Kglycerol_1479" value="1"/>
						<parameter name="Knad_1479" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_78" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_78" stoichiometry="1"/>
					<specieReference specie="G6P_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_78" stoichiometry="1"/>
					<specieReference specie="Glycogen_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1480">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1480" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_78" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_78" stoichiometry="1"/>
					<specieReference specie="G6P_78" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_78" stoichiometry="1"/>
					<specieReference specie="Trehalose_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1481">
					<listOfParameters>
						<parameter name="Ktrehalose_1481" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_78" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_78" stoichiometry="3"/>
					<specieReference specie="AcAld_78" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_78" stoichiometry="3"/>
					<specieReference specie="Succinate_78" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1482)*(AcAld_78)">
					<listOfParameters>
						<parameter name="k_1482" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_79" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1483)*(GLCo_79-GLCi_79))/(Kglc_1483))/(1                   +(GLCo_79+GLCi_79)/(Kglc_1483)+(((Ki_1483)*(GLCo_79))*(GLCi_79))/((Kglc_1483)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1483" value="90.44757828638804"/>
						<parameter name="Kglc_1483" value="1.1918"/>
						<parameter name="Ki_1483" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_79" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_79" stoichiometry="1"/>
					<specieReference specie="ATP_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_79" stoichiometry="1"/>
					<specieReference specie="ADP_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1484)*(((GLCi_79)*(ATP_79))/((Kglc_1484)*(Katp_1484))-((G6P_79)*(ADP_79))/(((Kglc_1484)*(Katp_1484))*(Keq_1484))))/((1                   +(GLCi_79)/(Kglc_1484)+(G6P_79)/(Kg6p_1484))*(1                   +(ATP_79)/(Katp_1484)+(ADP_79)/(Kadp_1484)))">
					<listOfParameters>
						<parameter name="Vmax_1484" value="263.9933746840255"/>
						<parameter name="Kglc_1484" value="0.08"/>
						<parameter name="Katp_1484" value="0.15"/>
						<parameter name="Keq_1484" value="2000"/>
						<parameter name="Kg6p_1484" value="30"/>
						<parameter name="Kadp_1484" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_79" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1485)*((G6P_79)/(Kg6p_1485)-(F6P_79)/((Kg6p_1485)*(Keq_1485))))/(1                   +(G6P_79)/(Kg6p_1485)+(F6P_79)/(Kf6p_1485))">
					<listOfParameters>
						<parameter name="Vmax_1485" value="1473.490745132288"/>
						<parameter name="Kg6p_1485" value="1.4"/>
						<parameter name="Keq_1485" value="0.29"/>
						<parameter name="Kf6p_1485" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_79" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_79" stoichiometry="1"/>
					<specieReference specie="F6P_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_79" stoichiometry="1"/>
					<specieReference specie="F16bP_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1486)*(((((gR_1486)*((F6P_79)/(Kf6p_1486)))*((ATP_79)/(Katp_1486)))*(1                   +(F6P_79)/(Kf6p_1486)+(ATP_79)/(Katp_1486)+((((gR_1486)*(F6P_79))/(Kf6p_1486))*(ATP_79))/(Katp_1486)))/((1                   +(F6P_79)/(Kf6p_1486)+(ATP_79)/(Katp_1486)+((((gR_1486)*(F6P_79))/(Kf6p_1486))*(ATP_79))/(Katp_1486))^(2                   )+((((L0_1486)*(((1                   +((Ciatp_1486)*(ATP_79))/(Kiatp_1486))/(1                   +(ATP_79)/(Kiatp_1486)))^(2                   )))*(((1                   +((Camp_1486)*(AMP_79))/(Kamp_1486))/(1                   +(AMP_79)/(Kamp_1486)))^(2                   )))*(((1                   +((Cf26_1486)*(F26bP_79))/(Kf26_1486)+((Cf16_1486)*(F16bP_79))/(Kf16_1486))/(1                   +(F26bP_79)/(Kf26_1486)+(F16bP_79)/(Kf16_1486)))^(2                   )))*((1                   +((Catp_1486)*(ATP_79))/(Katp_1486))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1486" value="107.2518199652988"/>
						<parameter name="gR_1486" value="5.12"/>
						<parameter name="Kf6p_1486" value="0.1"/>
						<parameter name="Katp_1486" value="0.71"/>
						<parameter name="L0_1486" value="0.66"/>
						<parameter name="Ciatp_1486" value="100"/>
						<parameter name="Kiatp_1486" value="0.65"/>
						<parameter name="Camp_1486" value="0.08450000000000001"/>
						<parameter name="Kamp_1486" value="0.09950000000000001"/>
						<parameter name="Cf26_1486" value="0.0174"/>
						<parameter name="Kf26_1486" value="0.000682"/>
						<parameter name="Cf16_1486" value="0.397"/>
						<parameter name="Kf16_1486" value="0.111"/>
						<parameter name="Catp_1486" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_79" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_79" stoichiometry="1"/>
					<specieReference specie="GAP_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1487)*((F16bP_79)/(Kf16bp_1487)-((DHAP_79)*(GAP_79))/((Kf16bp_1487)*(Keq_1487))))/(1                   +(F16bP_79)/(Kf16bp_1487)+(DHAP_79)/(Kdhap_1487)+(GAP_79)/(Kgap_1487)+((F16bP_79)*(GAP_79))/((Kf16bp_1487)*(Kigap_1487))+((DHAP_79)*(GAP_79))/((Kdhap_1487)*(Kgap_1487)))">
					<listOfParameters>
						<parameter name="Vmax_1487" value="69.75824296850055"/>
						<parameter name="Kf16bp_1487" value="0.3"/>
						<parameter name="Keq_1487" value="0.06900000000000001"/>
						<parameter name="Kdhap_1487" value="2"/>
						<parameter name="Kgap_1487" value="2.4"/>
						<parameter name="Kigap_1487" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_79" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1488*DHAP_79-k2_1488*GAP_79">
					<listOfParameters>
						<parameter name="k1_1488" value="450000"/>
						<parameter name="k2_1488" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_79" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_79" stoichiometry="1"/>
					<specieReference specie="NAD_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_79" stoichiometry="1"/>
					<specieReference specie="NADH_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1489)*((((Vmaxf_1489)*(GAP_79))*(NAD_79))/((Kgap_1489)*(Knad_1489))-(((Vmaxr_1489)*(BPG_79))*(NADH_79))/((Kbpg_1489)*(Knadh_1489))))/((1                   +(GAP_79)/(Kgap_1489)+(BPG_79)/(Kbpg_1489))*(1                   +(NAD_79)/(Knad_1489)+(NADH_79)/(Knadh_1489)))">
					<listOfParameters>
						<parameter name="C_1489" value="1"/>
						<parameter name="Vmaxf_1489" value="1152"/>
						<parameter name="Kgap_1489" value="0.21"/>
						<parameter name="Knad_1489" value="0.09"/>
						<parameter name="Vmaxr_1489" value="6039.767436233061"/>
						<parameter name="Kbpg_1489" value="0.0098"/>
						<parameter name="Knadh_1489" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_79" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_79" stoichiometry="1"/>
					<specieReference specie="BPG_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_79" stoichiometry="1"/>
					<specieReference specie="P3G_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1490)*((((Keq_1490)*(BPG_79))*(ADP_79)-(P3G_79)*(ATP_79))/((Kp3g_1490)*(Katp_1490))))/((1                   +(BPG_79)/(Kbpg_1490)+(P3G_79)/(Kp3g_1490))*(1                   +(ADP_79)/(Kadp_1490)+(ATP_79)/(Katp_1490)))">
					<listOfParameters>
						<parameter name="Vmax_1490" value="1644.983630795624"/>
						<parameter name="Keq_1490" value="3200"/>
						<parameter name="Kp3g_1490" value="0.53"/>
						<parameter name="Katp_1490" value="0.3"/>
						<parameter name="Kbpg_1490" value="0.003"/>
						<parameter name="Kadp_1490" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_79" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1491)*((P3G_79)/(Kp3g_1491)-(P2G_79)/((Kp3g_1491)*(Keq_1491))))/(1                   +(P3G_79)/(Kp3g_1491)+(P2G_79)/(Kp2g_1491))">
					<listOfParameters>
						<parameter name="Vmax_1491" value="2038.545155522982"/>
						<parameter name="Kp3g_1491" value="1.2"/>
						<parameter name="Keq_1491" value="0.19"/>
						<parameter name="Kp2g_1491" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_79" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1492)*((P2G_79)/(Kp2g_1492)-(PEP_79)/((Kp2g_1492)*(Keq_1492))))/(1                   +(P2G_79)/(Kp2g_1492)+(PEP_79)/(Kpep_1492))">
					<listOfParameters>
						<parameter name="Vmax_1492" value="159.3956769555048"/>
						<parameter name="Kp2g_1492" value="0.04"/>
						<parameter name="Keq_1492" value="6.7"/>
						<parameter name="Kpep_1492" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_79" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_79" stoichiometry="1"/>
					<specieReference specie="PEP_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_79" stoichiometry="1"/>
					<specieReference specie="PYR_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1493)*(((PEP_79)*(ADP_79))/((Kpep_1493)*(Kadp_1493))-((PYR_79)*(ATP_79))/(((Kpep_1493)*(Kadp_1493))*(Keq_1493))))/((1                   +(PEP_79)/(Kpep_1493)+(PYR_79)/(Kpyr_1493))*(1                   +(ADP_79)/(Kadp_1493)+(ATP_79)/(Katp_1493)))">
					<listOfParameters>
						<parameter name="Vmax_1493" value="892.888069790961"/>
						<parameter name="Kpep_1493" value="0.14"/>
						<parameter name="Kadp_1493" value="0.53"/>
						<parameter name="Keq_1493" value="6500"/>
						<parameter name="Kpyr_1493" value="21"/>
						<parameter name="Katp_1493" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_79" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_79" stoichiometry="1"/>
					<specieReference specie="CO2_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1494)*(((PYR_79)/(Kpyr_1494))^(nH_1494)))/(1                   +((PYR_79)/(Kpyr_1494))^(nH_1494))">
					<listOfParameters>
						<parameter name="Vmax_1494" value="1026.116650320239"/>
						<parameter name="Kpyr_1494" value="4.33"/>
						<parameter name="nH_1494" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_79" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_79" stoichiometry="1"/>
					<specieReference specie="EtOH_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_79" stoichiometry="1"/>
					<specieReference specie="AcAld_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1495)*(((EtOH_79)*(NAD_79))/((Ketoh_1495)*(Kinad_1495))-((AcAld_79)*(NADH_79))/(((Ketoh_1495)*(Kinad_1495))*(Keq_1495))))/(1                   +(NAD_79)/(Kinad_1495)+((EtOH_79)*(Knad_1495))/((Kinad_1495)*(Ketoh_1495))+((AcAld_79)*(Knadh_1495))/((Kinadh_1495)*(Kacald_1495))+(NADH_79)/(Kinadh_1495)+((EtOH_79)*(NAD_79))/((Kinad_1495)*(Ketoh_1495))+(((NAD_79)*(AcAld_79))*(Knadh_1495))/(((Kinad_1495)*(Kinadh_1495))*(Kacald_1495))+(((EtOH_79)*(NADH_79))*(Knad_1495))/(((Kinad_1495)*(Kinadh_1495))*(Ketoh_1495))+((AcAld_79)*(NADH_79))/((Kacald_1495)*(Kinadh_1495))+(((EtOH_79)*(NAD_79))*(AcAld_79))/(((Kinad_1495)*(Kiacald_1495))*(Ketoh_1495))+(((EtOH_79)*(AcAld_79))*(NADH_79))/(((Kietoh_1495)*(Kinadh_1495))*(Kacald_1495)))">
					<listOfParameters>
						<parameter name="Vmax_1495" value="143.255877696398"/>
						<parameter name="Ketoh_1495" value="17"/>
						<parameter name="Kinad_1495" value="0.92"/>
						<parameter name="Keq_1495" value="6.9e-005"/>
						<parameter name="Knad_1495" value="0.17"/>
						<parameter name="Knadh_1495" value="0.11"/>
						<parameter name="Kinadh_1495" value="0.031"/>
						<parameter name="Kacald_1495" value="1.11"/>
						<parameter name="Kiacald_1495" value="1.1"/>
						<parameter name="Kietoh_1495" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_79" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1496)*(ATP_79)">
					<listOfParameters>
						<parameter name="Katpase_1496" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_79" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_79" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_79" stoichiometry="1"/>
					<specieReference specie="AMP_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1497*ADP_79*ADP_79-k2_1497*ATP_79*AMP_79">
					<listOfParameters>
						<parameter name="k1_1497" value="45"/>
						<parameter name="k2_1497" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_79" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_79" stoichiometry="1"/>
					<specieReference specie="NADH_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_79" stoichiometry="1"/>
					<specieReference specie="Glycerol_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1498)*(((DHAP_79)/(Kdhap_1498))*((NADH_79)/(Knadh_1498))-(((Glycerol_79)/(Kdhap_1498))*((NAD_79)/(Knadh_1498)))*((1                   )/(Keq_1498))))/((1                   +(DHAP_79)/(Kdhap_1498)+(Glycerol_79)/(Kglycerol_1498))*(1                   +(NADH_79)/(Knadh_1498)+(NAD_79)/(Knad_1498)))">
					<listOfParameters>
						<parameter name="Vmax_1498" value="59.05094912717372"/>
						<parameter name="Kdhap_1498" value="0.4"/>
						<parameter name="Knadh_1498" value="0.023"/>
						<parameter name="Keq_1498" value="4300"/>
						<parameter name="Kglycerol_1498" value="1"/>
						<parameter name="Knad_1498" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_79" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_79" stoichiometry="1"/>
					<specieReference specie="G6P_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_79" stoichiometry="1"/>
					<specieReference specie="Glycogen_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1499">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1499" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_79" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_79" stoichiometry="1"/>
					<specieReference specie="G6P_79" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_79" stoichiometry="1"/>
					<specieReference specie="Trehalose_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1500">
					<listOfParameters>
						<parameter name="Ktrehalose_1500" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_79" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_79" stoichiometry="3"/>
					<specieReference specie="AcAld_79" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_79" stoichiometry="3"/>
					<specieReference specie="Succinate_79" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1501)*(AcAld_79)">
					<listOfParameters>
						<parameter name="k_1501" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_80" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1502)*(GLCo_80-GLCi_80))/(Kglc_1502))/(1                   +(GLCo_80+GLCi_80)/(Kglc_1502)+(((Ki_1502)*(GLCo_80))*(GLCi_80))/((Kglc_1502)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1502" value="143.4257220163952"/>
						<parameter name="Kglc_1502" value="1.1918"/>
						<parameter name="Ki_1502" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_80" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_80" stoichiometry="1"/>
					<specieReference specie="ATP_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_80" stoichiometry="1"/>
					<specieReference specie="ADP_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1503)*(((GLCi_80)*(ATP_80))/((Kglc_1503)*(Katp_1503))-((G6P_80)*(ADP_80))/(((Kglc_1503)*(Katp_1503))*(Keq_1503))))/((1                   +(GLCi_80)/(Kglc_1503)+(G6P_80)/(Kg6p_1503))*(1                   +(ATP_80)/(Katp_1503)+(ADP_80)/(Kadp_1503)))">
					<listOfParameters>
						<parameter name="Vmax_1503" value="230.2687772700549"/>
						<parameter name="Kglc_1503" value="0.08"/>
						<parameter name="Katp_1503" value="0.15"/>
						<parameter name="Keq_1503" value="2000"/>
						<parameter name="Kg6p_1503" value="30"/>
						<parameter name="Kadp_1503" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_80" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1504)*((G6P_80)/(Kg6p_1504)-(F6P_80)/((Kg6p_1504)*(Keq_1504))))/(1                   +(G6P_80)/(Kg6p_1504)+(F6P_80)/(Kf6p_1504))">
					<listOfParameters>
						<parameter name="Vmax_1504" value="843.4784331203755"/>
						<parameter name="Kg6p_1504" value="1.4"/>
						<parameter name="Keq_1504" value="0.29"/>
						<parameter name="Kf6p_1504" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_80" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_80" stoichiometry="1"/>
					<specieReference specie="F6P_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_80" stoichiometry="1"/>
					<specieReference specie="F16bP_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1505)*(((((gR_1505)*((F6P_80)/(Kf6p_1505)))*((ATP_80)/(Katp_1505)))*(1                   +(F6P_80)/(Kf6p_1505)+(ATP_80)/(Katp_1505)+((((gR_1505)*(F6P_80))/(Kf6p_1505))*(ATP_80))/(Katp_1505)))/((1                   +(F6P_80)/(Kf6p_1505)+(ATP_80)/(Katp_1505)+((((gR_1505)*(F6P_80))/(Kf6p_1505))*(ATP_80))/(Katp_1505))^(2                   )+((((L0_1505)*(((1                   +((Ciatp_1505)*(ATP_80))/(Kiatp_1505))/(1                   +(ATP_80)/(Kiatp_1505)))^(2                   )))*(((1                   +((Camp_1505)*(AMP_80))/(Kamp_1505))/(1                   +(AMP_80)/(Kamp_1505)))^(2                   )))*(((1                   +((Cf26_1505)*(F26bP_80))/(Kf26_1505)+((Cf16_1505)*(F16bP_80))/(Kf16_1505))/(1                   +(F26bP_80)/(Kf26_1505)+(F16bP_80)/(Kf16_1505)))^(2                   )))*((1                   +((Catp_1505)*(ATP_80))/(Katp_1505))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1505" value="126.0149177917842"/>
						<parameter name="gR_1505" value="5.12"/>
						<parameter name="Kf6p_1505" value="0.1"/>
						<parameter name="Katp_1505" value="0.71"/>
						<parameter name="L0_1505" value="0.66"/>
						<parameter name="Ciatp_1505" value="100"/>
						<parameter name="Kiatp_1505" value="0.65"/>
						<parameter name="Camp_1505" value="0.08450000000000001"/>
						<parameter name="Kamp_1505" value="0.09950000000000001"/>
						<parameter name="Cf26_1505" value="0.0174"/>
						<parameter name="Kf26_1505" value="0.000682"/>
						<parameter name="Cf16_1505" value="0.397"/>
						<parameter name="Kf16_1505" value="0.111"/>
						<parameter name="Catp_1505" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_80" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_80" stoichiometry="1"/>
					<specieReference specie="GAP_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1506)*((F16bP_80)/(Kf16bp_1506)-((DHAP_80)*(GAP_80))/((Kf16bp_1506)*(Keq_1506))))/(1                   +(F16bP_80)/(Kf16bp_1506)+(DHAP_80)/(Kdhap_1506)+(GAP_80)/(Kgap_1506)+((F16bP_80)*(GAP_80))/((Kf16bp_1506)*(Kigap_1506))+((DHAP_80)*(GAP_80))/((Kdhap_1506)*(Kgap_1506)))">
					<listOfParameters>
						<parameter name="Vmax_1506" value="61.43567413797123"/>
						<parameter name="Kf16bp_1506" value="0.3"/>
						<parameter name="Keq_1506" value="0.06900000000000001"/>
						<parameter name="Kdhap_1506" value="2"/>
						<parameter name="Kgap_1506" value="2.4"/>
						<parameter name="Kigap_1506" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_80" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1507*DHAP_80-k2_1507*GAP_80">
					<listOfParameters>
						<parameter name="k1_1507" value="450000"/>
						<parameter name="k2_1507" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_80" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_80" stoichiometry="1"/>
					<specieReference specie="NAD_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_80" stoichiometry="1"/>
					<specieReference specie="NADH_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1508)*((((Vmaxf_1508)*(GAP_80))*(NAD_80))/((Kgap_1508)*(Knad_1508))-(((Vmaxr_1508)*(BPG_80))*(NADH_80))/((Kbpg_1508)*(Knadh_1508))))/((1                   +(GAP_80)/(Kgap_1508)+(BPG_80)/(Kbpg_1508))*(1                   +(NAD_80)/(Knad_1508)+(NADH_80)/(Knadh_1508)))">
					<listOfParameters>
						<parameter name="C_1508" value="1"/>
						<parameter name="Vmaxf_1508" value="1152"/>
						<parameter name="Kgap_1508" value="0.21"/>
						<parameter name="Knad_1508" value="0.09"/>
						<parameter name="Vmaxr_1508" value="7678.151083780882"/>
						<parameter name="Kbpg_1508" value="0.0098"/>
						<parameter name="Knadh_1508" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_80" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_80" stoichiometry="1"/>
					<specieReference specie="BPG_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_80" stoichiometry="1"/>
					<specieReference specie="P3G_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1509)*((((Keq_1509)*(BPG_80))*(ADP_80)-(P3G_80)*(ATP_80))/((Kp3g_1509)*(Katp_1509))))/((1                   +(BPG_80)/(Kbpg_1509)+(P3G_80)/(Kp3g_1509))*(1                   +(ADP_80)/(Kadp_1509)+(ATP_80)/(Katp_1509)))">
					<listOfParameters>
						<parameter name="Vmax_1509" value="979.1616359070198"/>
						<parameter name="Keq_1509" value="3200"/>
						<parameter name="Kp3g_1509" value="0.53"/>
						<parameter name="Katp_1509" value="0.3"/>
						<parameter name="Kbpg_1509" value="0.003"/>
						<parameter name="Kadp_1509" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_80" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1510)*((P3G_80)/(Kp3g_1510)-(P2G_80)/((Kp3g_1510)*(Keq_1510))))/(1                   +(P3G_80)/(Kp3g_1510)+(P2G_80)/(Kp2g_1510))">
					<listOfParameters>
						<parameter name="Vmax_1510" value="2695.152517500338"/>
						<parameter name="Kp3g_1510" value="1.2"/>
						<parameter name="Keq_1510" value="0.19"/>
						<parameter name="Kp2g_1510" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_80" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1511)*((P2G_80)/(Kp2g_1511)-(PEP_80)/((Kp2g_1511)*(Keq_1511))))/(1                   +(P2G_80)/(Kp2g_1511)+(PEP_80)/(Kpep_1511))">
					<listOfParameters>
						<parameter name="Vmax_1511" value="193.098781160571"/>
						<parameter name="Kp2g_1511" value="0.04"/>
						<parameter name="Keq_1511" value="6.7"/>
						<parameter name="Kpep_1511" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_80" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_80" stoichiometry="1"/>
					<specieReference specie="PEP_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_80" stoichiometry="1"/>
					<specieReference specie="PYR_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1512)*(((PEP_80)*(ADP_80))/((Kpep_1512)*(Kadp_1512))-((PYR_80)*(ATP_80))/(((Kpep_1512)*(Kadp_1512))*(Keq_1512))))/((1                   +(PEP_80)/(Kpep_1512)+(PYR_80)/(Kpyr_1512))*(1                   +(ADP_80)/(Kadp_1512)+(ATP_80)/(Katp_1512)))">
					<listOfParameters>
						<parameter name="Vmax_1512" value="956.3855614681976"/>
						<parameter name="Kpep_1512" value="0.14"/>
						<parameter name="Kadp_1512" value="0.53"/>
						<parameter name="Keq_1512" value="6500"/>
						<parameter name="Kpyr_1512" value="21"/>
						<parameter name="Katp_1512" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_80" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_80" stoichiometry="1"/>
					<specieReference specie="CO2_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1513)*(((PYR_80)/(Kpyr_1513))^(nH_1513)))/(1                   +((PYR_80)/(Kpyr_1513))^(nH_1513))">
					<listOfParameters>
						<parameter name="Vmax_1513" value="659.4825968861117"/>
						<parameter name="Kpyr_1513" value="4.33"/>
						<parameter name="nH_1513" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_80" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_80" stoichiometry="1"/>
					<specieReference specie="EtOH_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_80" stoichiometry="1"/>
					<specieReference specie="AcAld_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1514)*(((EtOH_80)*(NAD_80))/((Ketoh_1514)*(Kinad_1514))-((AcAld_80)*(NADH_80))/(((Ketoh_1514)*(Kinad_1514))*(Keq_1514))))/(1                   +(NAD_80)/(Kinad_1514)+((EtOH_80)*(Knad_1514))/((Kinad_1514)*(Ketoh_1514))+((AcAld_80)*(Knadh_1514))/((Kinadh_1514)*(Kacald_1514))+(NADH_80)/(Kinadh_1514)+((EtOH_80)*(NAD_80))/((Kinad_1514)*(Ketoh_1514))+(((NAD_80)*(AcAld_80))*(Knadh_1514))/(((Kinad_1514)*(Kinadh_1514))*(Kacald_1514))+(((EtOH_80)*(NADH_80))*(Knad_1514))/(((Kinad_1514)*(Kinadh_1514))*(Ketoh_1514))+((AcAld_80)*(NADH_80))/((Kacald_1514)*(Kinadh_1514))+(((EtOH_80)*(NAD_80))*(AcAld_80))/(((Kinad_1514)*(Kiacald_1514))*(Ketoh_1514))+(((EtOH_80)*(AcAld_80))*(NADH_80))/(((Kietoh_1514)*(Kinadh_1514))*(Kacald_1514)))">
					<listOfParameters>
						<parameter name="Vmax_1514" value="213.6361298913062"/>
						<parameter name="Ketoh_1514" value="17"/>
						<parameter name="Kinad_1514" value="0.92"/>
						<parameter name="Keq_1514" value="6.9e-005"/>
						<parameter name="Knad_1514" value="0.17"/>
						<parameter name="Knadh_1514" value="0.11"/>
						<parameter name="Kinadh_1514" value="0.031"/>
						<parameter name="Kacald_1514" value="1.11"/>
						<parameter name="Kiacald_1514" value="1.1"/>
						<parameter name="Kietoh_1514" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_80" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1515)*(ATP_80)">
					<listOfParameters>
						<parameter name="Katpase_1515" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_80" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_80" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_80" stoichiometry="1"/>
					<specieReference specie="AMP_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1516*ADP_80*ADP_80-k2_1516*ATP_80*AMP_80">
					<listOfParameters>
						<parameter name="k1_1516" value="45"/>
						<parameter name="k2_1516" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_80" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_80" stoichiometry="1"/>
					<specieReference specie="NADH_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_80" stoichiometry="1"/>
					<specieReference specie="Glycerol_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1517)*(((DHAP_80)/(Kdhap_1517))*((NADH_80)/(Knadh_1517))-(((Glycerol_80)/(Kdhap_1517))*((NAD_80)/(Knadh_1517)))*((1                   )/(Keq_1517))))/((1                   +(DHAP_80)/(Kdhap_1517)+(Glycerol_80)/(Kglycerol_1517))*(1                   +(NADH_80)/(Knadh_1517)+(NAD_80)/(Knad_1517)))">
					<listOfParameters>
						<parameter name="Vmax_1517" value="26.50629459108489"/>
						<parameter name="Kdhap_1517" value="0.4"/>
						<parameter name="Knadh_1517" value="0.023"/>
						<parameter name="Keq_1517" value="4300"/>
						<parameter name="Kglycerol_1517" value="1"/>
						<parameter name="Knad_1517" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_80" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_80" stoichiometry="1"/>
					<specieReference specie="G6P_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_80" stoichiometry="1"/>
					<specieReference specie="Glycogen_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1518">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1518" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_80" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_80" stoichiometry="1"/>
					<specieReference specie="G6P_80" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_80" stoichiometry="1"/>
					<specieReference specie="Trehalose_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1519">
					<listOfParameters>
						<parameter name="Ktrehalose_1519" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_80" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_80" stoichiometry="3"/>
					<specieReference specie="AcAld_80" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_80" stoichiometry="3"/>
					<specieReference specie="Succinate_80" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1520)*(AcAld_80)">
					<listOfParameters>
						<parameter name="k_1520" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_81" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1521)*(GLCo_81-GLCi_81))/(Kglc_1521))/(1                   +(GLCo_81+GLCi_81)/(Kglc_1521)+(((Ki_1521)*(GLCo_81))*(GLCi_81))/((Kglc_1521)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1521" value="105.7331996360157"/>
						<parameter name="Kglc_1521" value="1.1918"/>
						<parameter name="Ki_1521" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_81" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_81" stoichiometry="1"/>
					<specieReference specie="ATP_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_81" stoichiometry="1"/>
					<specieReference specie="ADP_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1522)*(((GLCi_81)*(ATP_81))/((Kglc_1522)*(Katp_1522))-((G6P_81)*(ADP_81))/(((Kglc_1522)*(Katp_1522))*(Keq_1522))))/((1                   +(GLCi_81)/(Kglc_1522)+(G6P_81)/(Kg6p_1522))*(1                   +(ATP_81)/(Katp_1522)+(ADP_81)/(Kadp_1522)))">
					<listOfParameters>
						<parameter name="Vmax_1522" value="302.4848305051887"/>
						<parameter name="Kglc_1522" value="0.08"/>
						<parameter name="Katp_1522" value="0.15"/>
						<parameter name="Keq_1522" value="2000"/>
						<parameter name="Kg6p_1522" value="30"/>
						<parameter name="Kadp_1522" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_81" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1523)*((G6P_81)/(Kg6p_1523)-(F6P_81)/((Kg6p_1523)*(Keq_1523))))/(1                   +(G6P_81)/(Kg6p_1523)+(F6P_81)/(Kf6p_1523))">
					<listOfParameters>
						<parameter name="Vmax_1523" value="1116.839885257252"/>
						<parameter name="Kg6p_1523" value="1.4"/>
						<parameter name="Keq_1523" value="0.29"/>
						<parameter name="Kf6p_1523" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_81" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_81" stoichiometry="1"/>
					<specieReference specie="F6P_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_81" stoichiometry="1"/>
					<specieReference specie="F16bP_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1524)*(((((gR_1524)*((F6P_81)/(Kf6p_1524)))*((ATP_81)/(Katp_1524)))*(1                   +(F6P_81)/(Kf6p_1524)+(ATP_81)/(Katp_1524)+((((gR_1524)*(F6P_81))/(Kf6p_1524))*(ATP_81))/(Katp_1524)))/((1                   +(F6P_81)/(Kf6p_1524)+(ATP_81)/(Katp_1524)+((((gR_1524)*(F6P_81))/(Kf6p_1524))*(ATP_81))/(Katp_1524))^(2                   )+((((L0_1524)*(((1                   +((Ciatp_1524)*(ATP_81))/(Kiatp_1524))/(1                   +(ATP_81)/(Kiatp_1524)))^(2                   )))*(((1                   +((Camp_1524)*(AMP_81))/(Kamp_1524))/(1                   +(AMP_81)/(Kamp_1524)))^(2                   )))*(((1                   +((Cf26_1524)*(F26bP_81))/(Kf26_1524)+((Cf16_1524)*(F16bP_81))/(Kf16_1524))/(1                   +(F26bP_81)/(Kf26_1524)+(F16bP_81)/(Kf16_1524)))^(2                   )))*((1                   +((Catp_1524)*(ATP_81))/(Katp_1524))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1524" value="95.56533988529955"/>
						<parameter name="gR_1524" value="5.12"/>
						<parameter name="Kf6p_1524" value="0.1"/>
						<parameter name="Katp_1524" value="0.71"/>
						<parameter name="L0_1524" value="0.66"/>
						<parameter name="Ciatp_1524" value="100"/>
						<parameter name="Kiatp_1524" value="0.65"/>
						<parameter name="Camp_1524" value="0.08450000000000001"/>
						<parameter name="Kamp_1524" value="0.09950000000000001"/>
						<parameter name="Cf26_1524" value="0.0174"/>
						<parameter name="Kf26_1524" value="0.000682"/>
						<parameter name="Cf16_1524" value="0.397"/>
						<parameter name="Kf16_1524" value="0.111"/>
						<parameter name="Catp_1524" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_81" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_81" stoichiometry="1"/>
					<specieReference specie="GAP_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1525)*((F16bP_81)/(Kf16bp_1525)-((DHAP_81)*(GAP_81))/((Kf16bp_1525)*(Keq_1525))))/(1                   +(F16bP_81)/(Kf16bp_1525)+(DHAP_81)/(Kdhap_1525)+(GAP_81)/(Kgap_1525)+((F16bP_81)*(GAP_81))/((Kf16bp_1525)*(Kigap_1525))+((DHAP_81)*(GAP_81))/((Kdhap_1525)*(Kgap_1525)))">
					<listOfParameters>
						<parameter name="Vmax_1525" value="152.859254704949"/>
						<parameter name="Kf16bp_1525" value="0.3"/>
						<parameter name="Keq_1525" value="0.06900000000000001"/>
						<parameter name="Kdhap_1525" value="2"/>
						<parameter name="Kgap_1525" value="2.4"/>
						<parameter name="Kigap_1525" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_81" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1526*DHAP_81-k2_1526*GAP_81">
					<listOfParameters>
						<parameter name="k1_1526" value="450000"/>
						<parameter name="k2_1526" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_81" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_81" stoichiometry="1"/>
					<specieReference specie="NAD_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_81" stoichiometry="1"/>
					<specieReference specie="NADH_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1527)*((((Vmaxf_1527)*(GAP_81))*(NAD_81))/((Kgap_1527)*(Knad_1527))-(((Vmaxr_1527)*(BPG_81))*(NADH_81))/((Kbpg_1527)*(Knadh_1527))))/((1                   +(GAP_81)/(Kgap_1527)+(BPG_81)/(Kbpg_1527))*(1                   +(NAD_81)/(Knad_1527)+(NADH_81)/(Knadh_1527)))">
					<listOfParameters>
						<parameter name="C_1527" value="1"/>
						<parameter name="Vmaxf_1527" value="1152"/>
						<parameter name="Kgap_1527" value="0.21"/>
						<parameter name="Knad_1527" value="0.09"/>
						<parameter name="Vmaxr_1527" value="9176.225152688096"/>
						<parameter name="Kbpg_1527" value="0.0098"/>
						<parameter name="Knadh_1527" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_81" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_81" stoichiometry="1"/>
					<specieReference specie="BPG_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_81" stoichiometry="1"/>
					<specieReference specie="P3G_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1528)*((((Keq_1528)*(BPG_81))*(ADP_81)-(P3G_81)*(ATP_81))/((Kp3g_1528)*(Katp_1528))))/((1                   +(BPG_81)/(Kbpg_1528)+(P3G_81)/(Kp3g_1528))*(1                   +(ADP_81)/(Kadp_1528)+(ATP_81)/(Katp_1528)))">
					<listOfParameters>
						<parameter name="Vmax_1528" value="1070.202509010704"/>
						<parameter name="Keq_1528" value="3200"/>
						<parameter name="Kp3g_1528" value="0.53"/>
						<parameter name="Katp_1528" value="0.3"/>
						<parameter name="Kbpg_1528" value="0.003"/>
						<parameter name="Kadp_1528" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_81" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1529)*((P3G_81)/(Kp3g_1529)-(P2G_81)/((Kp3g_1529)*(Keq_1529))))/(1                   +(P3G_81)/(Kp3g_1529)+(P2G_81)/(Kp2g_1529))">
					<listOfParameters>
						<parameter name="Vmax_1529" value="2106.710346639966"/>
						<parameter name="Kp3g_1529" value="1.2"/>
						<parameter name="Keq_1529" value="0.19"/>
						<parameter name="Kp2g_1529" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_81" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1530)*((P2G_81)/(Kp2g_1530)-(PEP_81)/((Kp2g_1530)*(Keq_1530))))/(1                   +(P2G_81)/(Kp2g_1530)+(PEP_81)/(Kpep_1530))">
					<listOfParameters>
						<parameter name="Vmax_1530" value="234.4837441729041"/>
						<parameter name="Kp2g_1530" value="0.04"/>
						<parameter name="Keq_1530" value="6.7"/>
						<parameter name="Kpep_1530" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_81" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_81" stoichiometry="1"/>
					<specieReference specie="PEP_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_81" stoichiometry="1"/>
					<specieReference specie="PYR_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1531)*(((PEP_81)*(ADP_81))/((Kpep_1531)*(Kadp_1531))-((PYR_81)*(ATP_81))/(((Kpep_1531)*(Kadp_1531))*(Keq_1531))))/((1                   +(PEP_81)/(Kpep_1531)+(PYR_81)/(Kpyr_1531))*(1                   +(ADP_81)/(Kadp_1531)+(ATP_81)/(Katp_1531)))">
					<listOfParameters>
						<parameter name="Vmax_1531" value="815.1633456870815"/>
						<parameter name="Kpep_1531" value="0.14"/>
						<parameter name="Kadp_1531" value="0.53"/>
						<parameter name="Keq_1531" value="6500"/>
						<parameter name="Kpyr_1531" value="21"/>
						<parameter name="Katp_1531" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_81" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_81" stoichiometry="1"/>
					<specieReference specie="CO2_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1532)*(((PYR_81)/(Kpyr_1532))^(nH_1532)))/(1                   +((PYR_81)/(Kpyr_1532))^(nH_1532))">
					<listOfParameters>
						<parameter name="Vmax_1532" value="370.2832177983958"/>
						<parameter name="Kpyr_1532" value="4.33"/>
						<parameter name="nH_1532" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_81" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_81" stoichiometry="1"/>
					<specieReference specie="EtOH_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_81" stoichiometry="1"/>
					<specieReference specie="AcAld_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1533)*(((EtOH_81)*(NAD_81))/((Ketoh_1533)*(Kinad_1533))-((AcAld_81)*(NADH_81))/(((Ketoh_1533)*(Kinad_1533))*(Keq_1533))))/(1                   +(NAD_81)/(Kinad_1533)+((EtOH_81)*(Knad_1533))/((Kinad_1533)*(Ketoh_1533))+((AcAld_81)*(Knadh_1533))/((Kinadh_1533)*(Kacald_1533))+(NADH_81)/(Kinadh_1533)+((EtOH_81)*(NAD_81))/((Kinad_1533)*(Ketoh_1533))+(((NAD_81)*(AcAld_81))*(Knadh_1533))/(((Kinad_1533)*(Kinadh_1533))*(Kacald_1533))+(((EtOH_81)*(NADH_81))*(Knad_1533))/(((Kinad_1533)*(Kinadh_1533))*(Ketoh_1533))+((AcAld_81)*(NADH_81))/((Kacald_1533)*(Kinadh_1533))+(((EtOH_81)*(NAD_81))*(AcAld_81))/(((Kinad_1533)*(Kiacald_1533))*(Ketoh_1533))+(((EtOH_81)*(AcAld_81))*(NADH_81))/(((Kietoh_1533)*(Kinadh_1533))*(Kacald_1533)))">
					<listOfParameters>
						<parameter name="Vmax_1533" value="219.6706223216623"/>
						<parameter name="Ketoh_1533" value="17"/>
						<parameter name="Kinad_1533" value="0.92"/>
						<parameter name="Keq_1533" value="6.9e-005"/>
						<parameter name="Knad_1533" value="0.17"/>
						<parameter name="Knadh_1533" value="0.11"/>
						<parameter name="Kinadh_1533" value="0.031"/>
						<parameter name="Kacald_1533" value="1.11"/>
						<parameter name="Kiacald_1533" value="1.1"/>
						<parameter name="Kietoh_1533" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_81" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1534)*(ATP_81)">
					<listOfParameters>
						<parameter name="Katpase_1534" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_81" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_81" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_81" stoichiometry="1"/>
					<specieReference specie="AMP_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1535*ADP_81*ADP_81-k2_1535*ATP_81*AMP_81">
					<listOfParameters>
						<parameter name="k1_1535" value="45"/>
						<parameter name="k2_1535" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_81" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_81" stoichiometry="1"/>
					<specieReference specie="NADH_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_81" stoichiometry="1"/>
					<specieReference specie="Glycerol_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1536)*(((DHAP_81)/(Kdhap_1536))*((NADH_81)/(Knadh_1536))-(((Glycerol_81)/(Kdhap_1536))*((NAD_81)/(Knadh_1536)))*((1                   )/(Keq_1536))))/((1                   +(DHAP_81)/(Kdhap_1536)+(Glycerol_81)/(Kglycerol_1536))*(1                   +(NADH_81)/(Knadh_1536)+(NAD_81)/(Knad_1536)))">
					<listOfParameters>
						<parameter name="Vmax_1536" value="61.31778365287968"/>
						<parameter name="Kdhap_1536" value="0.4"/>
						<parameter name="Knadh_1536" value="0.023"/>
						<parameter name="Keq_1536" value="4300"/>
						<parameter name="Kglycerol_1536" value="1"/>
						<parameter name="Knad_1536" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_81" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_81" stoichiometry="1"/>
					<specieReference specie="G6P_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_81" stoichiometry="1"/>
					<specieReference specie="Glycogen_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1537">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1537" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_81" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_81" stoichiometry="1"/>
					<specieReference specie="G6P_81" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_81" stoichiometry="1"/>
					<specieReference specie="Trehalose_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1538">
					<listOfParameters>
						<parameter name="Ktrehalose_1538" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_81" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_81" stoichiometry="3"/>
					<specieReference specie="AcAld_81" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_81" stoichiometry="3"/>
					<specieReference specie="Succinate_81" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1539)*(AcAld_81)">
					<listOfParameters>
						<parameter name="k_1539" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_82" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1540)*(GLCo_82-GLCi_82))/(Kglc_1540))/(1                   +(GLCo_82+GLCi_82)/(Kglc_1540)+(((Ki_1540)*(GLCo_82))*(GLCi_82))/((Kglc_1540)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1540" value="94.99647929727205"/>
						<parameter name="Kglc_1540" value="1.1918"/>
						<parameter name="Ki_1540" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_82" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_82" stoichiometry="1"/>
					<specieReference specie="ATP_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_82" stoichiometry="1"/>
					<specieReference specie="ADP_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1541)*(((GLCi_82)*(ATP_82))/((Kglc_1541)*(Katp_1541))-((G6P_82)*(ADP_82))/(((Kglc_1541)*(Katp_1541))*(Keq_1541))))/((1                   +(GLCi_82)/(Kglc_1541)+(G6P_82)/(Kg6p_1541))*(1                   +(ATP_82)/(Katp_1541)+(ADP_82)/(Kadp_1541)))">
					<listOfParameters>
						<parameter name="Vmax_1541" value="229.9510564844109"/>
						<parameter name="Kglc_1541" value="0.08"/>
						<parameter name="Katp_1541" value="0.15"/>
						<parameter name="Keq_1541" value="2000"/>
						<parameter name="Kg6p_1541" value="30"/>
						<parameter name="Kadp_1541" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_82" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1542)*((G6P_82)/(Kg6p_1542)-(F6P_82)/((Kg6p_1542)*(Keq_1542))))/(1                   +(G6P_82)/(Kg6p_1542)+(F6P_82)/(Kf6p_1542))">
					<listOfParameters>
						<parameter name="Vmax_1542" value="1188.381931125596"/>
						<parameter name="Kg6p_1542" value="1.4"/>
						<parameter name="Keq_1542" value="0.29"/>
						<parameter name="Kf6p_1542" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_82" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_82" stoichiometry="1"/>
					<specieReference specie="F6P_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_82" stoichiometry="1"/>
					<specieReference specie="F16bP_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1543)*(((((gR_1543)*((F6P_82)/(Kf6p_1543)))*((ATP_82)/(Katp_1543)))*(1                   +(F6P_82)/(Kf6p_1543)+(ATP_82)/(Katp_1543)+((((gR_1543)*(F6P_82))/(Kf6p_1543))*(ATP_82))/(Katp_1543)))/((1                   +(F6P_82)/(Kf6p_1543)+(ATP_82)/(Katp_1543)+((((gR_1543)*(F6P_82))/(Kf6p_1543))*(ATP_82))/(Katp_1543))^(2                   )+((((L0_1543)*(((1                   +((Ciatp_1543)*(ATP_82))/(Kiatp_1543))/(1                   +(ATP_82)/(Kiatp_1543)))^(2                   )))*(((1                   +((Camp_1543)*(AMP_82))/(Kamp_1543))/(1                   +(AMP_82)/(Kamp_1543)))^(2                   )))*(((1                   +((Cf26_1543)*(F26bP_82))/(Kf26_1543)+((Cf16_1543)*(F16bP_82))/(Kf16_1543))/(1                   +(F26bP_82)/(Kf26_1543)+(F16bP_82)/(Kf16_1543)))^(2                   )))*((1                   +((Catp_1543)*(ATP_82))/(Katp_1543))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1543" value="124.9068257477855"/>
						<parameter name="gR_1543" value="5.12"/>
						<parameter name="Kf6p_1543" value="0.1"/>
						<parameter name="Katp_1543" value="0.71"/>
						<parameter name="L0_1543" value="0.66"/>
						<parameter name="Ciatp_1543" value="100"/>
						<parameter name="Kiatp_1543" value="0.65"/>
						<parameter name="Camp_1543" value="0.08450000000000001"/>
						<parameter name="Kamp_1543" value="0.09950000000000001"/>
						<parameter name="Cf26_1543" value="0.0174"/>
						<parameter name="Kf26_1543" value="0.000682"/>
						<parameter name="Cf16_1543" value="0.397"/>
						<parameter name="Kf16_1543" value="0.111"/>
						<parameter name="Catp_1543" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_82" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_82" stoichiometry="1"/>
					<specieReference specie="GAP_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1544)*((F16bP_82)/(Kf16bp_1544)-((DHAP_82)*(GAP_82))/((Kf16bp_1544)*(Keq_1544))))/(1                   +(F16bP_82)/(Kf16bp_1544)+(DHAP_82)/(Kdhap_1544)+(GAP_82)/(Kgap_1544)+((F16bP_82)*(GAP_82))/((Kf16bp_1544)*(Kigap_1544))+((DHAP_82)*(GAP_82))/((Kdhap_1544)*(Kgap_1544)))">
					<listOfParameters>
						<parameter name="Vmax_1544" value="95.74456352955255"/>
						<parameter name="Kf16bp_1544" value="0.3"/>
						<parameter name="Keq_1544" value="0.06900000000000001"/>
						<parameter name="Kdhap_1544" value="2"/>
						<parameter name="Kgap_1544" value="2.4"/>
						<parameter name="Kigap_1544" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_82" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1545*DHAP_82-k2_1545*GAP_82">
					<listOfParameters>
						<parameter name="k1_1545" value="450000"/>
						<parameter name="k2_1545" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_82" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_82" stoichiometry="1"/>
					<specieReference specie="NAD_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_82" stoichiometry="1"/>
					<specieReference specie="NADH_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1546)*((((Vmaxf_1546)*(GAP_82))*(NAD_82))/((Kgap_1546)*(Knad_1546))-(((Vmaxr_1546)*(BPG_82))*(NADH_82))/((Kbpg_1546)*(Knadh_1546))))/((1                   +(GAP_82)/(Kgap_1546)+(BPG_82)/(Kbpg_1546))*(1                   +(NAD_82)/(Knad_1546)+(NADH_82)/(Knadh_1546)))">
					<listOfParameters>
						<parameter name="C_1546" value="1"/>
						<parameter name="Vmaxf_1546" value="1152"/>
						<parameter name="Kgap_1546" value="0.21"/>
						<parameter name="Knad_1546" value="0.09"/>
						<parameter name="Vmaxr_1546" value="4758.111532039111"/>
						<parameter name="Kbpg_1546" value="0.0098"/>
						<parameter name="Knadh_1546" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_82" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_82" stoichiometry="1"/>
					<specieReference specie="BPG_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_82" stoichiometry="1"/>
					<specieReference specie="P3G_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1547)*((((Keq_1547)*(BPG_82))*(ADP_82)-(P3G_82)*(ATP_82))/((Kp3g_1547)*(Katp_1547))))/((1                   +(BPG_82)/(Kbpg_1547)+(P3G_82)/(Kp3g_1547))*(1                   +(ADP_82)/(Kadp_1547)+(ATP_82)/(Katp_1547)))">
					<listOfParameters>
						<parameter name="Vmax_1547" value="1193.438239736948"/>
						<parameter name="Keq_1547" value="3200"/>
						<parameter name="Kp3g_1547" value="0.53"/>
						<parameter name="Katp_1547" value="0.3"/>
						<parameter name="Kbpg_1547" value="0.003"/>
						<parameter name="Kadp_1547" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_82" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1548)*((P3G_82)/(Kp3g_1548)-(P2G_82)/((Kp3g_1548)*(Keq_1548))))/(1                   +(P3G_82)/(Kp3g_1548)+(P2G_82)/(Kp2g_1548))">
					<listOfParameters>
						<parameter name="Vmax_1548" value="2740.268836600202"/>
						<parameter name="Kp3g_1548" value="1.2"/>
						<parameter name="Keq_1548" value="0.19"/>
						<parameter name="Kp2g_1548" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_82" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1549)*((P2G_82)/(Kp2g_1549)-(PEP_82)/((Kp2g_1549)*(Keq_1549))))/(1                   +(P2G_82)/(Kp2g_1549)+(PEP_82)/(Kpep_1549))">
					<listOfParameters>
						<parameter name="Vmax_1549" value="278.6533736567308"/>
						<parameter name="Kp2g_1549" value="0.04"/>
						<parameter name="Keq_1549" value="6.7"/>
						<parameter name="Kpep_1549" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_82" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_82" stoichiometry="1"/>
					<specieReference specie="PEP_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_82" stoichiometry="1"/>
					<specieReference specie="PYR_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1550)*(((PEP_82)*(ADP_82))/((Kpep_1550)*(Kadp_1550))-((PYR_82)*(ATP_82))/(((Kpep_1550)*(Kadp_1550))*(Keq_1550))))/((1                   +(PEP_82)/(Kpep_1550)+(PYR_82)/(Kpyr_1550))*(1                   +(ADP_82)/(Kadp_1550)+(ATP_82)/(Katp_1550)))">
					<listOfParameters>
						<parameter name="Vmax_1550" value="1241.180638077526"/>
						<parameter name="Kpep_1550" value="0.14"/>
						<parameter name="Kadp_1550" value="0.53"/>
						<parameter name="Keq_1550" value="6500"/>
						<parameter name="Kpyr_1550" value="21"/>
						<parameter name="Katp_1550" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_82" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_82" stoichiometry="1"/>
					<specieReference specie="CO2_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1551)*(((PYR_82)/(Kpyr_1551))^(nH_1551)))/(1                   +((PYR_82)/(Kpyr_1551))^(nH_1551))">
					<listOfParameters>
						<parameter name="Vmax_1551" value="794.6629738578469"/>
						<parameter name="Kpyr_1551" value="4.33"/>
						<parameter name="nH_1551" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_82" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_82" stoichiometry="1"/>
					<specieReference specie="EtOH_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_82" stoichiometry="1"/>
					<specieReference specie="AcAld_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1552)*(((EtOH_82)*(NAD_82))/((Ketoh_1552)*(Kinad_1552))-((AcAld_82)*(NADH_82))/(((Ketoh_1552)*(Kinad_1552))*(Keq_1552))))/(1                   +(NAD_82)/(Kinad_1552)+((EtOH_82)*(Knad_1552))/((Kinad_1552)*(Ketoh_1552))+((AcAld_82)*(Knadh_1552))/((Kinadh_1552)*(Kacald_1552))+(NADH_82)/(Kinadh_1552)+((EtOH_82)*(NAD_82))/((Kinad_1552)*(Ketoh_1552))+(((NAD_82)*(AcAld_82))*(Knadh_1552))/(((Kinad_1552)*(Kinadh_1552))*(Kacald_1552))+(((EtOH_82)*(NADH_82))*(Knad_1552))/(((Kinad_1552)*(Kinadh_1552))*(Ketoh_1552))+((AcAld_82)*(NADH_82))/((Kacald_1552)*(Kinadh_1552))+(((EtOH_82)*(NAD_82))*(AcAld_82))/(((Kinad_1552)*(Kiacald_1552))*(Ketoh_1552))+(((EtOH_82)*(AcAld_82))*(NADH_82))/(((Kietoh_1552)*(Kinadh_1552))*(Kacald_1552)))">
					<listOfParameters>
						<parameter name="Vmax_1552" value="206.1494074197444"/>
						<parameter name="Ketoh_1552" value="17"/>
						<parameter name="Kinad_1552" value="0.92"/>
						<parameter name="Keq_1552" value="6.9e-005"/>
						<parameter name="Knad_1552" value="0.17"/>
						<parameter name="Knadh_1552" value="0.11"/>
						<parameter name="Kinadh_1552" value="0.031"/>
						<parameter name="Kacald_1552" value="1.11"/>
						<parameter name="Kiacald_1552" value="1.1"/>
						<parameter name="Kietoh_1552" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_82" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1553)*(ATP_82)">
					<listOfParameters>
						<parameter name="Katpase_1553" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_82" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_82" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_82" stoichiometry="1"/>
					<specieReference specie="AMP_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1554*ADP_82*ADP_82-k2_1554*ATP_82*AMP_82">
					<listOfParameters>
						<parameter name="k1_1554" value="45"/>
						<parameter name="k2_1554" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_82" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_82" stoichiometry="1"/>
					<specieReference specie="NADH_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_82" stoichiometry="1"/>
					<specieReference specie="Glycerol_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1555)*(((DHAP_82)/(Kdhap_1555))*((NADH_82)/(Knadh_1555))-(((Glycerol_82)/(Kdhap_1555))*((NAD_82)/(Knadh_1555)))*((1                   )/(Keq_1555))))/((1                   +(DHAP_82)/(Kdhap_1555)+(Glycerol_82)/(Kglycerol_1555))*(1                   +(NADH_82)/(Knadh_1555)+(NAD_82)/(Knad_1555)))">
					<listOfParameters>
						<parameter name="Vmax_1555" value="53.72680911131206"/>
						<parameter name="Kdhap_1555" value="0.4"/>
						<parameter name="Knadh_1555" value="0.023"/>
						<parameter name="Keq_1555" value="4300"/>
						<parameter name="Kglycerol_1555" value="1"/>
						<parameter name="Knad_1555" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_82" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_82" stoichiometry="1"/>
					<specieReference specie="G6P_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_82" stoichiometry="1"/>
					<specieReference specie="Glycogen_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1556">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1556" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_82" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_82" stoichiometry="1"/>
					<specieReference specie="G6P_82" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_82" stoichiometry="1"/>
					<specieReference specie="Trehalose_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1557">
					<listOfParameters>
						<parameter name="Ktrehalose_1557" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_82" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_82" stoichiometry="3"/>
					<specieReference specie="AcAld_82" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_82" stoichiometry="3"/>
					<specieReference specie="Succinate_82" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1558)*(AcAld_82)">
					<listOfParameters>
						<parameter name="k_1558" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_83" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1559)*(GLCo_83-GLCi_83))/(Kglc_1559))/(1                   +(GLCo_83+GLCi_83)/(Kglc_1559)+(((Ki_1559)*(GLCo_83))*(GLCi_83))/((Kglc_1559)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1559" value="81.07680783291539"/>
						<parameter name="Kglc_1559" value="1.1918"/>
						<parameter name="Ki_1559" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_83" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_83" stoichiometry="1"/>
					<specieReference specie="ATP_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_83" stoichiometry="1"/>
					<specieReference specie="ADP_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1560)*(((GLCi_83)*(ATP_83))/((Kglc_1560)*(Katp_1560))-((G6P_83)*(ADP_83))/(((Kglc_1560)*(Katp_1560))*(Keq_1560))))/((1                   +(GLCi_83)/(Kglc_1560)+(G6P_83)/(Kg6p_1560))*(1                   +(ATP_83)/(Katp_1560)+(ADP_83)/(Kadp_1560)))">
					<listOfParameters>
						<parameter name="Vmax_1560" value="226.2384134386022"/>
						<parameter name="Kglc_1560" value="0.08"/>
						<parameter name="Katp_1560" value="0.15"/>
						<parameter name="Keq_1560" value="2000"/>
						<parameter name="Kg6p_1560" value="30"/>
						<parameter name="Kadp_1560" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_83" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1561)*((G6P_83)/(Kg6p_1561)-(F6P_83)/((Kg6p_1561)*(Keq_1561))))/(1                   +(G6P_83)/(Kg6p_1561)+(F6P_83)/(Kf6p_1561))">
					<listOfParameters>
						<parameter name="Vmax_1561" value="1330.734234700711"/>
						<parameter name="Kg6p_1561" value="1.4"/>
						<parameter name="Keq_1561" value="0.29"/>
						<parameter name="Kf6p_1561" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_83" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_83" stoichiometry="1"/>
					<specieReference specie="F6P_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_83" stoichiometry="1"/>
					<specieReference specie="F16bP_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1562)*(((((gR_1562)*((F6P_83)/(Kf6p_1562)))*((ATP_83)/(Katp_1562)))*(1                   +(F6P_83)/(Kf6p_1562)+(ATP_83)/(Katp_1562)+((((gR_1562)*(F6P_83))/(Kf6p_1562))*(ATP_83))/(Katp_1562)))/((1                   +(F6P_83)/(Kf6p_1562)+(ATP_83)/(Katp_1562)+((((gR_1562)*(F6P_83))/(Kf6p_1562))*(ATP_83))/(Katp_1562))^(2                   )+((((L0_1562)*(((1                   +((Ciatp_1562)*(ATP_83))/(Kiatp_1562))/(1                   +(ATP_83)/(Kiatp_1562)))^(2                   )))*(((1                   +((Camp_1562)*(AMP_83))/(Kamp_1562))/(1                   +(AMP_83)/(Kamp_1562)))^(2                   )))*(((1                   +((Cf26_1562)*(F26bP_83))/(Kf26_1562)+((Cf16_1562)*(F16bP_83))/(Kf16_1562))/(1                   +(F26bP_83)/(Kf26_1562)+(F16bP_83)/(Kf16_1562)))^(2                   )))*((1                   +((Catp_1562)*(ATP_83))/(Katp_1562))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1562" value="109.0069538179514"/>
						<parameter name="gR_1562" value="5.12"/>
						<parameter name="Kf6p_1562" value="0.1"/>
						<parameter name="Katp_1562" value="0.71"/>
						<parameter name="L0_1562" value="0.66"/>
						<parameter name="Ciatp_1562" value="100"/>
						<parameter name="Kiatp_1562" value="0.65"/>
						<parameter name="Camp_1562" value="0.08450000000000001"/>
						<parameter name="Kamp_1562" value="0.09950000000000001"/>
						<parameter name="Cf26_1562" value="0.0174"/>
						<parameter name="Kf26_1562" value="0.000682"/>
						<parameter name="Cf16_1562" value="0.397"/>
						<parameter name="Kf16_1562" value="0.111"/>
						<parameter name="Catp_1562" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_83" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_83" stoichiometry="1"/>
					<specieReference specie="GAP_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1563)*((F16bP_83)/(Kf16bp_1563)-((DHAP_83)*(GAP_83))/((Kf16bp_1563)*(Keq_1563))))/(1                   +(F16bP_83)/(Kf16bp_1563)+(DHAP_83)/(Kdhap_1563)+(GAP_83)/(Kgap_1563)+((F16bP_83)*(GAP_83))/((Kf16bp_1563)*(Kigap_1563))+((DHAP_83)*(GAP_83))/((Kdhap_1563)*(Kgap_1563)))">
					<listOfParameters>
						<parameter name="Vmax_1563" value="81.08328800607784"/>
						<parameter name="Kf16bp_1563" value="0.3"/>
						<parameter name="Keq_1563" value="0.06900000000000001"/>
						<parameter name="Kdhap_1563" value="2"/>
						<parameter name="Kgap_1563" value="2.4"/>
						<parameter name="Kigap_1563" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_83" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1564*DHAP_83-k2_1564*GAP_83">
					<listOfParameters>
						<parameter name="k1_1564" value="450000"/>
						<parameter name="k2_1564" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_83" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_83" stoichiometry="1"/>
					<specieReference specie="NAD_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_83" stoichiometry="1"/>
					<specieReference specie="NADH_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1565)*((((Vmaxf_1565)*(GAP_83))*(NAD_83))/((Kgap_1565)*(Knad_1565))-(((Vmaxr_1565)*(BPG_83))*(NADH_83))/((Kbpg_1565)*(Knadh_1565))))/((1                   +(GAP_83)/(Kgap_1565)+(BPG_83)/(Kbpg_1565))*(1                   +(NAD_83)/(Knad_1565)+(NADH_83)/(Knadh_1565)))">
					<listOfParameters>
						<parameter name="C_1565" value="1"/>
						<parameter name="Vmaxf_1565" value="1152"/>
						<parameter name="Kgap_1565" value="0.21"/>
						<parameter name="Knad_1565" value="0.09"/>
						<parameter name="Vmaxr_1565" value="7497.086396062067"/>
						<parameter name="Kbpg_1565" value="0.0098"/>
						<parameter name="Knadh_1565" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_83" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_83" stoichiometry="1"/>
					<specieReference specie="BPG_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_83" stoichiometry="1"/>
					<specieReference specie="P3G_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1566)*((((Keq_1566)*(BPG_83))*(ADP_83)-(P3G_83)*(ATP_83))/((Kp3g_1566)*(Katp_1566))))/((1                   +(BPG_83)/(Kbpg_1566)+(P3G_83)/(Kp3g_1566))*(1                   +(ADP_83)/(Kadp_1566)+(ATP_83)/(Katp_1566)))">
					<listOfParameters>
						<parameter name="Vmax_1566" value="1392.001634071369"/>
						<parameter name="Keq_1566" value="3200"/>
						<parameter name="Kp3g_1566" value="0.53"/>
						<parameter name="Katp_1566" value="0.3"/>
						<parameter name="Kbpg_1566" value="0.003"/>
						<parameter name="Kadp_1566" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_83" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1567)*((P3G_83)/(Kp3g_1567)-(P2G_83)/((Kp3g_1567)*(Keq_1567))))/(1                   +(P3G_83)/(Kp3g_1567)+(P2G_83)/(Kp2g_1567))">
					<listOfParameters>
						<parameter name="Vmax_1567" value="2948.09379523025"/>
						<parameter name="Kp3g_1567" value="1.2"/>
						<parameter name="Keq_1567" value="0.19"/>
						<parameter name="Kp2g_1567" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_83" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1568)*((P2G_83)/(Kp2g_1568)-(PEP_83)/((Kp2g_1568)*(Keq_1568))))/(1                   +(P2G_83)/(Kp2g_1568)+(PEP_83)/(Kpep_1568))">
					<listOfParameters>
						<parameter name="Vmax_1568" value="194.4243470183892"/>
						<parameter name="Kp2g_1568" value="0.04"/>
						<parameter name="Keq_1568" value="6.7"/>
						<parameter name="Kpep_1568" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_83" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_83" stoichiometry="1"/>
					<specieReference specie="PEP_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_83" stoichiometry="1"/>
					<specieReference specie="PYR_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1569)*(((PEP_83)*(ADP_83))/((Kpep_1569)*(Kadp_1569))-((PYR_83)*(ATP_83))/(((Kpep_1569)*(Kadp_1569))*(Keq_1569))))/((1                   +(PEP_83)/(Kpep_1569)+(PYR_83)/(Kpyr_1569))*(1                   +(ADP_83)/(Kadp_1569)+(ATP_83)/(Katp_1569)))">
					<listOfParameters>
						<parameter name="Vmax_1569" value="965.2086601741893"/>
						<parameter name="Kpep_1569" value="0.14"/>
						<parameter name="Kadp_1569" value="0.53"/>
						<parameter name="Keq_1569" value="6500"/>
						<parameter name="Kpyr_1569" value="21"/>
						<parameter name="Katp_1569" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_83" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_83" stoichiometry="1"/>
					<specieReference specie="CO2_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1570)*(((PYR_83)/(Kpyr_1570))^(nH_1570)))/(1                   +((PYR_83)/(Kpyr_1570))^(nH_1570))">
					<listOfParameters>
						<parameter name="Vmax_1570" value="728.2959670729138"/>
						<parameter name="Kpyr_1570" value="4.33"/>
						<parameter name="nH_1570" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_83" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_83" stoichiometry="1"/>
					<specieReference specie="EtOH_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_83" stoichiometry="1"/>
					<specieReference specie="AcAld_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1571)*(((EtOH_83)*(NAD_83))/((Ketoh_1571)*(Kinad_1571))-((AcAld_83)*(NADH_83))/(((Ketoh_1571)*(Kinad_1571))*(Keq_1571))))/(1                   +(NAD_83)/(Kinad_1571)+((EtOH_83)*(Knad_1571))/((Kinad_1571)*(Ketoh_1571))+((AcAld_83)*(Knadh_1571))/((Kinadh_1571)*(Kacald_1571))+(NADH_83)/(Kinadh_1571)+((EtOH_83)*(NAD_83))/((Kinad_1571)*(Ketoh_1571))+(((NAD_83)*(AcAld_83))*(Knadh_1571))/(((Kinad_1571)*(Kinadh_1571))*(Kacald_1571))+(((EtOH_83)*(NADH_83))*(Knad_1571))/(((Kinad_1571)*(Kinadh_1571))*(Ketoh_1571))+((AcAld_83)*(NADH_83))/((Kacald_1571)*(Kinadh_1571))+(((EtOH_83)*(NAD_83))*(AcAld_83))/(((Kinad_1571)*(Kiacald_1571))*(Ketoh_1571))+(((EtOH_83)*(AcAld_83))*(NADH_83))/(((Kietoh_1571)*(Kinadh_1571))*(Kacald_1571)))">
					<listOfParameters>
						<parameter name="Vmax_1571" value="242.9984937673238"/>
						<parameter name="Ketoh_1571" value="17"/>
						<parameter name="Kinad_1571" value="0.92"/>
						<parameter name="Keq_1571" value="6.9e-005"/>
						<parameter name="Knad_1571" value="0.17"/>
						<parameter name="Knadh_1571" value="0.11"/>
						<parameter name="Kinadh_1571" value="0.031"/>
						<parameter name="Kacald_1571" value="1.11"/>
						<parameter name="Kiacald_1571" value="1.1"/>
						<parameter name="Kietoh_1571" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_83" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1572)*(ATP_83)">
					<listOfParameters>
						<parameter name="Katpase_1572" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_83" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_83" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_83" stoichiometry="1"/>
					<specieReference specie="AMP_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1573*ADP_83*ADP_83-k2_1573*ATP_83*AMP_83">
					<listOfParameters>
						<parameter name="k1_1573" value="45"/>
						<parameter name="k2_1573" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_83" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_83" stoichiometry="1"/>
					<specieReference specie="NADH_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_83" stoichiometry="1"/>
					<specieReference specie="Glycerol_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1574)*(((DHAP_83)/(Kdhap_1574))*((NADH_83)/(Knadh_1574))-(((Glycerol_83)/(Kdhap_1574))*((NAD_83)/(Knadh_1574)))*((1                   )/(Keq_1574))))/((1                   +(DHAP_83)/(Kdhap_1574)+(Glycerol_83)/(Kglycerol_1574))*(1                   +(NADH_83)/(Knadh_1574)+(NAD_83)/(Knad_1574)))">
					<listOfParameters>
						<parameter name="Vmax_1574" value="34.60697516307793"/>
						<parameter name="Kdhap_1574" value="0.4"/>
						<parameter name="Knadh_1574" value="0.023"/>
						<parameter name="Keq_1574" value="4300"/>
						<parameter name="Kglycerol_1574" value="1"/>
						<parameter name="Knad_1574" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_83" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_83" stoichiometry="1"/>
					<specieReference specie="G6P_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_83" stoichiometry="1"/>
					<specieReference specie="Glycogen_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1575">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1575" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_83" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_83" stoichiometry="1"/>
					<specieReference specie="G6P_83" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_83" stoichiometry="1"/>
					<specieReference specie="Trehalose_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1576">
					<listOfParameters>
						<parameter name="Ktrehalose_1576" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_83" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_83" stoichiometry="3"/>
					<specieReference specie="AcAld_83" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_83" stoichiometry="3"/>
					<specieReference specie="Succinate_83" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1577)*(AcAld_83)">
					<listOfParameters>
						<parameter name="k_1577" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_84" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1578)*(GLCo_84-GLCi_84))/(Kglc_1578))/(1                   +(GLCo_84+GLCi_84)/(Kglc_1578)+(((Ki_1578)*(GLCo_84))*(GLCi_84))/((Kglc_1578)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1578" value="109.0514392753807"/>
						<parameter name="Kglc_1578" value="1.1918"/>
						<parameter name="Ki_1578" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_84" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_84" stoichiometry="1"/>
					<specieReference specie="ATP_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_84" stoichiometry="1"/>
					<specieReference specie="ADP_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1579)*(((GLCi_84)*(ATP_84))/((Kglc_1579)*(Katp_1579))-((G6P_84)*(ADP_84))/(((Kglc_1579)*(Katp_1579))*(Keq_1579))))/((1                   +(GLCi_84)/(Kglc_1579)+(G6P_84)/(Kg6p_1579))*(1                   +(ATP_84)/(Katp_1579)+(ADP_84)/(Kadp_1579)))">
					<listOfParameters>
						<parameter name="Vmax_1579" value="319.7602236017647"/>
						<parameter name="Kglc_1579" value="0.08"/>
						<parameter name="Katp_1579" value="0.15"/>
						<parameter name="Keq_1579" value="2000"/>
						<parameter name="Kg6p_1579" value="30"/>
						<parameter name="Kadp_1579" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_84" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1580)*((G6P_84)/(Kg6p_1580)-(F6P_84)/((Kg6p_1580)*(Keq_1580))))/(1                   +(G6P_84)/(Kg6p_1580)+(F6P_84)/(Kf6p_1580))">
					<listOfParameters>
						<parameter name="Vmax_1580" value="1167.537112545668"/>
						<parameter name="Kg6p_1580" value="1.4"/>
						<parameter name="Keq_1580" value="0.29"/>
						<parameter name="Kf6p_1580" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_84" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_84" stoichiometry="1"/>
					<specieReference specie="F6P_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_84" stoichiometry="1"/>
					<specieReference specie="F16bP_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1581)*(((((gR_1581)*((F6P_84)/(Kf6p_1581)))*((ATP_84)/(Katp_1581)))*(1                   +(F6P_84)/(Kf6p_1581)+(ATP_84)/(Katp_1581)+((((gR_1581)*(F6P_84))/(Kf6p_1581))*(ATP_84))/(Katp_1581)))/((1                   +(F6P_84)/(Kf6p_1581)+(ATP_84)/(Katp_1581)+((((gR_1581)*(F6P_84))/(Kf6p_1581))*(ATP_84))/(Katp_1581))^(2                   )+((((L0_1581)*(((1                   +((Ciatp_1581)*(ATP_84))/(Kiatp_1581))/(1                   +(ATP_84)/(Kiatp_1581)))^(2                   )))*(((1                   +((Camp_1581)*(AMP_84))/(Kamp_1581))/(1                   +(AMP_84)/(Kamp_1581)))^(2                   )))*(((1                   +((Cf26_1581)*(F26bP_84))/(Kf26_1581)+((Cf16_1581)*(F16bP_84))/(Kf16_1581))/(1                   +(F26bP_84)/(Kf26_1581)+(F16bP_84)/(Kf16_1581)))^(2                   )))*((1                   +((Catp_1581)*(ATP_84))/(Katp_1581))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1581" value="100.2173858633307"/>
						<parameter name="gR_1581" value="5.12"/>
						<parameter name="Kf6p_1581" value="0.1"/>
						<parameter name="Katp_1581" value="0.71"/>
						<parameter name="L0_1581" value="0.66"/>
						<parameter name="Ciatp_1581" value="100"/>
						<parameter name="Kiatp_1581" value="0.65"/>
						<parameter name="Camp_1581" value="0.08450000000000001"/>
						<parameter name="Kamp_1581" value="0.09950000000000001"/>
						<parameter name="Cf26_1581" value="0.0174"/>
						<parameter name="Kf26_1581" value="0.000682"/>
						<parameter name="Cf16_1581" value="0.397"/>
						<parameter name="Kf16_1581" value="0.111"/>
						<parameter name="Catp_1581" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_84" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_84" stoichiometry="1"/>
					<specieReference specie="GAP_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1582)*((F16bP_84)/(Kf16bp_1582)-((DHAP_84)*(GAP_84))/((Kf16bp_1582)*(Keq_1582))))/(1                   +(F16bP_84)/(Kf16bp_1582)+(DHAP_84)/(Kdhap_1582)+(GAP_84)/(Kgap_1582)+((F16bP_84)*(GAP_84))/((Kf16bp_1582)*(Kigap_1582))+((DHAP_84)*(GAP_84))/((Kdhap_1582)*(Kgap_1582)))">
					<listOfParameters>
						<parameter name="Vmax_1582" value="67.59327643311777"/>
						<parameter name="Kf16bp_1582" value="0.3"/>
						<parameter name="Keq_1582" value="0.06900000000000001"/>
						<parameter name="Kdhap_1582" value="2"/>
						<parameter name="Kgap_1582" value="2.4"/>
						<parameter name="Kigap_1582" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_84" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1583*DHAP_84-k2_1583*GAP_84">
					<listOfParameters>
						<parameter name="k1_1583" value="450000"/>
						<parameter name="k2_1583" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_84" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_84" stoichiometry="1"/>
					<specieReference specie="NAD_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_84" stoichiometry="1"/>
					<specieReference specie="NADH_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1584)*((((Vmaxf_1584)*(GAP_84))*(NAD_84))/((Kgap_1584)*(Knad_1584))-(((Vmaxr_1584)*(BPG_84))*(NADH_84))/((Kbpg_1584)*(Knadh_1584))))/((1                   +(GAP_84)/(Kgap_1584)+(BPG_84)/(Kbpg_1584))*(1                   +(NAD_84)/(Knad_1584)+(NADH_84)/(Knadh_1584)))">
					<listOfParameters>
						<parameter name="C_1584" value="1"/>
						<parameter name="Vmaxf_1584" value="1152"/>
						<parameter name="Kgap_1584" value="0.21"/>
						<parameter name="Knad_1584" value="0.09"/>
						<parameter name="Vmaxr_1584" value="8110.463212568907"/>
						<parameter name="Kbpg_1584" value="0.0098"/>
						<parameter name="Knadh_1584" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_84" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_84" stoichiometry="1"/>
					<specieReference specie="BPG_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_84" stoichiometry="1"/>
					<specieReference specie="P3G_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1585)*((((Keq_1585)*(BPG_84))*(ADP_84)-(P3G_84)*(ATP_84))/((Kp3g_1585)*(Katp_1585))))/((1                   +(BPG_84)/(Kbpg_1585)+(P3G_84)/(Kp3g_1585))*(1                   +(ADP_84)/(Kadp_1585)+(ATP_84)/(Katp_1585)))">
					<listOfParameters>
						<parameter name="Vmax_1585" value="1177.437707389194"/>
						<parameter name="Keq_1585" value="3200"/>
						<parameter name="Kp3g_1585" value="0.53"/>
						<parameter name="Katp_1585" value="0.3"/>
						<parameter name="Kbpg_1585" value="0.003"/>
						<parameter name="Kadp_1585" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_84" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1586)*((P3G_84)/(Kp3g_1586)-(P2G_84)/((Kp3g_1586)*(Keq_1586))))/(1                   +(P3G_84)/(Kp3g_1586)+(P2G_84)/(Kp2g_1586))">
					<listOfParameters>
						<parameter name="Vmax_1586" value="2249.787372157543"/>
						<parameter name="Kp3g_1586" value="1.2"/>
						<parameter name="Keq_1586" value="0.19"/>
						<parameter name="Kp2g_1586" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_84" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1587)*((P2G_84)/(Kp2g_1587)-(PEP_84)/((Kp2g_1587)*(Keq_1587))))/(1                   +(P2G_84)/(Kp2g_1587)+(PEP_84)/(Kpep_1587))">
					<listOfParameters>
						<parameter name="Vmax_1587" value="198.586764994923"/>
						<parameter name="Kp2g_1587" value="0.04"/>
						<parameter name="Keq_1587" value="6.7"/>
						<parameter name="Kpep_1587" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_84" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_84" stoichiometry="1"/>
					<specieReference specie="PEP_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_84" stoichiometry="1"/>
					<specieReference specie="PYR_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1588)*(((PEP_84)*(ADP_84))/((Kpep_1588)*(Kadp_1588))-((PYR_84)*(ATP_84))/(((Kpep_1588)*(Kadp_1588))*(Keq_1588))))/((1                   +(PEP_84)/(Kpep_1588)+(PYR_84)/(Kpyr_1588))*(1                   +(ADP_84)/(Kadp_1588)+(ATP_84)/(Katp_1588)))">
					<listOfParameters>
						<parameter name="Vmax_1588" value="928.8423052056972"/>
						<parameter name="Kpep_1588" value="0.14"/>
						<parameter name="Kadp_1588" value="0.53"/>
						<parameter name="Keq_1588" value="6500"/>
						<parameter name="Kpyr_1588" value="21"/>
						<parameter name="Katp_1588" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_84" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_84" stoichiometry="1"/>
					<specieReference specie="CO2_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1589)*(((PYR_84)/(Kpyr_1589))^(nH_1589)))/(1                   +((PYR_84)/(Kpyr_1589))^(nH_1589))">
					<listOfParameters>
						<parameter name="Vmax_1589" value="799.1252734661772"/>
						<parameter name="Kpyr_1589" value="4.33"/>
						<parameter name="nH_1589" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_84" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_84" stoichiometry="1"/>
					<specieReference specie="EtOH_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_84" stoichiometry="1"/>
					<specieReference specie="AcAld_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1590)*(((EtOH_84)*(NAD_84))/((Ketoh_1590)*(Kinad_1590))-((AcAld_84)*(NADH_84))/(((Ketoh_1590)*(Kinad_1590))*(Keq_1590))))/(1                   +(NAD_84)/(Kinad_1590)+((EtOH_84)*(Knad_1590))/((Kinad_1590)*(Ketoh_1590))+((AcAld_84)*(Knadh_1590))/((Kinadh_1590)*(Kacald_1590))+(NADH_84)/(Kinadh_1590)+((EtOH_84)*(NAD_84))/((Kinad_1590)*(Ketoh_1590))+(((NAD_84)*(AcAld_84))*(Knadh_1590))/(((Kinad_1590)*(Kinadh_1590))*(Kacald_1590))+(((EtOH_84)*(NADH_84))*(Knad_1590))/(((Kinad_1590)*(Kinadh_1590))*(Ketoh_1590))+((AcAld_84)*(NADH_84))/((Kacald_1590)*(Kinadh_1590))+(((EtOH_84)*(NAD_84))*(AcAld_84))/(((Kinad_1590)*(Kiacald_1590))*(Ketoh_1590))+(((EtOH_84)*(AcAld_84))*(NADH_84))/(((Kietoh_1590)*(Kinadh_1590))*(Kacald_1590)))">
					<listOfParameters>
						<parameter name="Vmax_1590" value="202.4735162290551"/>
						<parameter name="Ketoh_1590" value="17"/>
						<parameter name="Kinad_1590" value="0.92"/>
						<parameter name="Keq_1590" value="6.9e-005"/>
						<parameter name="Knad_1590" value="0.17"/>
						<parameter name="Knadh_1590" value="0.11"/>
						<parameter name="Kinadh_1590" value="0.031"/>
						<parameter name="Kacald_1590" value="1.11"/>
						<parameter name="Kiacald_1590" value="1.1"/>
						<parameter name="Kietoh_1590" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_84" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1591)*(ATP_84)">
					<listOfParameters>
						<parameter name="Katpase_1591" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_84" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_84" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_84" stoichiometry="1"/>
					<specieReference specie="AMP_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1592*ADP_84*ADP_84-k2_1592*ATP_84*AMP_84">
					<listOfParameters>
						<parameter name="k1_1592" value="45"/>
						<parameter name="k2_1592" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_84" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_84" stoichiometry="1"/>
					<specieReference specie="NADH_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_84" stoichiometry="1"/>
					<specieReference specie="Glycerol_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1593)*(((DHAP_84)/(Kdhap_1593))*((NADH_84)/(Knadh_1593))-(((Glycerol_84)/(Kdhap_1593))*((NAD_84)/(Knadh_1593)))*((1                   )/(Keq_1593))))/((1                   +(DHAP_84)/(Kdhap_1593)+(Glycerol_84)/(Kglycerol_1593))*(1                   +(NADH_84)/(Knadh_1593)+(NAD_84)/(Knad_1593)))">
					<listOfParameters>
						<parameter name="Vmax_1593" value="41.52760659684888"/>
						<parameter name="Kdhap_1593" value="0.4"/>
						<parameter name="Knadh_1593" value="0.023"/>
						<parameter name="Keq_1593" value="4300"/>
						<parameter name="Kglycerol_1593" value="1"/>
						<parameter name="Knad_1593" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_84" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_84" stoichiometry="1"/>
					<specieReference specie="G6P_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_84" stoichiometry="1"/>
					<specieReference specie="Glycogen_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1594">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1594" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_84" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_84" stoichiometry="1"/>
					<specieReference specie="G6P_84" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_84" stoichiometry="1"/>
					<specieReference specie="Trehalose_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1595">
					<listOfParameters>
						<parameter name="Ktrehalose_1595" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_84" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_84" stoichiometry="3"/>
					<specieReference specie="AcAld_84" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_84" stoichiometry="3"/>
					<specieReference specie="Succinate_84" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1596)*(AcAld_84)">
					<listOfParameters>
						<parameter name="k_1596" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_85" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1597)*(GLCo_85-GLCi_85))/(Kglc_1597))/(1                   +(GLCo_85+GLCi_85)/(Kglc_1597)+(((Ki_1597)*(GLCo_85))*(GLCi_85))/((Kglc_1597)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1597" value="82.52609820375835"/>
						<parameter name="Kglc_1597" value="1.1918"/>
						<parameter name="Ki_1597" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_85" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_85" stoichiometry="1"/>
					<specieReference specie="ATP_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_85" stoichiometry="1"/>
					<specieReference specie="ADP_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1598)*(((GLCi_85)*(ATP_85))/((Kglc_1598)*(Katp_1598))-((G6P_85)*(ADP_85))/(((Kglc_1598)*(Katp_1598))*(Keq_1598))))/((1                   +(GLCi_85)/(Kglc_1598)+(G6P_85)/(Kg6p_1598))*(1                   +(ATP_85)/(Katp_1598)+(ADP_85)/(Kadp_1598)))">
					<listOfParameters>
						<parameter name="Vmax_1598" value="227.3279313718416"/>
						<parameter name="Kglc_1598" value="0.08"/>
						<parameter name="Katp_1598" value="0.15"/>
						<parameter name="Keq_1598" value="2000"/>
						<parameter name="Kg6p_1598" value="30"/>
						<parameter name="Kadp_1598" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_85" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1599)*((G6P_85)/(Kg6p_1599)-(F6P_85)/((Kg6p_1599)*(Keq_1599))))/(1                   +(G6P_85)/(Kg6p_1599)+(F6P_85)/(Kf6p_1599))">
					<listOfParameters>
						<parameter name="Vmax_1599" value="1499.705693975359"/>
						<parameter name="Kg6p_1599" value="1.4"/>
						<parameter name="Keq_1599" value="0.29"/>
						<parameter name="Kf6p_1599" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_85" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_85" stoichiometry="1"/>
					<specieReference specie="F6P_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_85" stoichiometry="1"/>
					<specieReference specie="F16bP_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1600)*(((((gR_1600)*((F6P_85)/(Kf6p_1600)))*((ATP_85)/(Katp_1600)))*(1                   +(F6P_85)/(Kf6p_1600)+(ATP_85)/(Katp_1600)+((((gR_1600)*(F6P_85))/(Kf6p_1600))*(ATP_85))/(Katp_1600)))/((1                   +(F6P_85)/(Kf6p_1600)+(ATP_85)/(Katp_1600)+((((gR_1600)*(F6P_85))/(Kf6p_1600))*(ATP_85))/(Katp_1600))^(2                   )+((((L0_1600)*(((1                   +((Ciatp_1600)*(ATP_85))/(Kiatp_1600))/(1                   +(ATP_85)/(Kiatp_1600)))^(2                   )))*(((1                   +((Camp_1600)*(AMP_85))/(Kamp_1600))/(1                   +(AMP_85)/(Kamp_1600)))^(2                   )))*(((1                   +((Cf26_1600)*(F26bP_85))/(Kf26_1600)+((Cf16_1600)*(F16bP_85))/(Kf16_1600))/(1                   +(F26bP_85)/(Kf26_1600)+(F16bP_85)/(Kf16_1600)))^(2                   )))*((1                   +((Catp_1600)*(ATP_85))/(Katp_1600))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1600" value="111.8286542653808"/>
						<parameter name="gR_1600" value="5.12"/>
						<parameter name="Kf6p_1600" value="0.1"/>
						<parameter name="Katp_1600" value="0.71"/>
						<parameter name="L0_1600" value="0.66"/>
						<parameter name="Ciatp_1600" value="100"/>
						<parameter name="Kiatp_1600" value="0.65"/>
						<parameter name="Camp_1600" value="0.08450000000000001"/>
						<parameter name="Kamp_1600" value="0.09950000000000001"/>
						<parameter name="Cf26_1600" value="0.0174"/>
						<parameter name="Kf26_1600" value="0.000682"/>
						<parameter name="Cf16_1600" value="0.397"/>
						<parameter name="Kf16_1600" value="0.111"/>
						<parameter name="Catp_1600" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_85" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_85" stoichiometry="1"/>
					<specieReference specie="GAP_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1601)*((F16bP_85)/(Kf16bp_1601)-((DHAP_85)*(GAP_85))/((Kf16bp_1601)*(Keq_1601))))/(1                   +(F16bP_85)/(Kf16bp_1601)+(DHAP_85)/(Kdhap_1601)+(GAP_85)/(Kgap_1601)+((F16bP_85)*(GAP_85))/((Kf16bp_1601)*(Kigap_1601))+((DHAP_85)*(GAP_85))/((Kdhap_1601)*(Kgap_1601)))">
					<listOfParameters>
						<parameter name="Vmax_1601" value="81.41291233353297"/>
						<parameter name="Kf16bp_1601" value="0.3"/>
						<parameter name="Keq_1601" value="0.06900000000000001"/>
						<parameter name="Kdhap_1601" value="2"/>
						<parameter name="Kgap_1601" value="2.4"/>
						<parameter name="Kigap_1601" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_85" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1602*DHAP_85-k2_1602*GAP_85">
					<listOfParameters>
						<parameter name="k1_1602" value="450000"/>
						<parameter name="k2_1602" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_85" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_85" stoichiometry="1"/>
					<specieReference specie="NAD_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_85" stoichiometry="1"/>
					<specieReference specie="NADH_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1603)*((((Vmaxf_1603)*(GAP_85))*(NAD_85))/((Kgap_1603)*(Knad_1603))-(((Vmaxr_1603)*(BPG_85))*(NADH_85))/((Kbpg_1603)*(Knadh_1603))))/((1                   +(GAP_85)/(Kgap_1603)+(BPG_85)/(Kbpg_1603))*(1                   +(NAD_85)/(Knad_1603)+(NADH_85)/(Knadh_1603)))">
					<listOfParameters>
						<parameter name="C_1603" value="1"/>
						<parameter name="Vmaxf_1603" value="1152"/>
						<parameter name="Kgap_1603" value="0.21"/>
						<parameter name="Knad_1603" value="0.09"/>
						<parameter name="Vmaxr_1603" value="8523.615380718016"/>
						<parameter name="Kbpg_1603" value="0.0098"/>
						<parameter name="Knadh_1603" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_85" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_85" stoichiometry="1"/>
					<specieReference specie="BPG_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_85" stoichiometry="1"/>
					<specieReference specie="P3G_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1604)*((((Keq_1604)*(BPG_85))*(ADP_85)-(P3G_85)*(ATP_85))/((Kp3g_1604)*(Katp_1604))))/((1                   +(BPG_85)/(Kbpg_1604)+(P3G_85)/(Kp3g_1604))*(1                   +(ADP_85)/(Kadp_1604)+(ATP_85)/(Katp_1604)))">
					<listOfParameters>
						<parameter name="Vmax_1604" value="1127.030084902619"/>
						<parameter name="Keq_1604" value="3200"/>
						<parameter name="Kp3g_1604" value="0.53"/>
						<parameter name="Katp_1604" value="0.3"/>
						<parameter name="Kbpg_1604" value="0.003"/>
						<parameter name="Kadp_1604" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_85" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1605)*((P3G_85)/(Kp3g_1605)-(P2G_85)/((Kp3g_1605)*(Keq_1605))))/(1                   +(P3G_85)/(Kp3g_1605)+(P2G_85)/(Kp2g_1605))">
					<listOfParameters>
						<parameter name="Vmax_1605" value="2618.575527216415"/>
						<parameter name="Kp3g_1605" value="1.2"/>
						<parameter name="Keq_1605" value="0.19"/>
						<parameter name="Kp2g_1605" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_85" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1606)*((P2G_85)/(Kp2g_1606)-(PEP_85)/((Kp2g_1606)*(Keq_1606))))/(1                   +(P2G_85)/(Kp2g_1606)+(PEP_85)/(Kpep_1606))">
					<listOfParameters>
						<parameter name="Vmax_1606" value="187.9680096754427"/>
						<parameter name="Kp2g_1606" value="0.04"/>
						<parameter name="Keq_1606" value="6.7"/>
						<parameter name="Kpep_1606" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_85" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_85" stoichiometry="1"/>
					<specieReference specie="PEP_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_85" stoichiometry="1"/>
					<specieReference specie="PYR_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1607)*(((PEP_85)*(ADP_85))/((Kpep_1607)*(Kadp_1607))-((PYR_85)*(ATP_85))/(((Kpep_1607)*(Kadp_1607))*(Keq_1607))))/((1                   +(PEP_85)/(Kpep_1607)+(PYR_85)/(Kpyr_1607))*(1                   +(ADP_85)/(Kadp_1607)+(ATP_85)/(Katp_1607)))">
					<listOfParameters>
						<parameter name="Vmax_1607" value="1004.809550382703"/>
						<parameter name="Kpep_1607" value="0.14"/>
						<parameter name="Kadp_1607" value="0.53"/>
						<parameter name="Keq_1607" value="6500"/>
						<parameter name="Kpyr_1607" value="21"/>
						<parameter name="Katp_1607" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_85" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_85" stoichiometry="1"/>
					<specieReference specie="CO2_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1608)*(((PYR_85)/(Kpyr_1608))^(nH_1608)))/(1                   +((PYR_85)/(Kpyr_1608))^(nH_1608))">
					<listOfParameters>
						<parameter name="Vmax_1608" value="1258.924203885554"/>
						<parameter name="Kpyr_1608" value="4.33"/>
						<parameter name="nH_1608" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_85" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_85" stoichiometry="1"/>
					<specieReference specie="EtOH_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_85" stoichiometry="1"/>
					<specieReference specie="AcAld_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1609)*(((EtOH_85)*(NAD_85))/((Ketoh_1609)*(Kinad_1609))-((AcAld_85)*(NADH_85))/(((Ketoh_1609)*(Kinad_1609))*(Keq_1609))))/(1                   +(NAD_85)/(Kinad_1609)+((EtOH_85)*(Knad_1609))/((Kinad_1609)*(Ketoh_1609))+((AcAld_85)*(Knadh_1609))/((Kinadh_1609)*(Kacald_1609))+(NADH_85)/(Kinadh_1609)+((EtOH_85)*(NAD_85))/((Kinad_1609)*(Ketoh_1609))+(((NAD_85)*(AcAld_85))*(Knadh_1609))/(((Kinad_1609)*(Kinadh_1609))*(Kacald_1609))+(((EtOH_85)*(NADH_85))*(Knad_1609))/(((Kinad_1609)*(Kinadh_1609))*(Ketoh_1609))+((AcAld_85)*(NADH_85))/((Kacald_1609)*(Kinadh_1609))+(((EtOH_85)*(NAD_85))*(AcAld_85))/(((Kinad_1609)*(Kiacald_1609))*(Ketoh_1609))+(((EtOH_85)*(AcAld_85))*(NADH_85))/(((Kietoh_1609)*(Kinadh_1609))*(Kacald_1609)))">
					<listOfParameters>
						<parameter name="Vmax_1609" value="170.9024801000625"/>
						<parameter name="Ketoh_1609" value="17"/>
						<parameter name="Kinad_1609" value="0.92"/>
						<parameter name="Keq_1609" value="6.9e-005"/>
						<parameter name="Knad_1609" value="0.17"/>
						<parameter name="Knadh_1609" value="0.11"/>
						<parameter name="Kinadh_1609" value="0.031"/>
						<parameter name="Kacald_1609" value="1.11"/>
						<parameter name="Kiacald_1609" value="1.1"/>
						<parameter name="Kietoh_1609" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_85" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1610)*(ATP_85)">
					<listOfParameters>
						<parameter name="Katpase_1610" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_85" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_85" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_85" stoichiometry="1"/>
					<specieReference specie="AMP_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1611*ADP_85*ADP_85-k2_1611*ATP_85*AMP_85">
					<listOfParameters>
						<parameter name="k1_1611" value="45"/>
						<parameter name="k2_1611" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_85" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_85" stoichiometry="1"/>
					<specieReference specie="NADH_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_85" stoichiometry="1"/>
					<specieReference specie="Glycerol_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1612)*(((DHAP_85)/(Kdhap_1612))*((NADH_85)/(Knadh_1612))-(((Glycerol_85)/(Kdhap_1612))*((NAD_85)/(Knadh_1612)))*((1                   )/(Keq_1612))))/((1                   +(DHAP_85)/(Kdhap_1612)+(Glycerol_85)/(Kglycerol_1612))*(1                   +(NADH_85)/(Knadh_1612)+(NAD_85)/(Knad_1612)))">
					<listOfParameters>
						<parameter name="Vmax_1612" value="52.24904373017127"/>
						<parameter name="Kdhap_1612" value="0.4"/>
						<parameter name="Knadh_1612" value="0.023"/>
						<parameter name="Keq_1612" value="4300"/>
						<parameter name="Kglycerol_1612" value="1"/>
						<parameter name="Knad_1612" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_85" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_85" stoichiometry="1"/>
					<specieReference specie="G6P_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_85" stoichiometry="1"/>
					<specieReference specie="Glycogen_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1613">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1613" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_85" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_85" stoichiometry="1"/>
					<specieReference specie="G6P_85" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_85" stoichiometry="1"/>
					<specieReference specie="Trehalose_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1614">
					<listOfParameters>
						<parameter name="Ktrehalose_1614" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_85" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_85" stoichiometry="3"/>
					<specieReference specie="AcAld_85" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_85" stoichiometry="3"/>
					<specieReference specie="Succinate_85" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1615)*(AcAld_85)">
					<listOfParameters>
						<parameter name="k_1615" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_86" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1616)*(GLCo_86-GLCi_86))/(Kglc_1616))/(1                   +(GLCo_86+GLCi_86)/(Kglc_1616)+(((Ki_1616)*(GLCo_86))*(GLCi_86))/((Kglc_1616)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1616" value="117.1102489672053"/>
						<parameter name="Kglc_1616" value="1.1918"/>
						<parameter name="Ki_1616" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_86" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_86" stoichiometry="1"/>
					<specieReference specie="ATP_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_86" stoichiometry="1"/>
					<specieReference specie="ADP_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1617)*(((GLCi_86)*(ATP_86))/((Kglc_1617)*(Katp_1617))-((G6P_86)*(ADP_86))/(((Kglc_1617)*(Katp_1617))*(Keq_1617))))/((1                   +(GLCi_86)/(Kglc_1617)+(G6P_86)/(Kg6p_1617))*(1                   +(ATP_86)/(Katp_1617)+(ADP_86)/(Kadp_1617)))">
					<listOfParameters>
						<parameter name="Vmax_1617" value="211.7271954859183"/>
						<parameter name="Kglc_1617" value="0.08"/>
						<parameter name="Katp_1617" value="0.15"/>
						<parameter name="Keq_1617" value="2000"/>
						<parameter name="Kg6p_1617" value="30"/>
						<parameter name="Kadp_1617" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_86" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1618)*((G6P_86)/(Kg6p_1618)-(F6P_86)/((Kg6p_1618)*(Keq_1618))))/(1                   +(G6P_86)/(Kg6p_1618)+(F6P_86)/(Kf6p_1618))">
					<listOfParameters>
						<parameter name="Vmax_1618" value="1191.725367463861"/>
						<parameter name="Kg6p_1618" value="1.4"/>
						<parameter name="Keq_1618" value="0.29"/>
						<parameter name="Kf6p_1618" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_86" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_86" stoichiometry="1"/>
					<specieReference specie="F6P_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_86" stoichiometry="1"/>
					<specieReference specie="F16bP_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1619)*(((((gR_1619)*((F6P_86)/(Kf6p_1619)))*((ATP_86)/(Katp_1619)))*(1                   +(F6P_86)/(Kf6p_1619)+(ATP_86)/(Katp_1619)+((((gR_1619)*(F6P_86))/(Kf6p_1619))*(ATP_86))/(Katp_1619)))/((1                   +(F6P_86)/(Kf6p_1619)+(ATP_86)/(Katp_1619)+((((gR_1619)*(F6P_86))/(Kf6p_1619))*(ATP_86))/(Katp_1619))^(2                   )+((((L0_1619)*(((1                   +((Ciatp_1619)*(ATP_86))/(Kiatp_1619))/(1                   +(ATP_86)/(Kiatp_1619)))^(2                   )))*(((1                   +((Camp_1619)*(AMP_86))/(Kamp_1619))/(1                   +(AMP_86)/(Kamp_1619)))^(2                   )))*(((1                   +((Cf26_1619)*(F26bP_86))/(Kf26_1619)+((Cf16_1619)*(F16bP_86))/(Kf16_1619))/(1                   +(F26bP_86)/(Kf26_1619)+(F16bP_86)/(Kf16_1619)))^(2                   )))*((1                   +((Catp_1619)*(ATP_86))/(Katp_1619))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1619" value="122.232752847375"/>
						<parameter name="gR_1619" value="5.12"/>
						<parameter name="Kf6p_1619" value="0.1"/>
						<parameter name="Katp_1619" value="0.71"/>
						<parameter name="L0_1619" value="0.66"/>
						<parameter name="Ciatp_1619" value="100"/>
						<parameter name="Kiatp_1619" value="0.65"/>
						<parameter name="Camp_1619" value="0.08450000000000001"/>
						<parameter name="Kamp_1619" value="0.09950000000000001"/>
						<parameter name="Cf26_1619" value="0.0174"/>
						<parameter name="Kf26_1619" value="0.000682"/>
						<parameter name="Cf16_1619" value="0.397"/>
						<parameter name="Kf16_1619" value="0.111"/>
						<parameter name="Catp_1619" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_86" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_86" stoichiometry="1"/>
					<specieReference specie="GAP_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1620)*((F16bP_86)/(Kf16bp_1620)-((DHAP_86)*(GAP_86))/((Kf16bp_1620)*(Keq_1620))))/(1                   +(F16bP_86)/(Kf16bp_1620)+(DHAP_86)/(Kdhap_1620)+(GAP_86)/(Kgap_1620)+((F16bP_86)*(GAP_86))/((Kf16bp_1620)*(Kigap_1620))+((DHAP_86)*(GAP_86))/((Kdhap_1620)*(Kgap_1620)))">
					<listOfParameters>
						<parameter name="Vmax_1620" value="76.87323836347156"/>
						<parameter name="Kf16bp_1620" value="0.3"/>
						<parameter name="Keq_1620" value="0.06900000000000001"/>
						<parameter name="Kdhap_1620" value="2"/>
						<parameter name="Kgap_1620" value="2.4"/>
						<parameter name="Kigap_1620" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_86" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1621*DHAP_86-k2_1621*GAP_86">
					<listOfParameters>
						<parameter name="k1_1621" value="450000"/>
						<parameter name="k2_1621" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_86" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_86" stoichiometry="1"/>
					<specieReference specie="NAD_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_86" stoichiometry="1"/>
					<specieReference specie="NADH_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1622)*((((Vmaxf_1622)*(GAP_86))*(NAD_86))/((Kgap_1622)*(Knad_1622))-(((Vmaxr_1622)*(BPG_86))*(NADH_86))/((Kbpg_1622)*(Knadh_1622))))/((1                   +(GAP_86)/(Kgap_1622)+(BPG_86)/(Kbpg_1622))*(1                   +(NAD_86)/(Knad_1622)+(NADH_86)/(Knadh_1622)))">
					<listOfParameters>
						<parameter name="C_1622" value="1"/>
						<parameter name="Vmaxf_1622" value="1152"/>
						<parameter name="Kgap_1622" value="0.21"/>
						<parameter name="Knad_1622" value="0.09"/>
						<parameter name="Vmaxr_1622" value="6670.298575128526"/>
						<parameter name="Kbpg_1622" value="0.0098"/>
						<parameter name="Knadh_1622" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_86" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_86" stoichiometry="1"/>
					<specieReference specie="BPG_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_86" stoichiometry="1"/>
					<specieReference specie="P3G_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1623)*((((Keq_1623)*(BPG_86))*(ADP_86)-(P3G_86)*(ATP_86))/((Kp3g_1623)*(Katp_1623))))/((1                   +(BPG_86)/(Kbpg_1623)+(P3G_86)/(Kp3g_1623))*(1                   +(ADP_86)/(Kadp_1623)+(ATP_86)/(Katp_1623)))">
					<listOfParameters>
						<parameter name="Vmax_1623" value="1573.614682961132"/>
						<parameter name="Keq_1623" value="3200"/>
						<parameter name="Kp3g_1623" value="0.53"/>
						<parameter name="Katp_1623" value="0.3"/>
						<parameter name="Kbpg_1623" value="0.003"/>
						<parameter name="Kadp_1623" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_86" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1624)*((P3G_86)/(Kp3g_1624)-(P2G_86)/((Kp3g_1624)*(Keq_1624))))/(1                   +(P3G_86)/(Kp3g_1624)+(P2G_86)/(Kp2g_1624))">
					<listOfParameters>
						<parameter name="Vmax_1624" value="2257.923134611874"/>
						<parameter name="Kp3g_1624" value="1.2"/>
						<parameter name="Keq_1624" value="0.19"/>
						<parameter name="Kp2g_1624" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_86" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1625)*((P2G_86)/(Kp2g_1625)-(PEP_86)/((Kp2g_1625)*(Keq_1625))))/(1                   +(P2G_86)/(Kp2g_1625)+(PEP_86)/(Kpep_1625))">
					<listOfParameters>
						<parameter name="Vmax_1625" value="216.7163921748684"/>
						<parameter name="Kp2g_1625" value="0.04"/>
						<parameter name="Keq_1625" value="6.7"/>
						<parameter name="Kpep_1625" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_86" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_86" stoichiometry="1"/>
					<specieReference specie="PEP_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_86" stoichiometry="1"/>
					<specieReference specie="PYR_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1626)*(((PEP_86)*(ADP_86))/((Kpep_1626)*(Kadp_1626))-((PYR_86)*(ATP_86))/(((Kpep_1626)*(Kadp_1626))*(Keq_1626))))/((1                   +(PEP_86)/(Kpep_1626)+(PYR_86)/(Kpyr_1626))*(1                   +(ADP_86)/(Kadp_1626)+(ATP_86)/(Katp_1626)))">
					<listOfParameters>
						<parameter name="Vmax_1626" value="888.1300463150666"/>
						<parameter name="Kpep_1626" value="0.14"/>
						<parameter name="Kadp_1626" value="0.53"/>
						<parameter name="Keq_1626" value="6500"/>
						<parameter name="Kpyr_1626" value="21"/>
						<parameter name="Katp_1626" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_86" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_86" stoichiometry="1"/>
					<specieReference specie="CO2_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1627)*(((PYR_86)/(Kpyr_1627))^(nH_1627)))/(1                   +((PYR_86)/(Kpyr_1627))^(nH_1627))">
					<listOfParameters>
						<parameter name="Vmax_1627" value="773.8583357294871"/>
						<parameter name="Kpyr_1627" value="4.33"/>
						<parameter name="nH_1627" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_86" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_86" stoichiometry="1"/>
					<specieReference specie="EtOH_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_86" stoichiometry="1"/>
					<specieReference specie="AcAld_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1628)*(((EtOH_86)*(NAD_86))/((Ketoh_1628)*(Kinad_1628))-((AcAld_86)*(NADH_86))/(((Ketoh_1628)*(Kinad_1628))*(Keq_1628))))/(1                   +(NAD_86)/(Kinad_1628)+((EtOH_86)*(Knad_1628))/((Kinad_1628)*(Ketoh_1628))+((AcAld_86)*(Knadh_1628))/((Kinadh_1628)*(Kacald_1628))+(NADH_86)/(Kinadh_1628)+((EtOH_86)*(NAD_86))/((Kinad_1628)*(Ketoh_1628))+(((NAD_86)*(AcAld_86))*(Knadh_1628))/(((Kinad_1628)*(Kinadh_1628))*(Kacald_1628))+(((EtOH_86)*(NADH_86))*(Knad_1628))/(((Kinad_1628)*(Kinadh_1628))*(Ketoh_1628))+((AcAld_86)*(NADH_86))/((Kacald_1628)*(Kinadh_1628))+(((EtOH_86)*(NAD_86))*(AcAld_86))/(((Kinad_1628)*(Kiacald_1628))*(Ketoh_1628))+(((EtOH_86)*(AcAld_86))*(NADH_86))/(((Kietoh_1628)*(Kinadh_1628))*(Kacald_1628)))">
					<listOfParameters>
						<parameter name="Vmax_1628" value="250.8830538619003"/>
						<parameter name="Ketoh_1628" value="17"/>
						<parameter name="Kinad_1628" value="0.92"/>
						<parameter name="Keq_1628" value="6.9e-005"/>
						<parameter name="Knad_1628" value="0.17"/>
						<parameter name="Knadh_1628" value="0.11"/>
						<parameter name="Kinadh_1628" value="0.031"/>
						<parameter name="Kacald_1628" value="1.11"/>
						<parameter name="Kiacald_1628" value="1.1"/>
						<parameter name="Kietoh_1628" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_86" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1629)*(ATP_86)">
					<listOfParameters>
						<parameter name="Katpase_1629" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_86" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_86" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_86" stoichiometry="1"/>
					<specieReference specie="AMP_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1630*ADP_86*ADP_86-k2_1630*ATP_86*AMP_86">
					<listOfParameters>
						<parameter name="k1_1630" value="45"/>
						<parameter name="k2_1630" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_86" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_86" stoichiometry="1"/>
					<specieReference specie="NADH_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_86" stoichiometry="1"/>
					<specieReference specie="Glycerol_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1631)*(((DHAP_86)/(Kdhap_1631))*((NADH_86)/(Knadh_1631))-(((Glycerol_86)/(Kdhap_1631))*((NAD_86)/(Knadh_1631)))*((1                   )/(Keq_1631))))/((1                   +(DHAP_86)/(Kdhap_1631)+(Glycerol_86)/(Kglycerol_1631))*(1                   +(NADH_86)/(Knadh_1631)+(NAD_86)/(Knad_1631)))">
					<listOfParameters>
						<parameter name="Vmax_1631" value="49.19804175613076"/>
						<parameter name="Kdhap_1631" value="0.4"/>
						<parameter name="Knadh_1631" value="0.023"/>
						<parameter name="Keq_1631" value="4300"/>
						<parameter name="Kglycerol_1631" value="1"/>
						<parameter name="Knad_1631" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_86" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_86" stoichiometry="1"/>
					<specieReference specie="G6P_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_86" stoichiometry="1"/>
					<specieReference specie="Glycogen_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1632">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1632" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_86" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_86" stoichiometry="1"/>
					<specieReference specie="G6P_86" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_86" stoichiometry="1"/>
					<specieReference specie="Trehalose_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1633">
					<listOfParameters>
						<parameter name="Ktrehalose_1633" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_86" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_86" stoichiometry="3"/>
					<specieReference specie="AcAld_86" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_86" stoichiometry="3"/>
					<specieReference specie="Succinate_86" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1634)*(AcAld_86)">
					<listOfParameters>
						<parameter name="k_1634" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_87" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1635)*(GLCo_87-GLCi_87))/(Kglc_1635))/(1                   +(GLCo_87+GLCi_87)/(Kglc_1635)+(((Ki_1635)*(GLCo_87))*(GLCi_87))/((Kglc_1635)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1635" value="56.06668970762468"/>
						<parameter name="Kglc_1635" value="1.1918"/>
						<parameter name="Ki_1635" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_87" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_87" stoichiometry="1"/>
					<specieReference specie="ATP_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_87" stoichiometry="1"/>
					<specieReference specie="ADP_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1636)*(((GLCi_87)*(ATP_87))/((Kglc_1636)*(Katp_1636))-((G6P_87)*(ADP_87))/(((Kglc_1636)*(Katp_1636))*(Keq_1636))))/((1                   +(GLCi_87)/(Kglc_1636)+(G6P_87)/(Kg6p_1636))*(1                   +(ATP_87)/(Katp_1636)+(ADP_87)/(Kadp_1636)))">
					<listOfParameters>
						<parameter name="Vmax_1636" value="247.6383285028735"/>
						<parameter name="Kglc_1636" value="0.08"/>
						<parameter name="Katp_1636" value="0.15"/>
						<parameter name="Keq_1636" value="2000"/>
						<parameter name="Kg6p_1636" value="30"/>
						<parameter name="Kadp_1636" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_87" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1637)*((G6P_87)/(Kg6p_1637)-(F6P_87)/((Kg6p_1637)*(Keq_1637))))/(1                   +(G6P_87)/(Kg6p_1637)+(F6P_87)/(Kf6p_1637))">
					<listOfParameters>
						<parameter name="Vmax_1637" value="750.7662493194038"/>
						<parameter name="Kg6p_1637" value="1.4"/>
						<parameter name="Keq_1637" value="0.29"/>
						<parameter name="Kf6p_1637" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_87" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_87" stoichiometry="1"/>
					<specieReference specie="F6P_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_87" stoichiometry="1"/>
					<specieReference specie="F16bP_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1638)*(((((gR_1638)*((F6P_87)/(Kf6p_1638)))*((ATP_87)/(Katp_1638)))*(1                   +(F6P_87)/(Kf6p_1638)+(ATP_87)/(Katp_1638)+((((gR_1638)*(F6P_87))/(Kf6p_1638))*(ATP_87))/(Katp_1638)))/((1                   +(F6P_87)/(Kf6p_1638)+(ATP_87)/(Katp_1638)+((((gR_1638)*(F6P_87))/(Kf6p_1638))*(ATP_87))/(Katp_1638))^(2                   )+((((L0_1638)*(((1                   +((Ciatp_1638)*(ATP_87))/(Kiatp_1638))/(1                   +(ATP_87)/(Kiatp_1638)))^(2                   )))*(((1                   +((Camp_1638)*(AMP_87))/(Kamp_1638))/(1                   +(AMP_87)/(Kamp_1638)))^(2                   )))*(((1                   +((Cf26_1638)*(F26bP_87))/(Kf26_1638)+((Cf16_1638)*(F16bP_87))/(Kf16_1638))/(1                   +(F26bP_87)/(Kf26_1638)+(F16bP_87)/(Kf16_1638)))^(2                   )))*((1                   +((Catp_1638)*(ATP_87))/(Katp_1638))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1638" value="104.1043504072829"/>
						<parameter name="gR_1638" value="5.12"/>
						<parameter name="Kf6p_1638" value="0.1"/>
						<parameter name="Katp_1638" value="0.71"/>
						<parameter name="L0_1638" value="0.66"/>
						<parameter name="Ciatp_1638" value="100"/>
						<parameter name="Kiatp_1638" value="0.65"/>
						<parameter name="Camp_1638" value="0.08450000000000001"/>
						<parameter name="Kamp_1638" value="0.09950000000000001"/>
						<parameter name="Cf26_1638" value="0.0174"/>
						<parameter name="Kf26_1638" value="0.000682"/>
						<parameter name="Cf16_1638" value="0.397"/>
						<parameter name="Kf16_1638" value="0.111"/>
						<parameter name="Catp_1638" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_87" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_87" stoichiometry="1"/>
					<specieReference specie="GAP_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1639)*((F16bP_87)/(Kf16bp_1639)-((DHAP_87)*(GAP_87))/((Kf16bp_1639)*(Keq_1639))))/(1                   +(F16bP_87)/(Kf16bp_1639)+(DHAP_87)/(Kdhap_1639)+(GAP_87)/(Kgap_1639)+((F16bP_87)*(GAP_87))/((Kf16bp_1639)*(Kigap_1639))+((DHAP_87)*(GAP_87))/((Kdhap_1639)*(Kgap_1639)))">
					<listOfParameters>
						<parameter name="Vmax_1639" value="101.7566200809968"/>
						<parameter name="Kf16bp_1639" value="0.3"/>
						<parameter name="Keq_1639" value="0.06900000000000001"/>
						<parameter name="Kdhap_1639" value="2"/>
						<parameter name="Kgap_1639" value="2.4"/>
						<parameter name="Kigap_1639" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_87" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1640*DHAP_87-k2_1640*GAP_87">
					<listOfParameters>
						<parameter name="k1_1640" value="450000"/>
						<parameter name="k2_1640" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_87" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_87" stoichiometry="1"/>
					<specieReference specie="NAD_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_87" stoichiometry="1"/>
					<specieReference specie="NADH_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1641)*((((Vmaxf_1641)*(GAP_87))*(NAD_87))/((Kgap_1641)*(Knad_1641))-(((Vmaxr_1641)*(BPG_87))*(NADH_87))/((Kbpg_1641)*(Knadh_1641))))/((1                   +(GAP_87)/(Kgap_1641)+(BPG_87)/(Kbpg_1641))*(1                   +(NAD_87)/(Knad_1641)+(NADH_87)/(Knadh_1641)))">
					<listOfParameters>
						<parameter name="C_1641" value="1"/>
						<parameter name="Vmaxf_1641" value="1152"/>
						<parameter name="Kgap_1641" value="0.21"/>
						<parameter name="Knad_1641" value="0.09"/>
						<parameter name="Vmaxr_1641" value="8295.172165002035"/>
						<parameter name="Kbpg_1641" value="0.0098"/>
						<parameter name="Knadh_1641" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_87" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_87" stoichiometry="1"/>
					<specieReference specie="BPG_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_87" stoichiometry="1"/>
					<specieReference specie="P3G_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1642)*((((Keq_1642)*(BPG_87))*(ADP_87)-(P3G_87)*(ATP_87))/((Kp3g_1642)*(Katp_1642))))/((1                   +(BPG_87)/(Kbpg_1642)+(P3G_87)/(Kp3g_1642))*(1                   +(ADP_87)/(Kadp_1642)+(ATP_87)/(Katp_1642)))">
					<listOfParameters>
						<parameter name="Vmax_1642" value="1593.252531569934"/>
						<parameter name="Keq_1642" value="3200"/>
						<parameter name="Kp3g_1642" value="0.53"/>
						<parameter name="Katp_1642" value="0.3"/>
						<parameter name="Kbpg_1642" value="0.003"/>
						<parameter name="Kadp_1642" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_87" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1643)*((P3G_87)/(Kp3g_1643)-(P2G_87)/((Kp3g_1643)*(Keq_1643))))/(1                   +(P3G_87)/(Kp3g_1643)+(P2G_87)/(Kp2g_1643))">
					<listOfParameters>
						<parameter name="Vmax_1643" value="2194.459142825005"/>
						<parameter name="Kp3g_1643" value="1.2"/>
						<parameter name="Keq_1643" value="0.19"/>
						<parameter name="Kp2g_1643" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_87" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1644)*((P2G_87)/(Kp2g_1644)-(PEP_87)/((Kp2g_1644)*(Keq_1644))))/(1                   +(P2G_87)/(Kp2g_1644)+(PEP_87)/(Kpep_1644))">
					<listOfParameters>
						<parameter name="Vmax_1644" value="196.6540740175072"/>
						<parameter name="Kp2g_1644" value="0.04"/>
						<parameter name="Keq_1644" value="6.7"/>
						<parameter name="Kpep_1644" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_87" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_87" stoichiometry="1"/>
					<specieReference specie="PEP_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_87" stoichiometry="1"/>
					<specieReference specie="PYR_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1645)*(((PEP_87)*(ADP_87))/((Kpep_1645)*(Kadp_1645))-((PYR_87)*(ATP_87))/(((Kpep_1645)*(Kadp_1645))*(Keq_1645))))/((1                   +(PEP_87)/(Kpep_1645)+(PYR_87)/(Kpyr_1645))*(1                   +(ADP_87)/(Kadp_1645)+(ATP_87)/(Katp_1645)))">
					<listOfParameters>
						<parameter name="Vmax_1645" value="1002.92919861915"/>
						<parameter name="Kpep_1645" value="0.14"/>
						<parameter name="Kadp_1645" value="0.53"/>
						<parameter name="Keq_1645" value="6500"/>
						<parameter name="Kpyr_1645" value="21"/>
						<parameter name="Katp_1645" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_87" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_87" stoichiometry="1"/>
					<specieReference specie="CO2_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1646)*(((PYR_87)/(Kpyr_1646))^(nH_1646)))/(1                   +((PYR_87)/(Kpyr_1646))^(nH_1646))">
					<listOfParameters>
						<parameter name="Vmax_1646" value="1047.671103877618"/>
						<parameter name="Kpyr_1646" value="4.33"/>
						<parameter name="nH_1646" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_87" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_87" stoichiometry="1"/>
					<specieReference specie="EtOH_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_87" stoichiometry="1"/>
					<specieReference specie="AcAld_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1647)*(((EtOH_87)*(NAD_87))/((Ketoh_1647)*(Kinad_1647))-((AcAld_87)*(NADH_87))/(((Ketoh_1647)*(Kinad_1647))*(Keq_1647))))/(1                   +(NAD_87)/(Kinad_1647)+((EtOH_87)*(Knad_1647))/((Kinad_1647)*(Ketoh_1647))+((AcAld_87)*(Knadh_1647))/((Kinadh_1647)*(Kacald_1647))+(NADH_87)/(Kinadh_1647)+((EtOH_87)*(NAD_87))/((Kinad_1647)*(Ketoh_1647))+(((NAD_87)*(AcAld_87))*(Knadh_1647))/(((Kinad_1647)*(Kinadh_1647))*(Kacald_1647))+(((EtOH_87)*(NADH_87))*(Knad_1647))/(((Kinad_1647)*(Kinadh_1647))*(Ketoh_1647))+((AcAld_87)*(NADH_87))/((Kacald_1647)*(Kinadh_1647))+(((EtOH_87)*(NAD_87))*(AcAld_87))/(((Kinad_1647)*(Kiacald_1647))*(Ketoh_1647))+(((EtOH_87)*(AcAld_87))*(NADH_87))/(((Kietoh_1647)*(Kinadh_1647))*(Kacald_1647)))">
					<listOfParameters>
						<parameter name="Vmax_1647" value="220.1271089546926"/>
						<parameter name="Ketoh_1647" value="17"/>
						<parameter name="Kinad_1647" value="0.92"/>
						<parameter name="Keq_1647" value="6.9e-005"/>
						<parameter name="Knad_1647" value="0.17"/>
						<parameter name="Knadh_1647" value="0.11"/>
						<parameter name="Kinadh_1647" value="0.031"/>
						<parameter name="Kacald_1647" value="1.11"/>
						<parameter name="Kiacald_1647" value="1.1"/>
						<parameter name="Kietoh_1647" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_87" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1648)*(ATP_87)">
					<listOfParameters>
						<parameter name="Katpase_1648" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_87" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_87" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_87" stoichiometry="1"/>
					<specieReference specie="AMP_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1649*ADP_87*ADP_87-k2_1649*ATP_87*AMP_87">
					<listOfParameters>
						<parameter name="k1_1649" value="45"/>
						<parameter name="k2_1649" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_87" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_87" stoichiometry="1"/>
					<specieReference specie="NADH_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_87" stoichiometry="1"/>
					<specieReference specie="Glycerol_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1650)*(((DHAP_87)/(Kdhap_1650))*((NADH_87)/(Knadh_1650))-(((Glycerol_87)/(Kdhap_1650))*((NAD_87)/(Knadh_1650)))*((1                   )/(Keq_1650))))/((1                   +(DHAP_87)/(Kdhap_1650)+(Glycerol_87)/(Kglycerol_1650))*(1                   +(NADH_87)/(Knadh_1650)+(NAD_87)/(Knad_1650)))">
					<listOfParameters>
						<parameter name="Vmax_1650" value="38.56135386112179"/>
						<parameter name="Kdhap_1650" value="0.4"/>
						<parameter name="Knadh_1650" value="0.023"/>
						<parameter name="Keq_1650" value="4300"/>
						<parameter name="Kglycerol_1650" value="1"/>
						<parameter name="Knad_1650" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_87" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_87" stoichiometry="1"/>
					<specieReference specie="G6P_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_87" stoichiometry="1"/>
					<specieReference specie="Glycogen_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1651">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1651" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_87" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_87" stoichiometry="1"/>
					<specieReference specie="G6P_87" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_87" stoichiometry="1"/>
					<specieReference specie="Trehalose_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1652">
					<listOfParameters>
						<parameter name="Ktrehalose_1652" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_87" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_87" stoichiometry="3"/>
					<specieReference specie="AcAld_87" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_87" stoichiometry="3"/>
					<specieReference specie="Succinate_87" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1653)*(AcAld_87)">
					<listOfParameters>
						<parameter name="k_1653" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_88" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1654)*(GLCo_88-GLCi_88))/(Kglc_1654))/(1                   +(GLCo_88+GLCi_88)/(Kglc_1654)+(((Ki_1654)*(GLCo_88))*(GLCi_88))/((Kglc_1654)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1654" value="84.66416854638401"/>
						<parameter name="Kglc_1654" value="1.1918"/>
						<parameter name="Ki_1654" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_88" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_88" stoichiometry="1"/>
					<specieReference specie="ATP_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_88" stoichiometry="1"/>
					<specieReference specie="ADP_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1655)*(((GLCi_88)*(ATP_88))/((Kglc_1655)*(Katp_1655))-((G6P_88)*(ADP_88))/(((Kglc_1655)*(Katp_1655))*(Keq_1655))))/((1                   +(GLCi_88)/(Kglc_1655)+(G6P_88)/(Kg6p_1655))*(1                   +(ATP_88)/(Katp_1655)+(ADP_88)/(Kadp_1655)))">
					<listOfParameters>
						<parameter name="Vmax_1655" value="216.4761012930132"/>
						<parameter name="Kglc_1655" value="0.08"/>
						<parameter name="Katp_1655" value="0.15"/>
						<parameter name="Keq_1655" value="2000"/>
						<parameter name="Kg6p_1655" value="30"/>
						<parameter name="Kadp_1655" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_88" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1656)*((G6P_88)/(Kg6p_1656)-(F6P_88)/((Kg6p_1656)*(Keq_1656))))/(1                   +(G6P_88)/(Kg6p_1656)+(F6P_88)/(Kf6p_1656))">
					<listOfParameters>
						<parameter name="Vmax_1656" value="1020.744122066716"/>
						<parameter name="Kg6p_1656" value="1.4"/>
						<parameter name="Keq_1656" value="0.29"/>
						<parameter name="Kf6p_1656" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_88" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_88" stoichiometry="1"/>
					<specieReference specie="F6P_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_88" stoichiometry="1"/>
					<specieReference specie="F16bP_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1657)*(((((gR_1657)*((F6P_88)/(Kf6p_1657)))*((ATP_88)/(Katp_1657)))*(1                   +(F6P_88)/(Kf6p_1657)+(ATP_88)/(Katp_1657)+((((gR_1657)*(F6P_88))/(Kf6p_1657))*(ATP_88))/(Katp_1657)))/((1                   +(F6P_88)/(Kf6p_1657)+(ATP_88)/(Katp_1657)+((((gR_1657)*(F6P_88))/(Kf6p_1657))*(ATP_88))/(Katp_1657))^(2                   )+((((L0_1657)*(((1                   +((Ciatp_1657)*(ATP_88))/(Kiatp_1657))/(1                   +(ATP_88)/(Kiatp_1657)))^(2                   )))*(((1                   +((Camp_1657)*(AMP_88))/(Kamp_1657))/(1                   +(AMP_88)/(Kamp_1657)))^(2                   )))*(((1                   +((Cf26_1657)*(F26bP_88))/(Kf26_1657)+((Cf16_1657)*(F16bP_88))/(Kf16_1657))/(1                   +(F26bP_88)/(Kf26_1657)+(F16bP_88)/(Kf16_1657)))^(2                   )))*((1                   +((Catp_1657)*(ATP_88))/(Katp_1657))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1657" value="112.1007175017258"/>
						<parameter name="gR_1657" value="5.12"/>
						<parameter name="Kf6p_1657" value="0.1"/>
						<parameter name="Katp_1657" value="0.71"/>
						<parameter name="L0_1657" value="0.66"/>
						<parameter name="Ciatp_1657" value="100"/>
						<parameter name="Kiatp_1657" value="0.65"/>
						<parameter name="Camp_1657" value="0.08450000000000001"/>
						<parameter name="Kamp_1657" value="0.09950000000000001"/>
						<parameter name="Cf26_1657" value="0.0174"/>
						<parameter name="Kf26_1657" value="0.000682"/>
						<parameter name="Cf16_1657" value="0.397"/>
						<parameter name="Kf16_1657" value="0.111"/>
						<parameter name="Catp_1657" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_88" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_88" stoichiometry="1"/>
					<specieReference specie="GAP_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1658)*((F16bP_88)/(Kf16bp_1658)-((DHAP_88)*(GAP_88))/((Kf16bp_1658)*(Keq_1658))))/(1                   +(F16bP_88)/(Kf16bp_1658)+(DHAP_88)/(Kdhap_1658)+(GAP_88)/(Kgap_1658)+((F16bP_88)*(GAP_88))/((Kf16bp_1658)*(Kigap_1658))+((DHAP_88)*(GAP_88))/((Kdhap_1658)*(Kgap_1658)))">
					<listOfParameters>
						<parameter name="Vmax_1658" value="61.8715803063122"/>
						<parameter name="Kf16bp_1658" value="0.3"/>
						<parameter name="Keq_1658" value="0.06900000000000001"/>
						<parameter name="Kdhap_1658" value="2"/>
						<parameter name="Kgap_1658" value="2.4"/>
						<parameter name="Kigap_1658" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_88" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1659*DHAP_88-k2_1659*GAP_88">
					<listOfParameters>
						<parameter name="k1_1659" value="450000"/>
						<parameter name="k2_1659" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_88" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_88" stoichiometry="1"/>
					<specieReference specie="NAD_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_88" stoichiometry="1"/>
					<specieReference specie="NADH_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1660)*((((Vmaxf_1660)*(GAP_88))*(NAD_88))/((Kgap_1660)*(Knad_1660))-(((Vmaxr_1660)*(BPG_88))*(NADH_88))/((Kbpg_1660)*(Knadh_1660))))/((1                   +(GAP_88)/(Kgap_1660)+(BPG_88)/(Kbpg_1660))*(1                   +(NAD_88)/(Knad_1660)+(NADH_88)/(Knadh_1660)))">
					<listOfParameters>
						<parameter name="C_1660" value="1"/>
						<parameter name="Vmaxf_1660" value="1152"/>
						<parameter name="Kgap_1660" value="0.21"/>
						<parameter name="Knad_1660" value="0.09"/>
						<parameter name="Vmaxr_1660" value="6513.082532566707"/>
						<parameter name="Kbpg_1660" value="0.0098"/>
						<parameter name="Knadh_1660" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_88" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_88" stoichiometry="1"/>
					<specieReference specie="BPG_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_88" stoichiometry="1"/>
					<specieReference specie="P3G_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1661)*((((Keq_1661)*(BPG_88))*(ADP_88)-(P3G_88)*(ATP_88))/((Kp3g_1661)*(Katp_1661))))/((1                   +(BPG_88)/(Kbpg_1661)+(P3G_88)/(Kp3g_1661))*(1                   +(ADP_88)/(Kadp_1661)+(ATP_88)/(Katp_1661)))">
					<listOfParameters>
						<parameter name="Vmax_1661" value="1284.961622232247"/>
						<parameter name="Keq_1661" value="3200"/>
						<parameter name="Kp3g_1661" value="0.53"/>
						<parameter name="Katp_1661" value="0.3"/>
						<parameter name="Kbpg_1661" value="0.003"/>
						<parameter name="Kadp_1661" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_88" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1662)*((P3G_88)/(Kp3g_1662)-(P2G_88)/((Kp3g_1662)*(Keq_1662))))/(1                   +(P3G_88)/(Kp3g_1662)+(P2G_88)/(Kp2g_1662))">
					<listOfParameters>
						<parameter name="Vmax_1662" value="2837.504822055603"/>
						<parameter name="Kp3g_1662" value="1.2"/>
						<parameter name="Keq_1662" value="0.19"/>
						<parameter name="Kp2g_1662" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_88" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1663)*((P2G_88)/(Kp2g_1663)-(PEP_88)/((Kp2g_1663)*(Keq_1663))))/(1                   +(P2G_88)/(Kp2g_1663)+(PEP_88)/(Kpep_1663))">
					<listOfParameters>
						<parameter name="Vmax_1663" value="110.2231156642173"/>
						<parameter name="Kp2g_1663" value="0.04"/>
						<parameter name="Keq_1663" value="6.7"/>
						<parameter name="Kpep_1663" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_88" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_88" stoichiometry="1"/>
					<specieReference specie="PEP_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_88" stoichiometry="1"/>
					<specieReference specie="PYR_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1664)*(((PEP_88)*(ADP_88))/((Kpep_1664)*(Kadp_1664))-((PYR_88)*(ATP_88))/(((Kpep_1664)*(Kadp_1664))*(Keq_1664))))/((1                   +(PEP_88)/(Kpep_1664)+(PYR_88)/(Kpyr_1664))*(1                   +(ADP_88)/(Kadp_1664)+(ATP_88)/(Katp_1664)))">
					<listOfParameters>
						<parameter name="Vmax_1664" value="1279.37196802369"/>
						<parameter name="Kpep_1664" value="0.14"/>
						<parameter name="Kadp_1664" value="0.53"/>
						<parameter name="Keq_1664" value="6500"/>
						<parameter name="Kpyr_1664" value="21"/>
						<parameter name="Katp_1664" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_88" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_88" stoichiometry="1"/>
					<specieReference specie="CO2_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1665)*(((PYR_88)/(Kpyr_1665))^(nH_1665)))/(1                   +((PYR_88)/(Kpyr_1665))^(nH_1665))">
					<listOfParameters>
						<parameter name="Vmax_1665" value="554.6267135163057"/>
						<parameter name="Kpyr_1665" value="4.33"/>
						<parameter name="nH_1665" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_88" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_88" stoichiometry="1"/>
					<specieReference specie="EtOH_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_88" stoichiometry="1"/>
					<specieReference specie="AcAld_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1666)*(((EtOH_88)*(NAD_88))/((Ketoh_1666)*(Kinad_1666))-((AcAld_88)*(NADH_88))/(((Ketoh_1666)*(Kinad_1666))*(Keq_1666))))/(1                   +(NAD_88)/(Kinad_1666)+((EtOH_88)*(Knad_1666))/((Kinad_1666)*(Ketoh_1666))+((AcAld_88)*(Knadh_1666))/((Kinadh_1666)*(Kacald_1666))+(NADH_88)/(Kinadh_1666)+((EtOH_88)*(NAD_88))/((Kinad_1666)*(Ketoh_1666))+(((NAD_88)*(AcAld_88))*(Knadh_1666))/(((Kinad_1666)*(Kinadh_1666))*(Kacald_1666))+(((EtOH_88)*(NADH_88))*(Knad_1666))/(((Kinad_1666)*(Kinadh_1666))*(Ketoh_1666))+((AcAld_88)*(NADH_88))/((Kacald_1666)*(Kinadh_1666))+(((EtOH_88)*(NAD_88))*(AcAld_88))/(((Kinad_1666)*(Kiacald_1666))*(Ketoh_1666))+(((EtOH_88)*(AcAld_88))*(NADH_88))/(((Kietoh_1666)*(Kinadh_1666))*(Kacald_1666)))">
					<listOfParameters>
						<parameter name="Vmax_1666" value="222.7808724576734"/>
						<parameter name="Ketoh_1666" value="17"/>
						<parameter name="Kinad_1666" value="0.92"/>
						<parameter name="Keq_1666" value="6.9e-005"/>
						<parameter name="Knad_1666" value="0.17"/>
						<parameter name="Knadh_1666" value="0.11"/>
						<parameter name="Kinadh_1666" value="0.031"/>
						<parameter name="Kacald_1666" value="1.11"/>
						<parameter name="Kiacald_1666" value="1.1"/>
						<parameter name="Kietoh_1666" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_88" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1667)*(ATP_88)">
					<listOfParameters>
						<parameter name="Katpase_1667" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_88" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_88" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_88" stoichiometry="1"/>
					<specieReference specie="AMP_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1668*ADP_88*ADP_88-k2_1668*ATP_88*AMP_88">
					<listOfParameters>
						<parameter name="k1_1668" value="45"/>
						<parameter name="k2_1668" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_88" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_88" stoichiometry="1"/>
					<specieReference specie="NADH_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_88" stoichiometry="1"/>
					<specieReference specie="Glycerol_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1669)*(((DHAP_88)/(Kdhap_1669))*((NADH_88)/(Knadh_1669))-(((Glycerol_88)/(Kdhap_1669))*((NAD_88)/(Knadh_1669)))*((1                   )/(Keq_1669))))/((1                   +(DHAP_88)/(Kdhap_1669)+(Glycerol_88)/(Kglycerol_1669))*(1                   +(NADH_88)/(Knadh_1669)+(NAD_88)/(Knad_1669)))">
					<listOfParameters>
						<parameter name="Vmax_1669" value="66.21011615398382"/>
						<parameter name="Kdhap_1669" value="0.4"/>
						<parameter name="Knadh_1669" value="0.023"/>
						<parameter name="Keq_1669" value="4300"/>
						<parameter name="Kglycerol_1669" value="1"/>
						<parameter name="Knad_1669" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_88" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_88" stoichiometry="1"/>
					<specieReference specie="G6P_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_88" stoichiometry="1"/>
					<specieReference specie="Glycogen_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1670">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1670" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_88" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_88" stoichiometry="1"/>
					<specieReference specie="G6P_88" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_88" stoichiometry="1"/>
					<specieReference specie="Trehalose_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1671">
					<listOfParameters>
						<parameter name="Ktrehalose_1671" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_88" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_88" stoichiometry="3"/>
					<specieReference specie="AcAld_88" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_88" stoichiometry="3"/>
					<specieReference specie="Succinate_88" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1672)*(AcAld_88)">
					<listOfParameters>
						<parameter name="k_1672" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_89" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1673)*(GLCo_89-GLCi_89))/(Kglc_1673))/(1                   +(GLCo_89+GLCi_89)/(Kglc_1673)+(((Ki_1673)*(GLCo_89))*(GLCi_89))/((Kglc_1673)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1673" value="138.2904152813102"/>
						<parameter name="Kglc_1673" value="1.1918"/>
						<parameter name="Ki_1673" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_89" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_89" stoichiometry="1"/>
					<specieReference specie="ATP_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_89" stoichiometry="1"/>
					<specieReference specie="ADP_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1674)*(((GLCi_89)*(ATP_89))/((Kglc_1674)*(Katp_1674))-((G6P_89)*(ADP_89))/(((Kglc_1674)*(Katp_1674))*(Keq_1674))))/((1                   +(GLCi_89)/(Kglc_1674)+(G6P_89)/(Kg6p_1674))*(1                   +(ATP_89)/(Katp_1674)+(ADP_89)/(Kadp_1674)))">
					<listOfParameters>
						<parameter name="Vmax_1674" value="271.0349553685866"/>
						<parameter name="Kglc_1674" value="0.08"/>
						<parameter name="Katp_1674" value="0.15"/>
						<parameter name="Keq_1674" value="2000"/>
						<parameter name="Kg6p_1674" value="30"/>
						<parameter name="Kadp_1674" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_89" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1675)*((G6P_89)/(Kg6p_1675)-(F6P_89)/((Kg6p_1675)*(Keq_1675))))/(1                   +(G6P_89)/(Kg6p_1675)+(F6P_89)/(Kf6p_1675))">
					<listOfParameters>
						<parameter name="Vmax_1675" value="986.7494991200009"/>
						<parameter name="Kg6p_1675" value="1.4"/>
						<parameter name="Keq_1675" value="0.29"/>
						<parameter name="Kf6p_1675" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_89" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_89" stoichiometry="1"/>
					<specieReference specie="F6P_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_89" stoichiometry="1"/>
					<specieReference specie="F16bP_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1676)*(((((gR_1676)*((F6P_89)/(Kf6p_1676)))*((ATP_89)/(Katp_1676)))*(1                   +(F6P_89)/(Kf6p_1676)+(ATP_89)/(Katp_1676)+((((gR_1676)*(F6P_89))/(Kf6p_1676))*(ATP_89))/(Katp_1676)))/((1                   +(F6P_89)/(Kf6p_1676)+(ATP_89)/(Katp_1676)+((((gR_1676)*(F6P_89))/(Kf6p_1676))*(ATP_89))/(Katp_1676))^(2                   )+((((L0_1676)*(((1                   +((Ciatp_1676)*(ATP_89))/(Kiatp_1676))/(1                   +(ATP_89)/(Kiatp_1676)))^(2                   )))*(((1                   +((Camp_1676)*(AMP_89))/(Kamp_1676))/(1                   +(AMP_89)/(Kamp_1676)))^(2                   )))*(((1                   +((Cf26_1676)*(F26bP_89))/(Kf26_1676)+((Cf16_1676)*(F16bP_89))/(Kf16_1676))/(1                   +(F26bP_89)/(Kf26_1676)+(F16bP_89)/(Kf16_1676)))^(2                   )))*((1                   +((Catp_1676)*(ATP_89))/(Katp_1676))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1676" value="121.0284667404916"/>
						<parameter name="gR_1676" value="5.12"/>
						<parameter name="Kf6p_1676" value="0.1"/>
						<parameter name="Katp_1676" value="0.71"/>
						<parameter name="L0_1676" value="0.66"/>
						<parameter name="Ciatp_1676" value="100"/>
						<parameter name="Kiatp_1676" value="0.65"/>
						<parameter name="Camp_1676" value="0.08450000000000001"/>
						<parameter name="Kamp_1676" value="0.09950000000000001"/>
						<parameter name="Cf26_1676" value="0.0174"/>
						<parameter name="Kf26_1676" value="0.000682"/>
						<parameter name="Cf16_1676" value="0.397"/>
						<parameter name="Kf16_1676" value="0.111"/>
						<parameter name="Catp_1676" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_89" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_89" stoichiometry="1"/>
					<specieReference specie="GAP_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1677)*((F16bP_89)/(Kf16bp_1677)-((DHAP_89)*(GAP_89))/((Kf16bp_1677)*(Keq_1677))))/(1                   +(F16bP_89)/(Kf16bp_1677)+(DHAP_89)/(Kdhap_1677)+(GAP_89)/(Kgap_1677)+((F16bP_89)*(GAP_89))/((Kf16bp_1677)*(Kigap_1677))+((DHAP_89)*(GAP_89))/((Kdhap_1677)*(Kgap_1677)))">
					<listOfParameters>
						<parameter name="Vmax_1677" value="100.0697393760002"/>
						<parameter name="Kf16bp_1677" value="0.3"/>
						<parameter name="Keq_1677" value="0.06900000000000001"/>
						<parameter name="Kdhap_1677" value="2"/>
						<parameter name="Kgap_1677" value="2.4"/>
						<parameter name="Kigap_1677" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_89" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1678*DHAP_89-k2_1678*GAP_89">
					<listOfParameters>
						<parameter name="k1_1678" value="450000"/>
						<parameter name="k2_1678" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_89" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_89" stoichiometry="1"/>
					<specieReference specie="NAD_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_89" stoichiometry="1"/>
					<specieReference specie="NADH_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1679)*((((Vmaxf_1679)*(GAP_89))*(NAD_89))/((Kgap_1679)*(Knad_1679))-(((Vmaxr_1679)*(BPG_89))*(NADH_89))/((Kbpg_1679)*(Knadh_1679))))/((1                   +(GAP_89)/(Kgap_1679)+(BPG_89)/(Kbpg_1679))*(1                   +(NAD_89)/(Knad_1679)+(NADH_89)/(Knadh_1679)))">
					<listOfParameters>
						<parameter name="C_1679" value="1"/>
						<parameter name="Vmaxf_1679" value="1152"/>
						<parameter name="Kgap_1679" value="0.21"/>
						<parameter name="Knad_1679" value="0.09"/>
						<parameter name="Vmaxr_1679" value="7887.369287316574"/>
						<parameter name="Kbpg_1679" value="0.0098"/>
						<parameter name="Knadh_1679" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_89" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_89" stoichiometry="1"/>
					<specieReference specie="BPG_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_89" stoichiometry="1"/>
					<specieReference specie="P3G_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1680)*((((Keq_1680)*(BPG_89))*(ADP_89)-(P3G_89)*(ATP_89))/((Kp3g_1680)*(Katp_1680))))/((1                   +(BPG_89)/(Kbpg_1680)+(P3G_89)/(Kp3g_1680))*(1                   +(ADP_89)/(Kadp_1680)+(ATP_89)/(Katp_1680)))">
					<listOfParameters>
						<parameter name="Vmax_1680" value="1240.306581040366"/>
						<parameter name="Keq_1680" value="3200"/>
						<parameter name="Kp3g_1680" value="0.53"/>
						<parameter name="Katp_1680" value="0.3"/>
						<parameter name="Kbpg_1680" value="0.003"/>
						<parameter name="Kadp_1680" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_89" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1681)*((P3G_89)/(Kp3g_1681)-(P2G_89)/((Kp3g_1681)*(Keq_1681))))/(1                   +(P3G_89)/(Kp3g_1681)+(P2G_89)/(Kp2g_1681))">
					<listOfParameters>
						<parameter name="Vmax_1681" value="2728.304376565266"/>
						<parameter name="Kp3g_1681" value="1.2"/>
						<parameter name="Keq_1681" value="0.19"/>
						<parameter name="Kp2g_1681" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_89" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1682)*((P2G_89)/(Kp2g_1682)-(PEP_89)/((Kp2g_1682)*(Keq_1682))))/(1                   +(P2G_89)/(Kp2g_1682)+(PEP_89)/(Kpep_1682))">
					<listOfParameters>
						<parameter name="Vmax_1682" value="160.0392890504471"/>
						<parameter name="Kp2g_1682" value="0.04"/>
						<parameter name="Keq_1682" value="6.7"/>
						<parameter name="Kpep_1682" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_89" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_89" stoichiometry="1"/>
					<specieReference specie="PEP_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_89" stoichiometry="1"/>
					<specieReference specie="PYR_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1683)*(((PEP_89)*(ADP_89))/((Kpep_1683)*(Kadp_1683))-((PYR_89)*(ATP_89))/(((Kpep_1683)*(Kadp_1683))*(Keq_1683))))/((1                   +(PEP_89)/(Kpep_1683)+(PYR_89)/(Kpyr_1683))*(1                   +(ADP_89)/(Kadp_1683)+(ATP_89)/(Katp_1683)))">
					<listOfParameters>
						<parameter name="Vmax_1683" value="1283.811555420588"/>
						<parameter name="Kpep_1683" value="0.14"/>
						<parameter name="Kadp_1683" value="0.53"/>
						<parameter name="Keq_1683" value="6500"/>
						<parameter name="Kpyr_1683" value="21"/>
						<parameter name="Katp_1683" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_89" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_89" stoichiometry="1"/>
					<specieReference specie="CO2_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1684)*(((PYR_89)/(Kpyr_1684))^(nH_1684)))/(1                   +((PYR_89)/(Kpyr_1684))^(nH_1684))">
					<listOfParameters>
						<parameter name="Vmax_1684" value="904.9299784362919"/>
						<parameter name="Kpyr_1684" value="4.33"/>
						<parameter name="nH_1684" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_89" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_89" stoichiometry="1"/>
					<specieReference specie="EtOH_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_89" stoichiometry="1"/>
					<specieReference specie="AcAld_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1685)*(((EtOH_89)*(NAD_89))/((Ketoh_1685)*(Kinad_1685))-((AcAld_89)*(NADH_89))/(((Ketoh_1685)*(Kinad_1685))*(Keq_1685))))/(1                   +(NAD_89)/(Kinad_1685)+((EtOH_89)*(Knad_1685))/((Kinad_1685)*(Ketoh_1685))+((AcAld_89)*(Knadh_1685))/((Kinadh_1685)*(Kacald_1685))+(NADH_89)/(Kinadh_1685)+((EtOH_89)*(NAD_89))/((Kinad_1685)*(Ketoh_1685))+(((NAD_89)*(AcAld_89))*(Knadh_1685))/(((Kinad_1685)*(Kinadh_1685))*(Kacald_1685))+(((EtOH_89)*(NADH_89))*(Knad_1685))/(((Kinad_1685)*(Kinadh_1685))*(Ketoh_1685))+((AcAld_89)*(NADH_89))/((Kacald_1685)*(Kinadh_1685))+(((EtOH_89)*(NAD_89))*(AcAld_89))/(((Kinad_1685)*(Kiacald_1685))*(Ketoh_1685))+(((EtOH_89)*(AcAld_89))*(NADH_89))/(((Kietoh_1685)*(Kinadh_1685))*(Kacald_1685)))">
					<listOfParameters>
						<parameter name="Vmax_1685" value="267.5855873864708"/>
						<parameter name="Ketoh_1685" value="17"/>
						<parameter name="Kinad_1685" value="0.92"/>
						<parameter name="Keq_1685" value="6.9e-005"/>
						<parameter name="Knad_1685" value="0.17"/>
						<parameter name="Knadh_1685" value="0.11"/>
						<parameter name="Kinadh_1685" value="0.031"/>
						<parameter name="Kacald_1685" value="1.11"/>
						<parameter name="Kiacald_1685" value="1.1"/>
						<parameter name="Kietoh_1685" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_89" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1686)*(ATP_89)">
					<listOfParameters>
						<parameter name="Katpase_1686" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_89" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_89" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_89" stoichiometry="1"/>
					<specieReference specie="AMP_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1687*ADP_89*ADP_89-k2_1687*ATP_89*AMP_89">
					<listOfParameters>
						<parameter name="k1_1687" value="45"/>
						<parameter name="k2_1687" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_89" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_89" stoichiometry="1"/>
					<specieReference specie="NADH_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_89" stoichiometry="1"/>
					<specieReference specie="Glycerol_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1688)*(((DHAP_89)/(Kdhap_1688))*((NADH_89)/(Knadh_1688))-(((Glycerol_89)/(Kdhap_1688))*((NAD_89)/(Knadh_1688)))*((1                   )/(Keq_1688))))/((1                   +(DHAP_89)/(Kdhap_1688)+(Glycerol_89)/(Kglycerol_1688))*(1                   +(NADH_89)/(Knadh_1688)+(NAD_89)/(Knad_1688)))">
					<listOfParameters>
						<parameter name="Vmax_1688" value="47.74486449833269"/>
						<parameter name="Kdhap_1688" value="0.4"/>
						<parameter name="Knadh_1688" value="0.023"/>
						<parameter name="Keq_1688" value="4300"/>
						<parameter name="Kglycerol_1688" value="1"/>
						<parameter name="Knad_1688" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_89" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_89" stoichiometry="1"/>
					<specieReference specie="G6P_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_89" stoichiometry="1"/>
					<specieReference specie="Glycogen_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1689">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1689" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_89" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_89" stoichiometry="1"/>
					<specieReference specie="G6P_89" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_89" stoichiometry="1"/>
					<specieReference specie="Trehalose_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1690">
					<listOfParameters>
						<parameter name="Ktrehalose_1690" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_89" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_89" stoichiometry="3"/>
					<specieReference specie="AcAld_89" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_89" stoichiometry="3"/>
					<specieReference specie="Succinate_89" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1691)*(AcAld_89)">
					<listOfParameters>
						<parameter name="k_1691" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_90" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1692)*(GLCo_90-GLCi_90))/(Kglc_1692))/(1                   +(GLCo_90+GLCi_90)/(Kglc_1692)+(((Ki_1692)*(GLCo_90))*(GLCi_90))/((Kglc_1692)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1692" value="116.4606002988947"/>
						<parameter name="Kglc_1692" value="1.1918"/>
						<parameter name="Ki_1692" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_90" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_90" stoichiometry="1"/>
					<specieReference specie="ATP_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_90" stoichiometry="1"/>
					<specieReference specie="ADP_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1693)*(((GLCi_90)*(ATP_90))/((Kglc_1693)*(Katp_1693))-((G6P_90)*(ADP_90))/(((Kglc_1693)*(Katp_1693))*(Keq_1693))))/((1                   +(GLCi_90)/(Kglc_1693)+(G6P_90)/(Kg6p_1693))*(1                   +(ATP_90)/(Katp_1693)+(ADP_90)/(Kadp_1693)))">
					<listOfParameters>
						<parameter name="Vmax_1693" value="220.6218008828085"/>
						<parameter name="Kglc_1693" value="0.08"/>
						<parameter name="Katp_1693" value="0.15"/>
						<parameter name="Keq_1693" value="2000"/>
						<parameter name="Kg6p_1693" value="30"/>
						<parameter name="Kadp_1693" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_90" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1694)*((G6P_90)/(Kg6p_1694)-(F6P_90)/((Kg6p_1694)*(Keq_1694))))/(1                   +(G6P_90)/(Kg6p_1694)+(F6P_90)/(Kf6p_1694))">
					<listOfParameters>
						<parameter name="Vmax_1694" value="687.0430877237121"/>
						<parameter name="Kg6p_1694" value="1.4"/>
						<parameter name="Keq_1694" value="0.29"/>
						<parameter name="Kf6p_1694" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_90" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_90" stoichiometry="1"/>
					<specieReference specie="F6P_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_90" stoichiometry="1"/>
					<specieReference specie="F16bP_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1695)*(((((gR_1695)*((F6P_90)/(Kf6p_1695)))*((ATP_90)/(Katp_1695)))*(1                   +(F6P_90)/(Kf6p_1695)+(ATP_90)/(Katp_1695)+((((gR_1695)*(F6P_90))/(Kf6p_1695))*(ATP_90))/(Katp_1695)))/((1                   +(F6P_90)/(Kf6p_1695)+(ATP_90)/(Katp_1695)+((((gR_1695)*(F6P_90))/(Kf6p_1695))*(ATP_90))/(Katp_1695))^(2                   )+((((L0_1695)*(((1                   +((Ciatp_1695)*(ATP_90))/(Kiatp_1695))/(1                   +(ATP_90)/(Kiatp_1695)))^(2                   )))*(((1                   +((Camp_1695)*(AMP_90))/(Kamp_1695))/(1                   +(AMP_90)/(Kamp_1695)))^(2                   )))*(((1                   +((Cf26_1695)*(F26bP_90))/(Kf26_1695)+((Cf16_1695)*(F16bP_90))/(Kf16_1695))/(1                   +(F26bP_90)/(Kf26_1695)+(F16bP_90)/(Kf16_1695)))^(2                   )))*((1                   +((Catp_1695)*(ATP_90))/(Katp_1695))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1695" value="110.0443532570651"/>
						<parameter name="gR_1695" value="5.12"/>
						<parameter name="Kf6p_1695" value="0.1"/>
						<parameter name="Katp_1695" value="0.71"/>
						<parameter name="L0_1695" value="0.66"/>
						<parameter name="Ciatp_1695" value="100"/>
						<parameter name="Kiatp_1695" value="0.65"/>
						<parameter name="Camp_1695" value="0.08450000000000001"/>
						<parameter name="Kamp_1695" value="0.09950000000000001"/>
						<parameter name="Cf26_1695" value="0.0174"/>
						<parameter name="Kf26_1695" value="0.000682"/>
						<parameter name="Cf16_1695" value="0.397"/>
						<parameter name="Kf16_1695" value="0.111"/>
						<parameter name="Catp_1695" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_90" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_90" stoichiometry="1"/>
					<specieReference specie="GAP_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1696)*((F16bP_90)/(Kf16bp_1696)-((DHAP_90)*(GAP_90))/((Kf16bp_1696)*(Keq_1696))))/(1                   +(F16bP_90)/(Kf16bp_1696)+(DHAP_90)/(Kdhap_1696)+(GAP_90)/(Kgap_1696)+((F16bP_90)*(GAP_90))/((Kf16bp_1696)*(Kigap_1696))+((DHAP_90)*(GAP_90))/((Kdhap_1696)*(Kgap_1696)))">
					<listOfParameters>
						<parameter name="Vmax_1696" value="71.82314024505358"/>
						<parameter name="Kf16bp_1696" value="0.3"/>
						<parameter name="Keq_1696" value="0.06900000000000001"/>
						<parameter name="Kdhap_1696" value="2"/>
						<parameter name="Kgap_1696" value="2.4"/>
						<parameter name="Kigap_1696" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_90" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1697*DHAP_90-k2_1697*GAP_90">
					<listOfParameters>
						<parameter name="k1_1697" value="450000"/>
						<parameter name="k2_1697" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_90" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_90" stoichiometry="1"/>
					<specieReference specie="NAD_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_90" stoichiometry="1"/>
					<specieReference specie="NADH_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1698)*((((Vmaxf_1698)*(GAP_90))*(NAD_90))/((Kgap_1698)*(Knad_1698))-(((Vmaxr_1698)*(BPG_90))*(NADH_90))/((Kbpg_1698)*(Knadh_1698))))/((1                   +(GAP_90)/(Kgap_1698)+(BPG_90)/(Kbpg_1698))*(1                   +(NAD_90)/(Knad_1698)+(NADH_90)/(Knadh_1698)))">
					<listOfParameters>
						<parameter name="C_1698" value="1"/>
						<parameter name="Vmaxf_1698" value="1152"/>
						<parameter name="Kgap_1698" value="0.21"/>
						<parameter name="Knad_1698" value="0.09"/>
						<parameter name="Vmaxr_1698" value="7036.330094453992"/>
						<parameter name="Kbpg_1698" value="0.0098"/>
						<parameter name="Knadh_1698" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_90" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_90" stoichiometry="1"/>
					<specieReference specie="BPG_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_90" stoichiometry="1"/>
					<specieReference specie="P3G_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1699)*((((Keq_1699)*(BPG_90))*(ADP_90)-(P3G_90)*(ATP_90))/((Kp3g_1699)*(Katp_1699))))/((1                   +(BPG_90)/(Kbpg_1699)+(P3G_90)/(Kp3g_1699))*(1                   +(ADP_90)/(Kadp_1699)+(ATP_90)/(Katp_1699)))">
					<listOfParameters>
						<parameter name="Vmax_1699" value="1143.669404973465"/>
						<parameter name="Keq_1699" value="3200"/>
						<parameter name="Kp3g_1699" value="0.53"/>
						<parameter name="Katp_1699" value="0.3"/>
						<parameter name="Kbpg_1699" value="0.003"/>
						<parameter name="Kadp_1699" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_90" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1700)*((P3G_90)/(Kp3g_1700)-(P2G_90)/((Kp3g_1700)*(Keq_1700))))/(1                   +(P3G_90)/(Kp3g_1700)+(P2G_90)/(Kp2g_1700))">
					<listOfParameters>
						<parameter name="Vmax_1700" value="3034.307860303513"/>
						<parameter name="Kp3g_1700" value="1.2"/>
						<parameter name="Keq_1700" value="0.19"/>
						<parameter name="Kp2g_1700" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_90" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1701)*((P2G_90)/(Kp2g_1701)-(PEP_90)/((Kp2g_1701)*(Keq_1701))))/(1                   +(P2G_90)/(Kp2g_1701)+(PEP_90)/(Kpep_1701))">
					<listOfParameters>
						<parameter name="Vmax_1701" value="217.7930739232233"/>
						<parameter name="Kp2g_1701" value="0.04"/>
						<parameter name="Keq_1701" value="6.7"/>
						<parameter name="Kpep_1701" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_90" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_90" stoichiometry="1"/>
					<specieReference specie="PEP_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_90" stoichiometry="1"/>
					<specieReference specie="PYR_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1702)*(((PEP_90)*(ADP_90))/((Kpep_1702)*(Kadp_1702))-((PYR_90)*(ATP_90))/(((Kpep_1702)*(Kadp_1702))*(Keq_1702))))/((1                   +(PEP_90)/(Kpep_1702)+(PYR_90)/(Kpyr_1702))*(1                   +(ADP_90)/(Kadp_1702)+(ATP_90)/(Katp_1702)))">
					<listOfParameters>
						<parameter name="Vmax_1702" value="899.1104688376678"/>
						<parameter name="Kpep_1702" value="0.14"/>
						<parameter name="Kadp_1702" value="0.53"/>
						<parameter name="Keq_1702" value="6500"/>
						<parameter name="Kpyr_1702" value="21"/>
						<parameter name="Katp_1702" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_90" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_90" stoichiometry="1"/>
					<specieReference specie="CO2_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1703)*(((PYR_90)/(Kpyr_1703))^(nH_1703)))/(1                   +((PYR_90)/(Kpyr_1703))^(nH_1703))">
					<listOfParameters>
						<parameter name="Vmax_1703" value="806.2802235010117"/>
						<parameter name="Kpyr_1703" value="4.33"/>
						<parameter name="nH_1703" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_90" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_90" stoichiometry="1"/>
					<specieReference specie="EtOH_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_90" stoichiometry="1"/>
					<specieReference specie="AcAld_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1704)*(((EtOH_90)*(NAD_90))/((Ketoh_1704)*(Kinad_1704))-((AcAld_90)*(NADH_90))/(((Ketoh_1704)*(Kinad_1704))*(Keq_1704))))/(1                   +(NAD_90)/(Kinad_1704)+((EtOH_90)*(Knad_1704))/((Kinad_1704)*(Ketoh_1704))+((AcAld_90)*(Knadh_1704))/((Kinadh_1704)*(Kacald_1704))+(NADH_90)/(Kinadh_1704)+((EtOH_90)*(NAD_90))/((Kinad_1704)*(Ketoh_1704))+(((NAD_90)*(AcAld_90))*(Knadh_1704))/(((Kinad_1704)*(Kinadh_1704))*(Kacald_1704))+(((EtOH_90)*(NADH_90))*(Knad_1704))/(((Kinad_1704)*(Kinadh_1704))*(Ketoh_1704))+((AcAld_90)*(NADH_90))/((Kacald_1704)*(Kinadh_1704))+(((EtOH_90)*(NAD_90))*(AcAld_90))/(((Kinad_1704)*(Kiacald_1704))*(Ketoh_1704))+(((EtOH_90)*(AcAld_90))*(NADH_90))/(((Kietoh_1704)*(Kinadh_1704))*(Kacald_1704)))">
					<listOfParameters>
						<parameter name="Vmax_1704" value="160.8255987863936"/>
						<parameter name="Ketoh_1704" value="17"/>
						<parameter name="Kinad_1704" value="0.92"/>
						<parameter name="Keq_1704" value="6.9e-005"/>
						<parameter name="Knad_1704" value="0.17"/>
						<parameter name="Knadh_1704" value="0.11"/>
						<parameter name="Kinadh_1704" value="0.031"/>
						<parameter name="Kacald_1704" value="1.11"/>
						<parameter name="Kiacald_1704" value="1.1"/>
						<parameter name="Kietoh_1704" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_90" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1705)*(ATP_90)">
					<listOfParameters>
						<parameter name="Katpase_1705" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_90" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_90" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_90" stoichiometry="1"/>
					<specieReference specie="AMP_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1706*ADP_90*ADP_90-k2_1706*ATP_90*AMP_90">
					<listOfParameters>
						<parameter name="k1_1706" value="45"/>
						<parameter name="k2_1706" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_90" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_90" stoichiometry="1"/>
					<specieReference specie="NADH_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_90" stoichiometry="1"/>
					<specieReference specie="Glycerol_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1707)*(((DHAP_90)/(Kdhap_1707))*((NADH_90)/(Knadh_1707))-(((Glycerol_90)/(Kdhap_1707))*((NAD_90)/(Knadh_1707)))*((1                   )/(Keq_1707))))/((1                   +(DHAP_90)/(Kdhap_1707)+(Glycerol_90)/(Kglycerol_1707))*(1                   +(NADH_90)/(Knadh_1707)+(NAD_90)/(Knad_1707)))">
					<listOfParameters>
						<parameter name="Vmax_1707" value="55.42164155716007"/>
						<parameter name="Kdhap_1707" value="0.4"/>
						<parameter name="Knadh_1707" value="0.023"/>
						<parameter name="Keq_1707" value="4300"/>
						<parameter name="Kglycerol_1707" value="1"/>
						<parameter name="Knad_1707" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_90" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_90" stoichiometry="1"/>
					<specieReference specie="G6P_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_90" stoichiometry="1"/>
					<specieReference specie="Glycogen_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1708">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1708" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_90" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_90" stoichiometry="1"/>
					<specieReference specie="G6P_90" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_90" stoichiometry="1"/>
					<specieReference specie="Trehalose_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1709">
					<listOfParameters>
						<parameter name="Ktrehalose_1709" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_90" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_90" stoichiometry="3"/>
					<specieReference specie="AcAld_90" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_90" stoichiometry="3"/>
					<specieReference specie="Succinate_90" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1710)*(AcAld_90)">
					<listOfParameters>
						<parameter name="k_1710" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_91" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1711)*(GLCo_91-GLCi_91))/(Kglc_1711))/(1                   +(GLCo_91+GLCi_91)/(Kglc_1711)+(((Ki_1711)*(GLCo_91))*(GLCi_91))/((Kglc_1711)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1711" value="80.97414002926489"/>
						<parameter name="Kglc_1711" value="1.1918"/>
						<parameter name="Ki_1711" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_91" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_91" stoichiometry="1"/>
					<specieReference specie="ATP_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_91" stoichiometry="1"/>
					<specieReference specie="ADP_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1712)*(((GLCi_91)*(ATP_91))/((Kglc_1712)*(Katp_1712))-((G6P_91)*(ADP_91))/(((Kglc_1712)*(Katp_1712))*(Keq_1712))))/((1                   +(GLCi_91)/(Kglc_1712)+(G6P_91)/(Kg6p_1712))*(1                   +(ATP_91)/(Katp_1712)+(ADP_91)/(Kadp_1712)))">
					<listOfParameters>
						<parameter name="Vmax_1712" value="242.0977364589086"/>
						<parameter name="Kglc_1712" value="0.08"/>
						<parameter name="Katp_1712" value="0.15"/>
						<parameter name="Keq_1712" value="2000"/>
						<parameter name="Kg6p_1712" value="30"/>
						<parameter name="Kadp_1712" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_91" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1713)*((G6P_91)/(Kg6p_1713)-(F6P_91)/((Kg6p_1713)*(Keq_1713))))/(1                   +(G6P_91)/(Kg6p_1713)+(F6P_91)/(Kf6p_1713))">
					<listOfParameters>
						<parameter name="Vmax_1713" value="817.9012153530559"/>
						<parameter name="Kg6p_1713" value="1.4"/>
						<parameter name="Keq_1713" value="0.29"/>
						<parameter name="Kf6p_1713" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_91" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_91" stoichiometry="1"/>
					<specieReference specie="F6P_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_91" stoichiometry="1"/>
					<specieReference specie="F16bP_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1714)*(((((gR_1714)*((F6P_91)/(Kf6p_1714)))*((ATP_91)/(Katp_1714)))*(1                   +(F6P_91)/(Kf6p_1714)+(ATP_91)/(Katp_1714)+((((gR_1714)*(F6P_91))/(Kf6p_1714))*(ATP_91))/(Katp_1714)))/((1                   +(F6P_91)/(Kf6p_1714)+(ATP_91)/(Katp_1714)+((((gR_1714)*(F6P_91))/(Kf6p_1714))*(ATP_91))/(Katp_1714))^(2                   )+((((L0_1714)*(((1                   +((Ciatp_1714)*(ATP_91))/(Kiatp_1714))/(1                   +(ATP_91)/(Kiatp_1714)))^(2                   )))*(((1                   +((Camp_1714)*(AMP_91))/(Kamp_1714))/(1                   +(AMP_91)/(Kamp_1714)))^(2                   )))*(((1                   +((Cf26_1714)*(F26bP_91))/(Kf26_1714)+((Cf16_1714)*(F16bP_91))/(Kf16_1714))/(1                   +(F26bP_91)/(Kf26_1714)+(F16bP_91)/(Kf16_1714)))^(2                   )))*((1                   +((Catp_1714)*(ATP_91))/(Katp_1714))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1714" value="122.749441916671"/>
						<parameter name="gR_1714" value="5.12"/>
						<parameter name="Kf6p_1714" value="0.1"/>
						<parameter name="Katp_1714" value="0.71"/>
						<parameter name="L0_1714" value="0.66"/>
						<parameter name="Ciatp_1714" value="100"/>
						<parameter name="Kiatp_1714" value="0.65"/>
						<parameter name="Camp_1714" value="0.08450000000000001"/>
						<parameter name="Kamp_1714" value="0.09950000000000001"/>
						<parameter name="Cf26_1714" value="0.0174"/>
						<parameter name="Kf26_1714" value="0.000682"/>
						<parameter name="Cf16_1714" value="0.397"/>
						<parameter name="Kf16_1714" value="0.111"/>
						<parameter name="Catp_1714" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_91" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_91" stoichiometry="1"/>
					<specieReference specie="GAP_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1715)*((F16bP_91)/(Kf16bp_1715)-((DHAP_91)*(GAP_91))/((Kf16bp_1715)*(Keq_1715))))/(1                   +(F16bP_91)/(Kf16bp_1715)+(DHAP_91)/(Kdhap_1715)+(GAP_91)/(Kgap_1715)+((F16bP_91)*(GAP_91))/((Kf16bp_1715)*(Kigap_1715))+((DHAP_91)*(GAP_91))/((Kdhap_1715)*(Kgap_1715)))">
					<listOfParameters>
						<parameter name="Vmax_1715" value="60.46289400564594"/>
						<parameter name="Kf16bp_1715" value="0.3"/>
						<parameter name="Keq_1715" value="0.06900000000000001"/>
						<parameter name="Kdhap_1715" value="2"/>
						<parameter name="Kgap_1715" value="2.4"/>
						<parameter name="Kigap_1715" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_91" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1716*DHAP_91-k2_1716*GAP_91">
					<listOfParameters>
						<parameter name="k1_1716" value="450000"/>
						<parameter name="k2_1716" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_91" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_91" stoichiometry="1"/>
					<specieReference specie="NAD_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_91" stoichiometry="1"/>
					<specieReference specie="NADH_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1717)*((((Vmaxf_1717)*(GAP_91))*(NAD_91))/((Kgap_1717)*(Knad_1717))-(((Vmaxr_1717)*(BPG_91))*(NADH_91))/((Kbpg_1717)*(Knadh_1717))))/((1                   +(GAP_91)/(Kgap_1717)+(BPG_91)/(Kbpg_1717))*(1                   +(NAD_91)/(Knad_1717)+(NADH_91)/(Knadh_1717)))">
					<listOfParameters>
						<parameter name="C_1717" value="1"/>
						<parameter name="Vmaxf_1717" value="1152"/>
						<parameter name="Kgap_1717" value="0.21"/>
						<parameter name="Knad_1717" value="0.09"/>
						<parameter name="Vmaxr_1717" value="6384.400657091471"/>
						<parameter name="Kbpg_1717" value="0.0098"/>
						<parameter name="Knadh_1717" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_91" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_91" stoichiometry="1"/>
					<specieReference specie="BPG_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_91" stoichiometry="1"/>
					<specieReference specie="P3G_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1718)*((((Keq_1718)*(BPG_91))*(ADP_91)-(P3G_91)*(ATP_91))/((Kp3g_1718)*(Katp_1718))))/((1                   +(BPG_91)/(Kbpg_1718)+(P3G_91)/(Kp3g_1718))*(1                   +(ADP_91)/(Kadp_1718)+(ATP_91)/(Katp_1718)))">
					<listOfParameters>
						<parameter name="Vmax_1718" value="1433.670360233022"/>
						<parameter name="Keq_1718" value="3200"/>
						<parameter name="Kp3g_1718" value="0.53"/>
						<parameter name="Katp_1718" value="0.3"/>
						<parameter name="Kbpg_1718" value="0.003"/>
						<parameter name="Kadp_1718" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_91" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1719)*((P3G_91)/(Kp3g_1719)-(P2G_91)/((Kp3g_1719)*(Keq_1719))))/(1                   +(P3G_91)/(Kp3g_1719)+(P2G_91)/(Kp2g_1719))">
					<listOfParameters>
						<parameter name="Vmax_1719" value="3091.928759847774"/>
						<parameter name="Kp3g_1719" value="1.2"/>
						<parameter name="Keq_1719" value="0.19"/>
						<parameter name="Kp2g_1719" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_91" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1720)*((P2G_91)/(Kp2g_1720)-(PEP_91)/((Kp2g_1720)*(Keq_1720))))/(1                   +(P2G_91)/(Kp2g_1720)+(PEP_91)/(Kpep_1720))">
					<listOfParameters>
						<parameter name="Vmax_1720" value="225.8825129786987"/>
						<parameter name="Kp2g_1720" value="0.04"/>
						<parameter name="Keq_1720" value="6.7"/>
						<parameter name="Kpep_1720" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_91" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_91" stoichiometry="1"/>
					<specieReference specie="PEP_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_91" stoichiometry="1"/>
					<specieReference specie="PYR_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1721)*(((PEP_91)*(ADP_91))/((Kpep_1721)*(Kadp_1721))-((PYR_91)*(ATP_91))/(((Kpep_1721)*(Kadp_1721))*(Keq_1721))))/((1                   +(PEP_91)/(Kpep_1721)+(PYR_91)/(Kpyr_1721))*(1                   +(ADP_91)/(Kadp_1721)+(ATP_91)/(Katp_1721)))">
					<listOfParameters>
						<parameter name="Vmax_1721" value="1247.507128392302"/>
						<parameter name="Kpep_1721" value="0.14"/>
						<parameter name="Kadp_1721" value="0.53"/>
						<parameter name="Keq_1721" value="6500"/>
						<parameter name="Kpyr_1721" value="21"/>
						<parameter name="Katp_1721" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_91" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_91" stoichiometry="1"/>
					<specieReference specie="CO2_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1722)*(((PYR_91)/(Kpyr_1722))^(nH_1722)))/(1                   +((PYR_91)/(Kpyr_1722))^(nH_1722))">
					<listOfParameters>
						<parameter name="Vmax_1722" value="603.9385282316811"/>
						<parameter name="Kpyr_1722" value="4.33"/>
						<parameter name="nH_1722" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_91" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_91" stoichiometry="1"/>
					<specieReference specie="EtOH_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_91" stoichiometry="1"/>
					<specieReference specie="AcAld_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1723)*(((EtOH_91)*(NAD_91))/((Ketoh_1723)*(Kinad_1723))-((AcAld_91)*(NADH_91))/(((Ketoh_1723)*(Kinad_1723))*(Keq_1723))))/(1                   +(NAD_91)/(Kinad_1723)+((EtOH_91)*(Knad_1723))/((Kinad_1723)*(Ketoh_1723))+((AcAld_91)*(Knadh_1723))/((Kinadh_1723)*(Kacald_1723))+(NADH_91)/(Kinadh_1723)+((EtOH_91)*(NAD_91))/((Kinad_1723)*(Ketoh_1723))+(((NAD_91)*(AcAld_91))*(Knadh_1723))/(((Kinad_1723)*(Kinadh_1723))*(Kacald_1723))+(((EtOH_91)*(NADH_91))*(Knad_1723))/(((Kinad_1723)*(Kinadh_1723))*(Ketoh_1723))+((AcAld_91)*(NADH_91))/((Kacald_1723)*(Kinadh_1723))+(((EtOH_91)*(NAD_91))*(AcAld_91))/(((Kinad_1723)*(Kiacald_1723))*(Ketoh_1723))+(((EtOH_91)*(AcAld_91))*(NADH_91))/(((Kietoh_1723)*(Kinadh_1723))*(Kacald_1723)))">
					<listOfParameters>
						<parameter name="Vmax_1723" value="243.6946639739931"/>
						<parameter name="Ketoh_1723" value="17"/>
						<parameter name="Kinad_1723" value="0.92"/>
						<parameter name="Keq_1723" value="6.9e-005"/>
						<parameter name="Knad_1723" value="0.17"/>
						<parameter name="Knadh_1723" value="0.11"/>
						<parameter name="Kinadh_1723" value="0.031"/>
						<parameter name="Kacald_1723" value="1.11"/>
						<parameter name="Kiacald_1723" value="1.1"/>
						<parameter name="Kietoh_1723" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_91" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1724)*(ATP_91)">
					<listOfParameters>
						<parameter name="Katpase_1724" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_91" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_91" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_91" stoichiometry="1"/>
					<specieReference specie="AMP_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1725*ADP_91*ADP_91-k2_1725*ATP_91*AMP_91">
					<listOfParameters>
						<parameter name="k1_1725" value="45"/>
						<parameter name="k2_1725" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_91" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_91" stoichiometry="1"/>
					<specieReference specie="NADH_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_91" stoichiometry="1"/>
					<specieReference specie="Glycerol_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1726)*(((DHAP_91)/(Kdhap_1726))*((NADH_91)/(Knadh_1726))-(((Glycerol_91)/(Kdhap_1726))*((NAD_91)/(Knadh_1726)))*((1                   )/(Keq_1726))))/((1                   +(DHAP_91)/(Kdhap_1726)+(Glycerol_91)/(Kglycerol_1726))*(1                   +(NADH_91)/(Knadh_1726)+(NAD_91)/(Knad_1726)))">
					<listOfParameters>
						<parameter name="Vmax_1726" value="33.90463233988029"/>
						<parameter name="Kdhap_1726" value="0.4"/>
						<parameter name="Knadh_1726" value="0.023"/>
						<parameter name="Keq_1726" value="4300"/>
						<parameter name="Kglycerol_1726" value="1"/>
						<parameter name="Knad_1726" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_91" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_91" stoichiometry="1"/>
					<specieReference specie="G6P_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_91" stoichiometry="1"/>
					<specieReference specie="Glycogen_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1727">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1727" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_91" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_91" stoichiometry="1"/>
					<specieReference specie="G6P_91" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_91" stoichiometry="1"/>
					<specieReference specie="Trehalose_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1728">
					<listOfParameters>
						<parameter name="Ktrehalose_1728" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_91" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_91" stoichiometry="3"/>
					<specieReference specie="AcAld_91" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_91" stoichiometry="3"/>
					<specieReference specie="Succinate_91" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1729)*(AcAld_91)">
					<listOfParameters>
						<parameter name="k_1729" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_92" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1730)*(GLCo_92-GLCi_92))/(Kglc_1730))/(1                   +(GLCo_92+GLCi_92)/(Kglc_1730)+(((Ki_1730)*(GLCo_92))*(GLCi_92))/((Kglc_1730)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1730" value="96.5476871250108"/>
						<parameter name="Kglc_1730" value="1.1918"/>
						<parameter name="Ki_1730" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_92" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_92" stoichiometry="1"/>
					<specieReference specie="ATP_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_92" stoichiometry="1"/>
					<specieReference specie="ADP_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1731)*(((GLCi_92)*(ATP_92))/((Kglc_1731)*(Katp_1731))-((G6P_92)*(ADP_92))/(((Kglc_1731)*(Katp_1731))*(Keq_1731))))/((1                   +(GLCi_92)/(Kglc_1731)+(G6P_92)/(Kg6p_1731))*(1                   +(ATP_92)/(Katp_1731)+(ADP_92)/(Kadp_1731)))">
					<listOfParameters>
						<parameter name="Vmax_1731" value="206.5189828796571"/>
						<parameter name="Kglc_1731" value="0.08"/>
						<parameter name="Katp_1731" value="0.15"/>
						<parameter name="Keq_1731" value="2000"/>
						<parameter name="Kg6p_1731" value="30"/>
						<parameter name="Kadp_1731" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_92" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1732)*((G6P_92)/(Kg6p_1732)-(F6P_92)/((Kg6p_1732)*(Keq_1732))))/(1                   +(G6P_92)/(Kg6p_1732)+(F6P_92)/(Kf6p_1732))">
					<listOfParameters>
						<parameter name="Vmax_1732" value="512.4545326363431"/>
						<parameter name="Kg6p_1732" value="1.4"/>
						<parameter name="Keq_1732" value="0.29"/>
						<parameter name="Kf6p_1732" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_92" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_92" stoichiometry="1"/>
					<specieReference specie="F6P_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_92" stoichiometry="1"/>
					<specieReference specie="F16bP_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1733)*(((((gR_1733)*((F6P_92)/(Kf6p_1733)))*((ATP_92)/(Katp_1733)))*(1                   +(F6P_92)/(Kf6p_1733)+(ATP_92)/(Katp_1733)+((((gR_1733)*(F6P_92))/(Kf6p_1733))*(ATP_92))/(Katp_1733)))/((1                   +(F6P_92)/(Kf6p_1733)+(ATP_92)/(Katp_1733)+((((gR_1733)*(F6P_92))/(Kf6p_1733))*(ATP_92))/(Katp_1733))^(2                   )+((((L0_1733)*(((1                   +((Ciatp_1733)*(ATP_92))/(Kiatp_1733))/(1                   +(ATP_92)/(Kiatp_1733)))^(2                   )))*(((1                   +((Camp_1733)*(AMP_92))/(Kamp_1733))/(1                   +(AMP_92)/(Kamp_1733)))^(2                   )))*(((1                   +((Cf26_1733)*(F26bP_92))/(Kf26_1733)+((Cf16_1733)*(F16bP_92))/(Kf16_1733))/(1                   +(F26bP_92)/(Kf26_1733)+(F16bP_92)/(Kf16_1733)))^(2                   )))*((1                   +((Catp_1733)*(ATP_92))/(Katp_1733))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1733" value="148.8059277849427"/>
						<parameter name="gR_1733" value="5.12"/>
						<parameter name="Kf6p_1733" value="0.1"/>
						<parameter name="Katp_1733" value="0.71"/>
						<parameter name="L0_1733" value="0.66"/>
						<parameter name="Ciatp_1733" value="100"/>
						<parameter name="Kiatp_1733" value="0.65"/>
						<parameter name="Camp_1733" value="0.08450000000000001"/>
						<parameter name="Kamp_1733" value="0.09950000000000001"/>
						<parameter name="Cf26_1733" value="0.0174"/>
						<parameter name="Kf26_1733" value="0.000682"/>
						<parameter name="Cf16_1733" value="0.397"/>
						<parameter name="Kf16_1733" value="0.111"/>
						<parameter name="Catp_1733" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_92" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_92" stoichiometry="1"/>
					<specieReference specie="GAP_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1734)*((F16bP_92)/(Kf16bp_1734)-((DHAP_92)*(GAP_92))/((Kf16bp_1734)*(Keq_1734))))/(1                   +(F16bP_92)/(Kf16bp_1734)+(DHAP_92)/(Kdhap_1734)+(GAP_92)/(Kgap_1734)+((F16bP_92)*(GAP_92))/((Kf16bp_1734)*(Kigap_1734))+((DHAP_92)*(GAP_92))/((Kdhap_1734)*(Kgap_1734)))">
					<listOfParameters>
						<parameter name="Vmax_1734" value="96.06435564791651"/>
						<parameter name="Kf16bp_1734" value="0.3"/>
						<parameter name="Keq_1734" value="0.06900000000000001"/>
						<parameter name="Kdhap_1734" value="2"/>
						<parameter name="Kgap_1734" value="2.4"/>
						<parameter name="Kigap_1734" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_92" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1735*DHAP_92-k2_1735*GAP_92">
					<listOfParameters>
						<parameter name="k1_1735" value="450000"/>
						<parameter name="k2_1735" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_92" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_92" stoichiometry="1"/>
					<specieReference specie="NAD_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_92" stoichiometry="1"/>
					<specieReference specie="NADH_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1736)*((((Vmaxf_1736)*(GAP_92))*(NAD_92))/((Kgap_1736)*(Knad_1736))-(((Vmaxr_1736)*(BPG_92))*(NADH_92))/((Kbpg_1736)*(Knadh_1736))))/((1                   +(GAP_92)/(Kgap_1736)+(BPG_92)/(Kbpg_1736))*(1                   +(NAD_92)/(Knad_1736)+(NADH_92)/(Knadh_1736)))">
					<listOfParameters>
						<parameter name="C_1736" value="1"/>
						<parameter name="Vmaxf_1736" value="1152"/>
						<parameter name="Kgap_1736" value="0.21"/>
						<parameter name="Knad_1736" value="0.09"/>
						<parameter name="Vmaxr_1736" value="5814.480214332865"/>
						<parameter name="Kbpg_1736" value="0.0098"/>
						<parameter name="Knadh_1736" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_92" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_92" stoichiometry="1"/>
					<specieReference specie="BPG_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_92" stoichiometry="1"/>
					<specieReference specie="P3G_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1737)*((((Keq_1737)*(BPG_92))*(ADP_92)-(P3G_92)*(ATP_92))/((Kp3g_1737)*(Katp_1737))))/((1                   +(BPG_92)/(Kbpg_1737)+(P3G_92)/(Kp3g_1737))*(1                   +(ADP_92)/(Kadp_1737)+(ATP_92)/(Katp_1737)))">
					<listOfParameters>
						<parameter name="Vmax_1737" value="1207.730466544823"/>
						<parameter name="Keq_1737" value="3200"/>
						<parameter name="Kp3g_1737" value="0.53"/>
						<parameter name="Katp_1737" value="0.3"/>
						<parameter name="Kbpg_1737" value="0.003"/>
						<parameter name="Kadp_1737" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_92" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1738)*((P3G_92)/(Kp3g_1738)-(P2G_92)/((Kp3g_1738)*(Keq_1738))))/(1                   +(P3G_92)/(Kp3g_1738)+(P2G_92)/(Kp2g_1738))">
					<listOfParameters>
						<parameter name="Vmax_1738" value="2626.490713083624"/>
						<parameter name="Kp3g_1738" value="1.2"/>
						<parameter name="Keq_1738" value="0.19"/>
						<parameter name="Kp2g_1738" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_92" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1739)*((P2G_92)/(Kp2g_1739)-(PEP_92)/((Kp2g_1739)*(Keq_1739))))/(1                   +(P2G_92)/(Kp2g_1739)+(PEP_92)/(Kpep_1739))">
					<listOfParameters>
						<parameter name="Vmax_1739" value="153.7102472675644"/>
						<parameter name="Kp2g_1739" value="0.04"/>
						<parameter name="Keq_1739" value="6.7"/>
						<parameter name="Kpep_1739" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_92" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_92" stoichiometry="1"/>
					<specieReference specie="PEP_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_92" stoichiometry="1"/>
					<specieReference specie="PYR_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1740)*(((PEP_92)*(ADP_92))/((Kpep_1740)*(Kadp_1740))-((PYR_92)*(ATP_92))/(((Kpep_1740)*(Kadp_1740))*(Keq_1740))))/((1                   +(PEP_92)/(Kpep_1740)+(PYR_92)/(Kpyr_1740))*(1                   +(ADP_92)/(Kadp_1740)+(ATP_92)/(Katp_1740)))">
					<listOfParameters>
						<parameter name="Vmax_1740" value="898.1060329020069"/>
						<parameter name="Kpep_1740" value="0.14"/>
						<parameter name="Kadp_1740" value="0.53"/>
						<parameter name="Keq_1740" value="6500"/>
						<parameter name="Kpyr_1740" value="21"/>
						<parameter name="Katp_1740" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_92" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_92" stoichiometry="1"/>
					<specieReference specie="CO2_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1741)*(((PYR_92)/(Kpyr_1741))^(nH_1741)))/(1                   +((PYR_92)/(Kpyr_1741))^(nH_1741))">
					<listOfParameters>
						<parameter name="Vmax_1741" value="608.3082318104439"/>
						<parameter name="Kpyr_1741" value="4.33"/>
						<parameter name="nH_1741" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_92" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_92" stoichiometry="1"/>
					<specieReference specie="EtOH_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_92" stoichiometry="1"/>
					<specieReference specie="AcAld_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1742)*(((EtOH_92)*(NAD_92))/((Ketoh_1742)*(Kinad_1742))-((AcAld_92)*(NADH_92))/(((Ketoh_1742)*(Kinad_1742))*(Keq_1742))))/(1                   +(NAD_92)/(Kinad_1742)+((EtOH_92)*(Knad_1742))/((Kinad_1742)*(Ketoh_1742))+((AcAld_92)*(Knadh_1742))/((Kinadh_1742)*(Kacald_1742))+(NADH_92)/(Kinadh_1742)+((EtOH_92)*(NAD_92))/((Kinad_1742)*(Ketoh_1742))+(((NAD_92)*(AcAld_92))*(Knadh_1742))/(((Kinad_1742)*(Kinadh_1742))*(Kacald_1742))+(((EtOH_92)*(NADH_92))*(Knad_1742))/(((Kinad_1742)*(Kinadh_1742))*(Ketoh_1742))+((AcAld_92)*(NADH_92))/((Kacald_1742)*(Kinadh_1742))+(((EtOH_92)*(NAD_92))*(AcAld_92))/(((Kinad_1742)*(Kiacald_1742))*(Ketoh_1742))+(((EtOH_92)*(AcAld_92))*(NADH_92))/(((Kietoh_1742)*(Kinadh_1742))*(Kacald_1742)))">
					<listOfParameters>
						<parameter name="Vmax_1742" value="240.7384364440825"/>
						<parameter name="Ketoh_1742" value="17"/>
						<parameter name="Kinad_1742" value="0.92"/>
						<parameter name="Keq_1742" value="6.9e-005"/>
						<parameter name="Knad_1742" value="0.17"/>
						<parameter name="Knadh_1742" value="0.11"/>
						<parameter name="Kinadh_1742" value="0.031"/>
						<parameter name="Kacald_1742" value="1.11"/>
						<parameter name="Kiacald_1742" value="1.1"/>
						<parameter name="Kietoh_1742" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_92" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1743)*(ATP_92)">
					<listOfParameters>
						<parameter name="Katpase_1743" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_92" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_92" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_92" stoichiometry="1"/>
					<specieReference specie="AMP_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1744*ADP_92*ADP_92-k2_1744*ATP_92*AMP_92">
					<listOfParameters>
						<parameter name="k1_1744" value="45"/>
						<parameter name="k2_1744" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_92" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_92" stoichiometry="1"/>
					<specieReference specie="NADH_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_92" stoichiometry="1"/>
					<specieReference specie="Glycerol_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1745)*(((DHAP_92)/(Kdhap_1745))*((NADH_92)/(Knadh_1745))-(((Glycerol_92)/(Kdhap_1745))*((NAD_92)/(Knadh_1745)))*((1                   )/(Keq_1745))))/((1                   +(DHAP_92)/(Kdhap_1745)+(Glycerol_92)/(Kglycerol_1745))*(1                   +(NADH_92)/(Knadh_1745)+(NAD_92)/(Knad_1745)))">
					<listOfParameters>
						<parameter name="Vmax_1745" value="43.8318217078191"/>
						<parameter name="Kdhap_1745" value="0.4"/>
						<parameter name="Knadh_1745" value="0.023"/>
						<parameter name="Keq_1745" value="4300"/>
						<parameter name="Kglycerol_1745" value="1"/>
						<parameter name="Knad_1745" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_92" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_92" stoichiometry="1"/>
					<specieReference specie="G6P_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_92" stoichiometry="1"/>
					<specieReference specie="Glycogen_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1746">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1746" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_92" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_92" stoichiometry="1"/>
					<specieReference specie="G6P_92" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_92" stoichiometry="1"/>
					<specieReference specie="Trehalose_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1747">
					<listOfParameters>
						<parameter name="Ktrehalose_1747" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_92" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_92" stoichiometry="3"/>
					<specieReference specie="AcAld_92" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_92" stoichiometry="3"/>
					<specieReference specie="Succinate_92" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1748)*(AcAld_92)">
					<listOfParameters>
						<parameter name="k_1748" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_93" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1749)*(GLCo_93-GLCi_93))/(Kglc_1749))/(1                   +(GLCo_93+GLCi_93)/(Kglc_1749)+(((Ki_1749)*(GLCo_93))*(GLCi_93))/((Kglc_1749)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1749" value="99.47891454223216"/>
						<parameter name="Kglc_1749" value="1.1918"/>
						<parameter name="Ki_1749" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_93" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_93" stoichiometry="1"/>
					<specieReference specie="ATP_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_93" stoichiometry="1"/>
					<specieReference specie="ADP_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1750)*(((GLCi_93)*(ATP_93))/((Kglc_1750)*(Katp_1750))-((G6P_93)*(ADP_93))/(((Kglc_1750)*(Katp_1750))*(Keq_1750))))/((1                   +(GLCi_93)/(Kglc_1750)+(G6P_93)/(Kg6p_1750))*(1                   +(ATP_93)/(Katp_1750)+(ADP_93)/(Kadp_1750)))">
					<listOfParameters>
						<parameter name="Vmax_1750" value="205.5181975191103"/>
						<parameter name="Kglc_1750" value="0.08"/>
						<parameter name="Katp_1750" value="0.15"/>
						<parameter name="Keq_1750" value="2000"/>
						<parameter name="Kg6p_1750" value="30"/>
						<parameter name="Kadp_1750" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_93" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1751)*((G6P_93)/(Kg6p_1751)-(F6P_93)/((Kg6p_1751)*(Keq_1751))))/(1                   +(G6P_93)/(Kg6p_1751)+(F6P_93)/(Kf6p_1751))">
					<listOfParameters>
						<parameter name="Vmax_1751" value="1329.514341430306"/>
						<parameter name="Kg6p_1751" value="1.4"/>
						<parameter name="Keq_1751" value="0.29"/>
						<parameter name="Kf6p_1751" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_93" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_93" stoichiometry="1"/>
					<specieReference specie="F6P_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_93" stoichiometry="1"/>
					<specieReference specie="F16bP_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1752)*(((((gR_1752)*((F6P_93)/(Kf6p_1752)))*((ATP_93)/(Katp_1752)))*(1                   +(F6P_93)/(Kf6p_1752)+(ATP_93)/(Katp_1752)+((((gR_1752)*(F6P_93))/(Kf6p_1752))*(ATP_93))/(Katp_1752)))/((1                   +(F6P_93)/(Kf6p_1752)+(ATP_93)/(Katp_1752)+((((gR_1752)*(F6P_93))/(Kf6p_1752))*(ATP_93))/(Katp_1752))^(2                   )+((((L0_1752)*(((1                   +((Ciatp_1752)*(ATP_93))/(Kiatp_1752))/(1                   +(ATP_93)/(Kiatp_1752)))^(2                   )))*(((1                   +((Camp_1752)*(AMP_93))/(Kamp_1752))/(1                   +(AMP_93)/(Kamp_1752)))^(2                   )))*(((1                   +((Cf26_1752)*(F26bP_93))/(Kf26_1752)+((Cf16_1752)*(F16bP_93))/(Kf16_1752))/(1                   +(F26bP_93)/(Kf26_1752)+(F16bP_93)/(Kf16_1752)))^(2                   )))*((1                   +((Catp_1752)*(ATP_93))/(Katp_1752))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1752" value="60.8324359346672"/>
						<parameter name="gR_1752" value="5.12"/>
						<parameter name="Kf6p_1752" value="0.1"/>
						<parameter name="Katp_1752" value="0.71"/>
						<parameter name="L0_1752" value="0.66"/>
						<parameter name="Ciatp_1752" value="100"/>
						<parameter name="Kiatp_1752" value="0.65"/>
						<parameter name="Camp_1752" value="0.08450000000000001"/>
						<parameter name="Kamp_1752" value="0.09950000000000001"/>
						<parameter name="Cf26_1752" value="0.0174"/>
						<parameter name="Kf26_1752" value="0.000682"/>
						<parameter name="Cf16_1752" value="0.397"/>
						<parameter name="Kf16_1752" value="0.111"/>
						<parameter name="Catp_1752" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_93" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_93" stoichiometry="1"/>
					<specieReference specie="GAP_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1753)*((F16bP_93)/(Kf16bp_1753)-((DHAP_93)*(GAP_93))/((Kf16bp_1753)*(Keq_1753))))/(1                   +(F16bP_93)/(Kf16bp_1753)+(DHAP_93)/(Kdhap_1753)+(GAP_93)/(Kgap_1753)+((F16bP_93)*(GAP_93))/((Kf16bp_1753)*(Kigap_1753))+((DHAP_93)*(GAP_93))/((Kdhap_1753)*(Kgap_1753)))">
					<listOfParameters>
						<parameter name="Vmax_1753" value="114.6537028926331"/>
						<parameter name="Kf16bp_1753" value="0.3"/>
						<parameter name="Keq_1753" value="0.06900000000000001"/>
						<parameter name="Kdhap_1753" value="2"/>
						<parameter name="Kgap_1753" value="2.4"/>
						<parameter name="Kigap_1753" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_93" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1754*DHAP_93-k2_1754*GAP_93">
					<listOfParameters>
						<parameter name="k1_1754" value="450000"/>
						<parameter name="k2_1754" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_93" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_93" stoichiometry="1"/>
					<specieReference specie="NAD_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_93" stoichiometry="1"/>
					<specieReference specie="NADH_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1755)*((((Vmaxf_1755)*(GAP_93))*(NAD_93))/((Kgap_1755)*(Knad_1755))-(((Vmaxr_1755)*(BPG_93))*(NADH_93))/((Kbpg_1755)*(Knadh_1755))))/((1                   +(GAP_93)/(Kgap_1755)+(BPG_93)/(Kbpg_1755))*(1                   +(NAD_93)/(Knad_1755)+(NADH_93)/(Knadh_1755)))">
					<listOfParameters>
						<parameter name="C_1755" value="1"/>
						<parameter name="Vmaxf_1755" value="1152"/>
						<parameter name="Kgap_1755" value="0.21"/>
						<parameter name="Knad_1755" value="0.09"/>
						<parameter name="Vmaxr_1755" value="5533.739387954865"/>
						<parameter name="Kbpg_1755" value="0.0098"/>
						<parameter name="Knadh_1755" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_93" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_93" stoichiometry="1"/>
					<specieReference specie="BPG_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_93" stoichiometry="1"/>
					<specieReference specie="P3G_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1756)*((((Keq_1756)*(BPG_93))*(ADP_93)-(P3G_93)*(ATP_93))/((Kp3g_1756)*(Katp_1756))))/((1                   +(BPG_93)/(Kbpg_1756)+(P3G_93)/(Kp3g_1756))*(1                   +(ADP_93)/(Kadp_1756)+(ATP_93)/(Katp_1756)))">
					<listOfParameters>
						<parameter name="Vmax_1756" value="959.46884989039"/>
						<parameter name="Keq_1756" value="3200"/>
						<parameter name="Kp3g_1756" value="0.53"/>
						<parameter name="Katp_1756" value="0.3"/>
						<parameter name="Kbpg_1756" value="0.003"/>
						<parameter name="Kadp_1756" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_93" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1757)*((P3G_93)/(Kp3g_1757)-(P2G_93)/((Kp3g_1757)*(Keq_1757))))/(1                   +(P3G_93)/(Kp3g_1757)+(P2G_93)/(Kp2g_1757))">
					<listOfParameters>
						<parameter name="Vmax_1757" value="3382.017584602094"/>
						<parameter name="Kp3g_1757" value="1.2"/>
						<parameter name="Keq_1757" value="0.19"/>
						<parameter name="Kp2g_1757" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_93" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1758)*((P2G_93)/(Kp2g_1758)-(PEP_93)/((Kp2g_1758)*(Keq_1758))))/(1                   +(P2G_93)/(Kp2g_1758)+(PEP_93)/(Kpep_1758))">
					<listOfParameters>
						<parameter name="Vmax_1758" value="226.3319682020878"/>
						<parameter name="Kp2g_1758" value="0.04"/>
						<parameter name="Keq_1758" value="6.7"/>
						<parameter name="Kpep_1758" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_93" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_93" stoichiometry="1"/>
					<specieReference specie="PEP_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_93" stoichiometry="1"/>
					<specieReference specie="PYR_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1759)*(((PEP_93)*(ADP_93))/((Kpep_1759)*(Kadp_1759))-((PYR_93)*(ATP_93))/(((Kpep_1759)*(Kadp_1759))*(Keq_1759))))/((1                   +(PEP_93)/(Kpep_1759)+(PYR_93)/(Kpyr_1759))*(1                   +(ADP_93)/(Kadp_1759)+(ATP_93)/(Katp_1759)))">
					<listOfParameters>
						<parameter name="Vmax_1759" value="544.329045994123"/>
						<parameter name="Kpep_1759" value="0.14"/>
						<parameter name="Kadp_1759" value="0.53"/>
						<parameter name="Keq_1759" value="6500"/>
						<parameter name="Kpyr_1759" value="21"/>
						<parameter name="Katp_1759" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_93" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_93" stoichiometry="1"/>
					<specieReference specie="CO2_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1760)*(((PYR_93)/(Kpyr_1760))^(nH_1760)))/(1                   +((PYR_93)/(Kpyr_1760))^(nH_1760))">
					<listOfParameters>
						<parameter name="Vmax_1760" value="1104.094191810799"/>
						<parameter name="Kpyr_1760" value="4.33"/>
						<parameter name="nH_1760" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_93" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_93" stoichiometry="1"/>
					<specieReference specie="EtOH_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_93" stoichiometry="1"/>
					<specieReference specie="AcAld_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1761)*(((EtOH_93)*(NAD_93))/((Ketoh_1761)*(Kinad_1761))-((AcAld_93)*(NADH_93))/(((Ketoh_1761)*(Kinad_1761))*(Keq_1761))))/(1                   +(NAD_93)/(Kinad_1761)+((EtOH_93)*(Knad_1761))/((Kinad_1761)*(Ketoh_1761))+((AcAld_93)*(Knadh_1761))/((Kinadh_1761)*(Kacald_1761))+(NADH_93)/(Kinadh_1761)+((EtOH_93)*(NAD_93))/((Kinad_1761)*(Ketoh_1761))+(((NAD_93)*(AcAld_93))*(Knadh_1761))/(((Kinad_1761)*(Kinadh_1761))*(Kacald_1761))+(((EtOH_93)*(NADH_93))*(Knad_1761))/(((Kinad_1761)*(Kinadh_1761))*(Ketoh_1761))+((AcAld_93)*(NADH_93))/((Kacald_1761)*(Kinadh_1761))+(((EtOH_93)*(NAD_93))*(AcAld_93))/(((Kinad_1761)*(Kiacald_1761))*(Ketoh_1761))+(((EtOH_93)*(AcAld_93))*(NADH_93))/(((Kietoh_1761)*(Kinadh_1761))*(Kacald_1761)))">
					<listOfParameters>
						<parameter name="Vmax_1761" value="150.9277226733849"/>
						<parameter name="Ketoh_1761" value="17"/>
						<parameter name="Kinad_1761" value="0.92"/>
						<parameter name="Keq_1761" value="6.9e-005"/>
						<parameter name="Knad_1761" value="0.17"/>
						<parameter name="Knadh_1761" value="0.11"/>
						<parameter name="Kinadh_1761" value="0.031"/>
						<parameter name="Kacald_1761" value="1.11"/>
						<parameter name="Kiacald_1761" value="1.1"/>
						<parameter name="Kietoh_1761" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_93" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1762)*(ATP_93)">
					<listOfParameters>
						<parameter name="Katpase_1762" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_93" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_93" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_93" stoichiometry="1"/>
					<specieReference specie="AMP_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1763*ADP_93*ADP_93-k2_1763*ATP_93*AMP_93">
					<listOfParameters>
						<parameter name="k1_1763" value="45"/>
						<parameter name="k2_1763" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_93" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_93" stoichiometry="1"/>
					<specieReference specie="NADH_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_93" stoichiometry="1"/>
					<specieReference specie="Glycerol_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1764)*(((DHAP_93)/(Kdhap_1764))*((NADH_93)/(Knadh_1764))-(((Glycerol_93)/(Kdhap_1764))*((NAD_93)/(Knadh_1764)))*((1                   )/(Keq_1764))))/((1                   +(DHAP_93)/(Kdhap_1764)+(Glycerol_93)/(Kglycerol_1764))*(1                   +(NADH_93)/(Knadh_1764)+(NAD_93)/(Knad_1764)))">
					<listOfParameters>
						<parameter name="Vmax_1764" value="42.59899904367607"/>
						<parameter name="Kdhap_1764" value="0.4"/>
						<parameter name="Knadh_1764" value="0.023"/>
						<parameter name="Keq_1764" value="4300"/>
						<parameter name="Kglycerol_1764" value="1"/>
						<parameter name="Knad_1764" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_93" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_93" stoichiometry="1"/>
					<specieReference specie="G6P_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_93" stoichiometry="1"/>
					<specieReference specie="Glycogen_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1765">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1765" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_93" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_93" stoichiometry="1"/>
					<specieReference specie="G6P_93" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_93" stoichiometry="1"/>
					<specieReference specie="Trehalose_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1766">
					<listOfParameters>
						<parameter name="Ktrehalose_1766" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_93" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_93" stoichiometry="3"/>
					<specieReference specie="AcAld_93" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_93" stoichiometry="3"/>
					<specieReference specie="Succinate_93" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1767)*(AcAld_93)">
					<listOfParameters>
						<parameter name="k_1767" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_94" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1768)*(GLCo_94-GLCi_94))/(Kglc_1768))/(1                   +(GLCo_94+GLCi_94)/(Kglc_1768)+(((Ki_1768)*(GLCo_94))*(GLCi_94))/((Kglc_1768)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1768" value="113.8727616536808"/>
						<parameter name="Kglc_1768" value="1.1918"/>
						<parameter name="Ki_1768" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_94" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_94" stoichiometry="1"/>
					<specieReference specie="ATP_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_94" stoichiometry="1"/>
					<specieReference specie="ADP_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1769)*(((GLCi_94)*(ATP_94))/((Kglc_1769)*(Katp_1769))-((G6P_94)*(ADP_94))/(((Kglc_1769)*(Katp_1769))*(Keq_1769))))/((1                   +(GLCi_94)/(Kglc_1769)+(G6P_94)/(Kg6p_1769))*(1                   +(ATP_94)/(Katp_1769)+(ADP_94)/(Kadp_1769)))">
					<listOfParameters>
						<parameter name="Vmax_1769" value="222.3242614350461"/>
						<parameter name="Kglc_1769" value="0.08"/>
						<parameter name="Katp_1769" value="0.15"/>
						<parameter name="Keq_1769" value="2000"/>
						<parameter name="Kg6p_1769" value="30"/>
						<parameter name="Kadp_1769" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_94" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1770)*((G6P_94)/(Kg6p_1770)-(F6P_94)/((Kg6p_1770)*(Keq_1770))))/(1                   +(G6P_94)/(Kg6p_1770)+(F6P_94)/(Kf6p_1770))">
					<listOfParameters>
						<parameter name="Vmax_1770" value="969.5364516169258"/>
						<parameter name="Kg6p_1770" value="1.4"/>
						<parameter name="Keq_1770" value="0.29"/>
						<parameter name="Kf6p_1770" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_94" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_94" stoichiometry="1"/>
					<specieReference specie="F6P_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_94" stoichiometry="1"/>
					<specieReference specie="F16bP_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1771)*(((((gR_1771)*((F6P_94)/(Kf6p_1771)))*((ATP_94)/(Katp_1771)))*(1                   +(F6P_94)/(Kf6p_1771)+(ATP_94)/(Katp_1771)+((((gR_1771)*(F6P_94))/(Kf6p_1771))*(ATP_94))/(Katp_1771)))/((1                   +(F6P_94)/(Kf6p_1771)+(ATP_94)/(Katp_1771)+((((gR_1771)*(F6P_94))/(Kf6p_1771))*(ATP_94))/(Katp_1771))^(2                   )+((((L0_1771)*(((1                   +((Ciatp_1771)*(ATP_94))/(Kiatp_1771))/(1                   +(ATP_94)/(Kiatp_1771)))^(2                   )))*(((1                   +((Camp_1771)*(AMP_94))/(Kamp_1771))/(1                   +(AMP_94)/(Kamp_1771)))^(2                   )))*(((1                   +((Cf26_1771)*(F26bP_94))/(Kf26_1771)+((Cf16_1771)*(F16bP_94))/(Kf16_1771))/(1                   +(F26bP_94)/(Kf26_1771)+(F16bP_94)/(Kf16_1771)))^(2                   )))*((1                   +((Catp_1771)*(ATP_94))/(Katp_1771))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1771" value="119.2632295599444"/>
						<parameter name="gR_1771" value="5.12"/>
						<parameter name="Kf6p_1771" value="0.1"/>
						<parameter name="Katp_1771" value="0.71"/>
						<parameter name="L0_1771" value="0.66"/>
						<parameter name="Ciatp_1771" value="100"/>
						<parameter name="Kiatp_1771" value="0.65"/>
						<parameter name="Camp_1771" value="0.08450000000000001"/>
						<parameter name="Kamp_1771" value="0.09950000000000001"/>
						<parameter name="Cf26_1771" value="0.0174"/>
						<parameter name="Kf26_1771" value="0.000682"/>
						<parameter name="Cf16_1771" value="0.397"/>
						<parameter name="Kf16_1771" value="0.111"/>
						<parameter name="Catp_1771" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_94" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_94" stoichiometry="1"/>
					<specieReference specie="GAP_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1772)*((F16bP_94)/(Kf16bp_1772)-((DHAP_94)*(GAP_94))/((Kf16bp_1772)*(Keq_1772))))/(1                   +(F16bP_94)/(Kf16bp_1772)+(DHAP_94)/(Kdhap_1772)+(GAP_94)/(Kgap_1772)+((F16bP_94)*(GAP_94))/((Kf16bp_1772)*(Kigap_1772))+((DHAP_94)*(GAP_94))/((Kdhap_1772)*(Kgap_1772)))">
					<listOfParameters>
						<parameter name="Vmax_1772" value="84.64044379088824"/>
						<parameter name="Kf16bp_1772" value="0.3"/>
						<parameter name="Keq_1772" value="0.06900000000000001"/>
						<parameter name="Kdhap_1772" value="2"/>
						<parameter name="Kgap_1772" value="2.4"/>
						<parameter name="Kigap_1772" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_94" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1773*DHAP_94-k2_1773*GAP_94">
					<listOfParameters>
						<parameter name="k1_1773" value="450000"/>
						<parameter name="k2_1773" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_94" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_94" stoichiometry="1"/>
					<specieReference specie="NAD_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_94" stoichiometry="1"/>
					<specieReference specie="NADH_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1774)*((((Vmaxf_1774)*(GAP_94))*(NAD_94))/((Kgap_1774)*(Knad_1774))-(((Vmaxr_1774)*(BPG_94))*(NADH_94))/((Kbpg_1774)*(Knadh_1774))))/((1                   +(GAP_94)/(Kgap_1774)+(BPG_94)/(Kbpg_1774))*(1                   +(NAD_94)/(Knad_1774)+(NADH_94)/(Knadh_1774)))">
					<listOfParameters>
						<parameter name="C_1774" value="1"/>
						<parameter name="Vmaxf_1774" value="1152"/>
						<parameter name="Kgap_1774" value="0.21"/>
						<parameter name="Knad_1774" value="0.09"/>
						<parameter name="Vmaxr_1774" value="4084.120910890965"/>
						<parameter name="Kbpg_1774" value="0.0098"/>
						<parameter name="Knadh_1774" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_94" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_94" stoichiometry="1"/>
					<specieReference specie="BPG_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_94" stoichiometry="1"/>
					<specieReference specie="P3G_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1775)*((((Keq_1775)*(BPG_94))*(ADP_94)-(P3G_94)*(ATP_94))/((Kp3g_1775)*(Katp_1775))))/((1                   +(BPG_94)/(Kbpg_1775)+(P3G_94)/(Kp3g_1775))*(1                   +(ADP_94)/(Kadp_1775)+(ATP_94)/(Katp_1775)))">
					<listOfParameters>
						<parameter name="Vmax_1775" value="1085.770082851884"/>
						<parameter name="Keq_1775" value="3200"/>
						<parameter name="Kp3g_1775" value="0.53"/>
						<parameter name="Katp_1775" value="0.3"/>
						<parameter name="Kbpg_1775" value="0.003"/>
						<parameter name="Kadp_1775" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_94" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1776)*((P3G_94)/(Kp3g_1776)-(P2G_94)/((Kp3g_1776)*(Keq_1776))))/(1                   +(P3G_94)/(Kp3g_1776)+(P2G_94)/(Kp2g_1776))">
					<listOfParameters>
						<parameter name="Vmax_1776" value="2976.533026801217"/>
						<parameter name="Kp3g_1776" value="1.2"/>
						<parameter name="Keq_1776" value="0.19"/>
						<parameter name="Kp2g_1776" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_94" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1777)*((P2G_94)/(Kp2g_1777)-(PEP_94)/((Kp2g_1777)*(Keq_1777))))/(1                   +(P2G_94)/(Kp2g_1777)+(PEP_94)/(Kpep_1777))">
					<listOfParameters>
						<parameter name="Vmax_1777" value="225.9307209409494"/>
						<parameter name="Kp2g_1777" value="0.04"/>
						<parameter name="Keq_1777" value="6.7"/>
						<parameter name="Kpep_1777" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_94" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_94" stoichiometry="1"/>
					<specieReference specie="PEP_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_94" stoichiometry="1"/>
					<specieReference specie="PYR_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1778)*(((PEP_94)*(ADP_94))/((Kpep_1778)*(Kadp_1778))-((PYR_94)*(ATP_94))/(((Kpep_1778)*(Kadp_1778))*(Keq_1778))))/((1                   +(PEP_94)/(Kpep_1778)+(PYR_94)/(Kpyr_1778))*(1                   +(ADP_94)/(Kadp_1778)+(ATP_94)/(Katp_1778)))">
					<listOfParameters>
						<parameter name="Vmax_1778" value="997.9777048711429"/>
						<parameter name="Kpep_1778" value="0.14"/>
						<parameter name="Kadp_1778" value="0.53"/>
						<parameter name="Keq_1778" value="6500"/>
						<parameter name="Kpyr_1778" value="21"/>
						<parameter name="Katp_1778" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_94" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_94" stoichiometry="1"/>
					<specieReference specie="CO2_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1779)*(((PYR_94)/(Kpyr_1779))^(nH_1779)))/(1                   +((PYR_94)/(Kpyr_1779))^(nH_1779))">
					<listOfParameters>
						<parameter name="Vmax_1779" value="850.9455058047564"/>
						<parameter name="Kpyr_1779" value="4.33"/>
						<parameter name="nH_1779" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_94" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_94" stoichiometry="1"/>
					<specieReference specie="EtOH_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_94" stoichiometry="1"/>
					<specieReference specie="AcAld_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1780)*(((EtOH_94)*(NAD_94))/((Ketoh_1780)*(Kinad_1780))-((AcAld_94)*(NADH_94))/(((Ketoh_1780)*(Kinad_1780))*(Keq_1780))))/(1                   +(NAD_94)/(Kinad_1780)+((EtOH_94)*(Knad_1780))/((Kinad_1780)*(Ketoh_1780))+((AcAld_94)*(Knadh_1780))/((Kinadh_1780)*(Kacald_1780))+(NADH_94)/(Kinadh_1780)+((EtOH_94)*(NAD_94))/((Kinad_1780)*(Ketoh_1780))+(((NAD_94)*(AcAld_94))*(Knadh_1780))/(((Kinad_1780)*(Kinadh_1780))*(Kacald_1780))+(((EtOH_94)*(NADH_94))*(Knad_1780))/(((Kinad_1780)*(Kinadh_1780))*(Ketoh_1780))+((AcAld_94)*(NADH_94))/((Kacald_1780)*(Kinadh_1780))+(((EtOH_94)*(NAD_94))*(AcAld_94))/(((Kinad_1780)*(Kiacald_1780))*(Ketoh_1780))+(((EtOH_94)*(AcAld_94))*(NADH_94))/(((Kietoh_1780)*(Kinadh_1780))*(Kacald_1780)))">
					<listOfParameters>
						<parameter name="Vmax_1780" value="199.5150066570036"/>
						<parameter name="Ketoh_1780" value="17"/>
						<parameter name="Kinad_1780" value="0.92"/>
						<parameter name="Keq_1780" value="6.9e-005"/>
						<parameter name="Knad_1780" value="0.17"/>
						<parameter name="Knadh_1780" value="0.11"/>
						<parameter name="Kinadh_1780" value="0.031"/>
						<parameter name="Kacald_1780" value="1.11"/>
						<parameter name="Kiacald_1780" value="1.1"/>
						<parameter name="Kietoh_1780" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_94" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1781)*(ATP_94)">
					<listOfParameters>
						<parameter name="Katpase_1781" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_94" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_94" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_94" stoichiometry="1"/>
					<specieReference specie="AMP_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1782*ADP_94*ADP_94-k2_1782*ATP_94*AMP_94">
					<listOfParameters>
						<parameter name="k1_1782" value="45"/>
						<parameter name="k2_1782" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_94" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_94" stoichiometry="1"/>
					<specieReference specie="NADH_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_94" stoichiometry="1"/>
					<specieReference specie="Glycerol_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1783)*(((DHAP_94)/(Kdhap_1783))*((NADH_94)/(Knadh_1783))-(((Glycerol_94)/(Kdhap_1783))*((NAD_94)/(Knadh_1783)))*((1                   )/(Keq_1783))))/((1                   +(DHAP_94)/(Kdhap_1783)+(Glycerol_94)/(Kglycerol_1783))*(1                   +(NADH_94)/(Knadh_1783)+(NAD_94)/(Knad_1783)))">
					<listOfParameters>
						<parameter name="Vmax_1783" value="46.48809888565624"/>
						<parameter name="Kdhap_1783" value="0.4"/>
						<parameter name="Knadh_1783" value="0.023"/>
						<parameter name="Keq_1783" value="4300"/>
						<parameter name="Kglycerol_1783" value="1"/>
						<parameter name="Knad_1783" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_94" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_94" stoichiometry="1"/>
					<specieReference specie="G6P_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_94" stoichiometry="1"/>
					<specieReference specie="Glycogen_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1784">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1784" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_94" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_94" stoichiometry="1"/>
					<specieReference specie="G6P_94" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_94" stoichiometry="1"/>
					<specieReference specie="Trehalose_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1785">
					<listOfParameters>
						<parameter name="Ktrehalose_1785" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_94" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_94" stoichiometry="3"/>
					<specieReference specie="AcAld_94" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_94" stoichiometry="3"/>
					<specieReference specie="Succinate_94" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1786)*(AcAld_94)">
					<listOfParameters>
						<parameter name="k_1786" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_95" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1787)*(GLCo_95-GLCi_95))/(Kglc_1787))/(1                   +(GLCo_95+GLCi_95)/(Kglc_1787)+(((Ki_1787)*(GLCo_95))*(GLCi_95))/((Kglc_1787)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1787" value="120.3735623453097"/>
						<parameter name="Kglc_1787" value="1.1918"/>
						<parameter name="Ki_1787" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_95" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_95" stoichiometry="1"/>
					<specieReference specie="ATP_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_95" stoichiometry="1"/>
					<specieReference specie="ADP_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1788)*(((GLCi_95)*(ATP_95))/((Kglc_1788)*(Katp_1788))-((G6P_95)*(ADP_95))/(((Kglc_1788)*(Katp_1788))*(Keq_1788))))/((1                   +(GLCi_95)/(Kglc_1788)+(G6P_95)/(Kg6p_1788))*(1                   +(ATP_95)/(Katp_1788)+(ADP_95)/(Kadp_1788)))">
					<listOfParameters>
						<parameter name="Vmax_1788" value="239.050902014866"/>
						<parameter name="Kglc_1788" value="0.08"/>
						<parameter name="Katp_1788" value="0.15"/>
						<parameter name="Keq_1788" value="2000"/>
						<parameter name="Kg6p_1788" value="30"/>
						<parameter name="Kadp_1788" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_95" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1789)*((G6P_95)/(Kg6p_1789)-(F6P_95)/((Kg6p_1789)*(Keq_1789))))/(1                   +(G6P_95)/(Kg6p_1789)+(F6P_95)/(Kf6p_1789))">
					<listOfParameters>
						<parameter name="Vmax_1789" value="1069.712116419309"/>
						<parameter name="Kg6p_1789" value="1.4"/>
						<parameter name="Keq_1789" value="0.29"/>
						<parameter name="Kf6p_1789" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_95" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_95" stoichiometry="1"/>
					<specieReference specie="F6P_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_95" stoichiometry="1"/>
					<specieReference specie="F16bP_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1790)*(((((gR_1790)*((F6P_95)/(Kf6p_1790)))*((ATP_95)/(Katp_1790)))*(1                   +(F6P_95)/(Kf6p_1790)+(ATP_95)/(Katp_1790)+((((gR_1790)*(F6P_95))/(Kf6p_1790))*(ATP_95))/(Katp_1790)))/((1                   +(F6P_95)/(Kf6p_1790)+(ATP_95)/(Katp_1790)+((((gR_1790)*(F6P_95))/(Kf6p_1790))*(ATP_95))/(Katp_1790))^(2                   )+((((L0_1790)*(((1                   +((Ciatp_1790)*(ATP_95))/(Kiatp_1790))/(1                   +(ATP_95)/(Kiatp_1790)))^(2                   )))*(((1                   +((Camp_1790)*(AMP_95))/(Kamp_1790))/(1                   +(AMP_95)/(Kamp_1790)))^(2                   )))*(((1                   +((Cf26_1790)*(F26bP_95))/(Kf26_1790)+((Cf16_1790)*(F16bP_95))/(Kf16_1790))/(1                   +(F26bP_95)/(Kf26_1790)+(F16bP_95)/(Kf16_1790)))^(2                   )))*((1                   +((Catp_1790)*(ATP_95))/(Katp_1790))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1790" value="111.1237754726513"/>
						<parameter name="gR_1790" value="5.12"/>
						<parameter name="Kf6p_1790" value="0.1"/>
						<parameter name="Katp_1790" value="0.71"/>
						<parameter name="L0_1790" value="0.66"/>
						<parameter name="Ciatp_1790" value="100"/>
						<parameter name="Kiatp_1790" value="0.65"/>
						<parameter name="Camp_1790" value="0.08450000000000001"/>
						<parameter name="Kamp_1790" value="0.09950000000000001"/>
						<parameter name="Cf26_1790" value="0.0174"/>
						<parameter name="Kf26_1790" value="0.000682"/>
						<parameter name="Cf16_1790" value="0.397"/>
						<parameter name="Kf16_1790" value="0.111"/>
						<parameter name="Catp_1790" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_95" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_95" stoichiometry="1"/>
					<specieReference specie="GAP_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1791)*((F16bP_95)/(Kf16bp_1791)-((DHAP_95)*(GAP_95))/((Kf16bp_1791)*(Keq_1791))))/(1                   +(F16bP_95)/(Kf16bp_1791)+(DHAP_95)/(Kdhap_1791)+(GAP_95)/(Kgap_1791)+((F16bP_95)*(GAP_95))/((Kf16bp_1791)*(Kigap_1791))+((DHAP_95)*(GAP_95))/((Kdhap_1791)*(Kgap_1791)))">
					<listOfParameters>
						<parameter name="Vmax_1791" value="97.29693556765403"/>
						<parameter name="Kf16bp_1791" value="0.3"/>
						<parameter name="Keq_1791" value="0.06900000000000001"/>
						<parameter name="Kdhap_1791" value="2"/>
						<parameter name="Kgap_1791" value="2.4"/>
						<parameter name="Kigap_1791" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_95" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1792*DHAP_95-k2_1792*GAP_95">
					<listOfParameters>
						<parameter name="k1_1792" value="450000"/>
						<parameter name="k2_1792" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_95" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_95" stoichiometry="1"/>
					<specieReference specie="NAD_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_95" stoichiometry="1"/>
					<specieReference specie="NADH_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1793)*((((Vmaxf_1793)*(GAP_95))*(NAD_95))/((Kgap_1793)*(Knad_1793))-(((Vmaxr_1793)*(BPG_95))*(NADH_95))/((Kbpg_1793)*(Knadh_1793))))/((1                   +(GAP_95)/(Kgap_1793)+(BPG_95)/(Kbpg_1793))*(1                   +(NAD_95)/(Knad_1793)+(NADH_95)/(Knadh_1793)))">
					<listOfParameters>
						<parameter name="C_1793" value="1"/>
						<parameter name="Vmaxf_1793" value="1152"/>
						<parameter name="Kgap_1793" value="0.21"/>
						<parameter name="Knad_1793" value="0.09"/>
						<parameter name="Vmaxr_1793" value="3561.964043903783"/>
						<parameter name="Kbpg_1793" value="0.0098"/>
						<parameter name="Knadh_1793" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_95" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_95" stoichiometry="1"/>
					<specieReference specie="BPG_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_95" stoichiometry="1"/>
					<specieReference specie="P3G_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1794)*((((Keq_1794)*(BPG_95))*(ADP_95)-(P3G_95)*(ATP_95))/((Kp3g_1794)*(Katp_1794))))/((1                   +(BPG_95)/(Kbpg_1794)+(P3G_95)/(Kp3g_1794))*(1                   +(ADP_95)/(Kadp_1794)+(ATP_95)/(Katp_1794)))">
					<listOfParameters>
						<parameter name="Vmax_1794" value="1201.36863324159"/>
						<parameter name="Keq_1794" value="3200"/>
						<parameter name="Kp3g_1794" value="0.53"/>
						<parameter name="Katp_1794" value="0.3"/>
						<parameter name="Kbpg_1794" value="0.003"/>
						<parameter name="Kadp_1794" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_95" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1795)*((P3G_95)/(Kp3g_1795)-(P2G_95)/((Kp3g_1795)*(Keq_1795))))/(1                   +(P3G_95)/(Kp3g_1795)+(P2G_95)/(Kp2g_1795))">
					<listOfParameters>
						<parameter name="Vmax_1795" value="2429.242868750369"/>
						<parameter name="Kp3g_1795" value="1.2"/>
						<parameter name="Keq_1795" value="0.19"/>
						<parameter name="Kp2g_1795" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_95" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1796)*((P2G_95)/(Kp2g_1796)-(PEP_95)/((Kp2g_1796)*(Keq_1796))))/(1                   +(P2G_95)/(Kp2g_1796)+(PEP_95)/(Kpep_1796))">
					<listOfParameters>
						<parameter name="Vmax_1796" value="201.1543928315264"/>
						<parameter name="Kp2g_1796" value="0.04"/>
						<parameter name="Keq_1796" value="6.7"/>
						<parameter name="Kpep_1796" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_95" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_95" stoichiometry="1"/>
					<specieReference specie="PEP_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_95" stoichiometry="1"/>
					<specieReference specie="PYR_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1797)*(((PEP_95)*(ADP_95))/((Kpep_1797)*(Kadp_1797))-((PYR_95)*(ATP_95))/(((Kpep_1797)*(Kadp_1797))*(Keq_1797))))/((1                   +(PEP_95)/(Kpep_1797)+(PYR_95)/(Kpyr_1797))*(1                   +(ADP_95)/(Kadp_1797)+(ATP_95)/(Katp_1797)))">
					<listOfParameters>
						<parameter name="Vmax_1797" value="1597.645450696184"/>
						<parameter name="Kpep_1797" value="0.14"/>
						<parameter name="Kadp_1797" value="0.53"/>
						<parameter name="Keq_1797" value="6500"/>
						<parameter name="Kpyr_1797" value="21"/>
						<parameter name="Katp_1797" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_95" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_95" stoichiometry="1"/>
					<specieReference specie="CO2_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1798)*(((PYR_95)/(Kpyr_1798))^(nH_1798)))/(1                   +((PYR_95)/(Kpyr_1798))^(nH_1798))">
					<listOfParameters>
						<parameter name="Vmax_1798" value="718.3276626439671"/>
						<parameter name="Kpyr_1798" value="4.33"/>
						<parameter name="nH_1798" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_95" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_95" stoichiometry="1"/>
					<specieReference specie="EtOH_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_95" stoichiometry="1"/>
					<specieReference specie="AcAld_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1799)*(((EtOH_95)*(NAD_95))/((Ketoh_1799)*(Kinad_1799))-((AcAld_95)*(NADH_95))/(((Ketoh_1799)*(Kinad_1799))*(Keq_1799))))/(1                   +(NAD_95)/(Kinad_1799)+((EtOH_95)*(Knad_1799))/((Kinad_1799)*(Ketoh_1799))+((AcAld_95)*(Knadh_1799))/((Kinadh_1799)*(Kacald_1799))+(NADH_95)/(Kinadh_1799)+((EtOH_95)*(NAD_95))/((Kinad_1799)*(Ketoh_1799))+(((NAD_95)*(AcAld_95))*(Knadh_1799))/(((Kinad_1799)*(Kinadh_1799))*(Kacald_1799))+(((EtOH_95)*(NADH_95))*(Knad_1799))/(((Kinad_1799)*(Kinadh_1799))*(Ketoh_1799))+((AcAld_95)*(NADH_95))/((Kacald_1799)*(Kinadh_1799))+(((EtOH_95)*(NAD_95))*(AcAld_95))/(((Kinad_1799)*(Kiacald_1799))*(Ketoh_1799))+(((EtOH_95)*(AcAld_95))*(NADH_95))/(((Kietoh_1799)*(Kinadh_1799))*(Kacald_1799)))">
					<listOfParameters>
						<parameter name="Vmax_1799" value="247.0503365022626"/>
						<parameter name="Ketoh_1799" value="17"/>
						<parameter name="Kinad_1799" value="0.92"/>
						<parameter name="Keq_1799" value="6.9e-005"/>
						<parameter name="Knad_1799" value="0.17"/>
						<parameter name="Knadh_1799" value="0.11"/>
						<parameter name="Kinadh_1799" value="0.031"/>
						<parameter name="Kacald_1799" value="1.11"/>
						<parameter name="Kiacald_1799" value="1.1"/>
						<parameter name="Kietoh_1799" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_95" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1800)*(ATP_95)">
					<listOfParameters>
						<parameter name="Katpase_1800" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_95" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_95" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_95" stoichiometry="1"/>
					<specieReference specie="AMP_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1801*ADP_95*ADP_95-k2_1801*ATP_95*AMP_95">
					<listOfParameters>
						<parameter name="k1_1801" value="45"/>
						<parameter name="k2_1801" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_95" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_95" stoichiometry="1"/>
					<specieReference specie="NADH_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_95" stoichiometry="1"/>
					<specieReference specie="Glycerol_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1802)*(((DHAP_95)/(Kdhap_1802))*((NADH_95)/(Knadh_1802))-(((Glycerol_95)/(Kdhap_1802))*((NAD_95)/(Knadh_1802)))*((1                   )/(Keq_1802))))/((1                   +(DHAP_95)/(Kdhap_1802)+(Glycerol_95)/(Kglycerol_1802))*(1                   +(NADH_95)/(Knadh_1802)+(NAD_95)/(Knad_1802)))">
					<listOfParameters>
						<parameter name="Vmax_1802" value="68.25804362489471"/>
						<parameter name="Kdhap_1802" value="0.4"/>
						<parameter name="Knadh_1802" value="0.023"/>
						<parameter name="Keq_1802" value="4300"/>
						<parameter name="Kglycerol_1802" value="1"/>
						<parameter name="Knad_1802" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_95" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_95" stoichiometry="1"/>
					<specieReference specie="G6P_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_95" stoichiometry="1"/>
					<specieReference specie="Glycogen_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1803">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1803" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_95" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_95" stoichiometry="1"/>
					<specieReference specie="G6P_95" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_95" stoichiometry="1"/>
					<specieReference specie="Trehalose_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1804">
					<listOfParameters>
						<parameter name="Ktrehalose_1804" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_95" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_95" stoichiometry="3"/>
					<specieReference specie="AcAld_95" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_95" stoichiometry="3"/>
					<specieReference specie="Succinate_95" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1805)*(AcAld_95)">
					<listOfParameters>
						<parameter name="k_1805" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_96" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1806)*(GLCo_96-GLCi_96))/(Kglc_1806))/(1                   +(GLCo_96+GLCi_96)/(Kglc_1806)+(((Ki_1806)*(GLCo_96))*(GLCi_96))/((Kglc_1806)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1806" value="92.34021150117853"/>
						<parameter name="Kglc_1806" value="1.1918"/>
						<parameter name="Ki_1806" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_96" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_96" stoichiometry="1"/>
					<specieReference specie="ATP_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_96" stoichiometry="1"/>
					<specieReference specie="ADP_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1807)*(((GLCi_96)*(ATP_96))/((Kglc_1807)*(Katp_1807))-((G6P_96)*(ADP_96))/(((Kglc_1807)*(Katp_1807))*(Keq_1807))))/((1                   +(GLCi_96)/(Kglc_1807)+(G6P_96)/(Kg6p_1807))*(1                   +(ATP_96)/(Katp_1807)+(ADP_96)/(Kadp_1807)))">
					<listOfParameters>
						<parameter name="Vmax_1807" value="202.6580626057031"/>
						<parameter name="Kglc_1807" value="0.08"/>
						<parameter name="Katp_1807" value="0.15"/>
						<parameter name="Keq_1807" value="2000"/>
						<parameter name="Kg6p_1807" value="30"/>
						<parameter name="Kadp_1807" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_96" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1808)*((G6P_96)/(Kg6p_1808)-(F6P_96)/((Kg6p_1808)*(Keq_1808))))/(1                   +(G6P_96)/(Kg6p_1808)+(F6P_96)/(Kf6p_1808))">
					<listOfParameters>
						<parameter name="Vmax_1808" value="1217.88155714516"/>
						<parameter name="Kg6p_1808" value="1.4"/>
						<parameter name="Keq_1808" value="0.29"/>
						<parameter name="Kf6p_1808" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_96" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_96" stoichiometry="1"/>
					<specieReference specie="F6P_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_96" stoichiometry="1"/>
					<specieReference specie="F16bP_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1809)*(((((gR_1809)*((F6P_96)/(Kf6p_1809)))*((ATP_96)/(Katp_1809)))*(1                   +(F6P_96)/(Kf6p_1809)+(ATP_96)/(Katp_1809)+((((gR_1809)*(F6P_96))/(Kf6p_1809))*(ATP_96))/(Katp_1809)))/((1                   +(F6P_96)/(Kf6p_1809)+(ATP_96)/(Katp_1809)+((((gR_1809)*(F6P_96))/(Kf6p_1809))*(ATP_96))/(Katp_1809))^(2                   )+((((L0_1809)*(((1                   +((Ciatp_1809)*(ATP_96))/(Kiatp_1809))/(1                   +(ATP_96)/(Kiatp_1809)))^(2                   )))*(((1                   +((Camp_1809)*(AMP_96))/(Kamp_1809))/(1                   +(AMP_96)/(Kamp_1809)))^(2                   )))*(((1                   +((Cf26_1809)*(F26bP_96))/(Kf26_1809)+((Cf16_1809)*(F16bP_96))/(Kf16_1809))/(1                   +(F26bP_96)/(Kf26_1809)+(F16bP_96)/(Kf16_1809)))^(2                   )))*((1                   +((Catp_1809)*(ATP_96))/(Katp_1809))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1809" value="96.5221076847545"/>
						<parameter name="gR_1809" value="5.12"/>
						<parameter name="Kf6p_1809" value="0.1"/>
						<parameter name="Katp_1809" value="0.71"/>
						<parameter name="L0_1809" value="0.66"/>
						<parameter name="Ciatp_1809" value="100"/>
						<parameter name="Kiatp_1809" value="0.65"/>
						<parameter name="Camp_1809" value="0.08450000000000001"/>
						<parameter name="Kamp_1809" value="0.09950000000000001"/>
						<parameter name="Cf26_1809" value="0.0174"/>
						<parameter name="Kf26_1809" value="0.000682"/>
						<parameter name="Cf16_1809" value="0.397"/>
						<parameter name="Kf16_1809" value="0.111"/>
						<parameter name="Catp_1809" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_96" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_96" stoichiometry="1"/>
					<specieReference specie="GAP_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1810)*((F16bP_96)/(Kf16bp_1810)-((DHAP_96)*(GAP_96))/((Kf16bp_1810)*(Keq_1810))))/(1                   +(F16bP_96)/(Kf16bp_1810)+(DHAP_96)/(Kdhap_1810)+(GAP_96)/(Kgap_1810)+((F16bP_96)*(GAP_96))/((Kf16bp_1810)*(Kigap_1810))+((DHAP_96)*(GAP_96))/((Kdhap_1810)*(Kgap_1810)))">
					<listOfParameters>
						<parameter name="Vmax_1810" value="118.046182893562"/>
						<parameter name="Kf16bp_1810" value="0.3"/>
						<parameter name="Keq_1810" value="0.06900000000000001"/>
						<parameter name="Kdhap_1810" value="2"/>
						<parameter name="Kgap_1810" value="2.4"/>
						<parameter name="Kigap_1810" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_96" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1811*DHAP_96-k2_1811*GAP_96">
					<listOfParameters>
						<parameter name="k1_1811" value="450000"/>
						<parameter name="k2_1811" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_96" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_96" stoichiometry="1"/>
					<specieReference specie="NAD_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_96" stoichiometry="1"/>
					<specieReference specie="NADH_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1812)*((((Vmaxf_1812)*(GAP_96))*(NAD_96))/((Kgap_1812)*(Knad_1812))-(((Vmaxr_1812)*(BPG_96))*(NADH_96))/((Kbpg_1812)*(Knadh_1812))))/((1                   +(GAP_96)/(Kgap_1812)+(BPG_96)/(Kbpg_1812))*(1                   +(NAD_96)/(Knad_1812)+(NADH_96)/(Knadh_1812)))">
					<listOfParameters>
						<parameter name="C_1812" value="1"/>
						<parameter name="Vmaxf_1812" value="1152"/>
						<parameter name="Kgap_1812" value="0.21"/>
						<parameter name="Knad_1812" value="0.09"/>
						<parameter name="Vmaxr_1812" value="5899.829460951599"/>
						<parameter name="Kbpg_1812" value="0.0098"/>
						<parameter name="Knadh_1812" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_96" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_96" stoichiometry="1"/>
					<specieReference specie="BPG_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_96" stoichiometry="1"/>
					<specieReference specie="P3G_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1813)*((((Keq_1813)*(BPG_96))*(ADP_96)-(P3G_96)*(ATP_96))/((Kp3g_1813)*(Katp_1813))))/((1                   +(BPG_96)/(Kbpg_1813)+(P3G_96)/(Kp3g_1813))*(1                   +(ADP_96)/(Kadp_1813)+(ATP_96)/(Katp_1813)))">
					<listOfParameters>
						<parameter name="Vmax_1813" value="1658.882258058029"/>
						<parameter name="Keq_1813" value="3200"/>
						<parameter name="Kp3g_1813" value="0.53"/>
						<parameter name="Katp_1813" value="0.3"/>
						<parameter name="Kbpg_1813" value="0.003"/>
						<parameter name="Kadp_1813" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_96" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1814)*((P3G_96)/(Kp3g_1814)-(P2G_96)/((Kp3g_1814)*(Keq_1814))))/(1                   +(P3G_96)/(Kp3g_1814)+(P2G_96)/(Kp2g_1814))">
					<listOfParameters>
						<parameter name="Vmax_1814" value="2648.63572648581"/>
						<parameter name="Kp3g_1814" value="1.2"/>
						<parameter name="Keq_1814" value="0.19"/>
						<parameter name="Kp2g_1814" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_96" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1815)*((P2G_96)/(Kp2g_1815)-(PEP_96)/((Kp2g_1815)*(Keq_1815))))/(1                   +(P2G_96)/(Kp2g_1815)+(PEP_96)/(Kpep_1815))">
					<listOfParameters>
						<parameter name="Vmax_1815" value="192.5787882904188"/>
						<parameter name="Kp2g_1815" value="0.04"/>
						<parameter name="Keq_1815" value="6.7"/>
						<parameter name="Kpep_1815" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_96" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_96" stoichiometry="1"/>
					<specieReference specie="PEP_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_96" stoichiometry="1"/>
					<specieReference specie="PYR_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1816)*(((PEP_96)*(ADP_96))/((Kpep_1816)*(Kadp_1816))-((PYR_96)*(ATP_96))/(((Kpep_1816)*(Kadp_1816))*(Keq_1816))))/((1                   +(PEP_96)/(Kpep_1816)+(PYR_96)/(Kpyr_1816))*(1                   +(ADP_96)/(Kadp_1816)+(ATP_96)/(Katp_1816)))">
					<listOfParameters>
						<parameter name="Vmax_1816" value="1119.381406733077"/>
						<parameter name="Kpep_1816" value="0.14"/>
						<parameter name="Kadp_1816" value="0.53"/>
						<parameter name="Keq_1816" value="6500"/>
						<parameter name="Kpyr_1816" value="21"/>
						<parameter name="Katp_1816" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_96" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_96" stoichiometry="1"/>
					<specieReference specie="CO2_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1817)*(((PYR_96)/(Kpyr_1817))^(nH_1817)))/(1                   +((PYR_96)/(Kpyr_1817))^(nH_1817))">
					<listOfParameters>
						<parameter name="Vmax_1817" value="937.1330481612165"/>
						<parameter name="Kpyr_1817" value="4.33"/>
						<parameter name="nH_1817" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_96" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_96" stoichiometry="1"/>
					<specieReference specie="EtOH_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_96" stoichiometry="1"/>
					<specieReference specie="AcAld_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1818)*(((EtOH_96)*(NAD_96))/((Ketoh_1818)*(Kinad_1818))-((AcAld_96)*(NADH_96))/(((Ketoh_1818)*(Kinad_1818))*(Keq_1818))))/(1                   +(NAD_96)/(Kinad_1818)+((EtOH_96)*(Knad_1818))/((Kinad_1818)*(Ketoh_1818))+((AcAld_96)*(Knadh_1818))/((Kinadh_1818)*(Kacald_1818))+(NADH_96)/(Kinadh_1818)+((EtOH_96)*(NAD_96))/((Kinad_1818)*(Ketoh_1818))+(((NAD_96)*(AcAld_96))*(Knadh_1818))/(((Kinad_1818)*(Kinadh_1818))*(Kacald_1818))+(((EtOH_96)*(NADH_96))*(Knad_1818))/(((Kinad_1818)*(Kinadh_1818))*(Ketoh_1818))+((AcAld_96)*(NADH_96))/((Kacald_1818)*(Kinadh_1818))+(((EtOH_96)*(NAD_96))*(AcAld_96))/(((Kinad_1818)*(Kiacald_1818))*(Ketoh_1818))+(((EtOH_96)*(AcAld_96))*(NADH_96))/(((Kietoh_1818)*(Kinadh_1818))*(Kacald_1818)))">
					<listOfParameters>
						<parameter name="Vmax_1818" value="202.2510784983114"/>
						<parameter name="Ketoh_1818" value="17"/>
						<parameter name="Kinad_1818" value="0.92"/>
						<parameter name="Keq_1818" value="6.9e-005"/>
						<parameter name="Knad_1818" value="0.17"/>
						<parameter name="Knadh_1818" value="0.11"/>
						<parameter name="Kinadh_1818" value="0.031"/>
						<parameter name="Kacald_1818" value="1.11"/>
						<parameter name="Kiacald_1818" value="1.1"/>
						<parameter name="Kietoh_1818" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_96" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1819)*(ATP_96)">
					<listOfParameters>
						<parameter name="Katpase_1819" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_96" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_96" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_96" stoichiometry="1"/>
					<specieReference specie="AMP_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1820*ADP_96*ADP_96-k2_1820*ATP_96*AMP_96">
					<listOfParameters>
						<parameter name="k1_1820" value="45"/>
						<parameter name="k2_1820" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_96" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_96" stoichiometry="1"/>
					<specieReference specie="NADH_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_96" stoichiometry="1"/>
					<specieReference specie="Glycerol_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1821)*(((DHAP_96)/(Kdhap_1821))*((NADH_96)/(Knadh_1821))-(((Glycerol_96)/(Kdhap_1821))*((NAD_96)/(Knadh_1821)))*((1                   )/(Keq_1821))))/((1                   +(DHAP_96)/(Kdhap_1821)+(Glycerol_96)/(Kglycerol_1821))*(1                   +(NADH_96)/(Knadh_1821)+(NAD_96)/(Knad_1821)))">
					<listOfParameters>
						<parameter name="Vmax_1821" value="53.93969010603334"/>
						<parameter name="Kdhap_1821" value="0.4"/>
						<parameter name="Knadh_1821" value="0.023"/>
						<parameter name="Keq_1821" value="4300"/>
						<parameter name="Kglycerol_1821" value="1"/>
						<parameter name="Knad_1821" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_96" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_96" stoichiometry="1"/>
					<specieReference specie="G6P_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_96" stoichiometry="1"/>
					<specieReference specie="Glycogen_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1822">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1822" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_96" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_96" stoichiometry="1"/>
					<specieReference specie="G6P_96" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_96" stoichiometry="1"/>
					<specieReference specie="Trehalose_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1823">
					<listOfParameters>
						<parameter name="Ktrehalose_1823" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_96" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_96" stoichiometry="3"/>
					<specieReference specie="AcAld_96" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_96" stoichiometry="3"/>
					<specieReference specie="Succinate_96" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1824)*(AcAld_96)">
					<listOfParameters>
						<parameter name="k_1824" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_97" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1825)*(GLCo_97-GLCi_97))/(Kglc_1825))/(1                   +(GLCo_97+GLCi_97)/(Kglc_1825)+(((Ki_1825)*(GLCo_97))*(GLCi_97))/((Kglc_1825)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1825" value="93.38920201804622"/>
						<parameter name="Kglc_1825" value="1.1918"/>
						<parameter name="Ki_1825" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_97" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_97" stoichiometry="1"/>
					<specieReference specie="ATP_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_97" stoichiometry="1"/>
					<specieReference specie="ADP_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1826)*(((GLCi_97)*(ATP_97))/((Kglc_1826)*(Katp_1826))-((G6P_97)*(ADP_97))/(((Kglc_1826)*(Katp_1826))*(Keq_1826))))/((1                   +(GLCi_97)/(Kglc_1826)+(G6P_97)/(Kg6p_1826))*(1                   +(ATP_97)/(Katp_1826)+(ADP_97)/(Kadp_1826)))">
					<listOfParameters>
						<parameter name="Vmax_1826" value="222.9870486131982"/>
						<parameter name="Kglc_1826" value="0.08"/>
						<parameter name="Katp_1826" value="0.15"/>
						<parameter name="Keq_1826" value="2000"/>
						<parameter name="Kg6p_1826" value="30"/>
						<parameter name="Kadp_1826" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_97" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1827)*((G6P_97)/(Kg6p_1827)-(F6P_97)/((Kg6p_1827)*(Keq_1827))))/(1                   +(G6P_97)/(Kg6p_1827)+(F6P_97)/(Kf6p_1827))">
					<listOfParameters>
						<parameter name="Vmax_1827" value="1291.864159048227"/>
						<parameter name="Kg6p_1827" value="1.4"/>
						<parameter name="Keq_1827" value="0.29"/>
						<parameter name="Kf6p_1827" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_97" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_97" stoichiometry="1"/>
					<specieReference specie="F6P_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_97" stoichiometry="1"/>
					<specieReference specie="F16bP_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1828)*(((((gR_1828)*((F6P_97)/(Kf6p_1828)))*((ATP_97)/(Katp_1828)))*(1                   +(F6P_97)/(Kf6p_1828)+(ATP_97)/(Katp_1828)+((((gR_1828)*(F6P_97))/(Kf6p_1828))*(ATP_97))/(Katp_1828)))/((1                   +(F6P_97)/(Kf6p_1828)+(ATP_97)/(Katp_1828)+((((gR_1828)*(F6P_97))/(Kf6p_1828))*(ATP_97))/(Katp_1828))^(2                   )+((((L0_1828)*(((1                   +((Ciatp_1828)*(ATP_97))/(Kiatp_1828))/(1                   +(ATP_97)/(Kiatp_1828)))^(2                   )))*(((1                   +((Camp_1828)*(AMP_97))/(Kamp_1828))/(1                   +(AMP_97)/(Kamp_1828)))^(2                   )))*(((1                   +((Cf26_1828)*(F26bP_97))/(Kf26_1828)+((Cf16_1828)*(F16bP_97))/(Kf16_1828))/(1                   +(F26bP_97)/(Kf26_1828)+(F16bP_97)/(Kf16_1828)))^(2                   )))*((1                   +((Catp_1828)*(ATP_97))/(Katp_1828))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1828" value="97.49615190540673"/>
						<parameter name="gR_1828" value="5.12"/>
						<parameter name="Kf6p_1828" value="0.1"/>
						<parameter name="Katp_1828" value="0.71"/>
						<parameter name="L0_1828" value="0.66"/>
						<parameter name="Ciatp_1828" value="100"/>
						<parameter name="Kiatp_1828" value="0.65"/>
						<parameter name="Camp_1828" value="0.08450000000000001"/>
						<parameter name="Kamp_1828" value="0.09950000000000001"/>
						<parameter name="Cf26_1828" value="0.0174"/>
						<parameter name="Kf26_1828" value="0.000682"/>
						<parameter name="Cf16_1828" value="0.397"/>
						<parameter name="Kf16_1828" value="0.111"/>
						<parameter name="Catp_1828" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_97" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_97" stoichiometry="1"/>
					<specieReference specie="GAP_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1829)*((F16bP_97)/(Kf16bp_1829)-((DHAP_97)*(GAP_97))/((Kf16bp_1829)*(Keq_1829))))/(1                   +(F16bP_97)/(Kf16bp_1829)+(DHAP_97)/(Kdhap_1829)+(GAP_97)/(Kgap_1829)+((F16bP_97)*(GAP_97))/((Kf16bp_1829)*(Kigap_1829))+((DHAP_97)*(GAP_97))/((Kdhap_1829)*(Kgap_1829)))">
					<listOfParameters>
						<parameter name="Vmax_1829" value="101.6018820355699"/>
						<parameter name="Kf16bp_1829" value="0.3"/>
						<parameter name="Keq_1829" value="0.06900000000000001"/>
						<parameter name="Kdhap_1829" value="2"/>
						<parameter name="Kgap_1829" value="2.4"/>
						<parameter name="Kigap_1829" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_97" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1830*DHAP_97-k2_1830*GAP_97">
					<listOfParameters>
						<parameter name="k1_1830" value="450000"/>
						<parameter name="k2_1830" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_97" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_97" stoichiometry="1"/>
					<specieReference specie="NAD_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_97" stoichiometry="1"/>
					<specieReference specie="NADH_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1831)*((((Vmaxf_1831)*(GAP_97))*(NAD_97))/((Kgap_1831)*(Knad_1831))-(((Vmaxr_1831)*(BPG_97))*(NADH_97))/((Kbpg_1831)*(Knadh_1831))))/((1                   +(GAP_97)/(Kgap_1831)+(BPG_97)/(Kbpg_1831))*(1                   +(NAD_97)/(Knad_1831)+(NADH_97)/(Knadh_1831)))">
					<listOfParameters>
						<parameter name="C_1831" value="1"/>
						<parameter name="Vmaxf_1831" value="1152"/>
						<parameter name="Kgap_1831" value="0.21"/>
						<parameter name="Knad_1831" value="0.09"/>
						<parameter name="Vmaxr_1831" value="7508.223421851191"/>
						<parameter name="Kbpg_1831" value="0.0098"/>
						<parameter name="Knadh_1831" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_97" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_97" stoichiometry="1"/>
					<specieReference specie="BPG_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_97" stoichiometry="1"/>
					<specieReference specie="P3G_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1832)*((((Keq_1832)*(BPG_97))*(ADP_97)-(P3G_97)*(ATP_97))/((Kp3g_1832)*(Katp_1832))))/((1                   +(BPG_97)/(Kbpg_1832)+(P3G_97)/(Kp3g_1832))*(1                   +(ADP_97)/(Kadp_1832)+(ATP_97)/(Katp_1832)))">
					<listOfParameters>
						<parameter name="Vmax_1832" value="1517.78213012403"/>
						<parameter name="Keq_1832" value="3200"/>
						<parameter name="Kp3g_1832" value="0.53"/>
						<parameter name="Katp_1832" value="0.3"/>
						<parameter name="Kbpg_1832" value="0.003"/>
						<parameter name="Kadp_1832" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_97" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1833)*((P3G_97)/(Kp3g_1833)-(P2G_97)/((Kp3g_1833)*(Keq_1833))))/(1                   +(P3G_97)/(Kp3g_1833)+(P2G_97)/(Kp2g_1833))">
					<listOfParameters>
						<parameter name="Vmax_1833" value="3081.126716431685"/>
						<parameter name="Kp3g_1833" value="1.2"/>
						<parameter name="Keq_1833" value="0.19"/>
						<parameter name="Kp2g_1833" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_97" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1834)*((P2G_97)/(Kp2g_1834)-(PEP_97)/((Kp2g_1834)*(Keq_1834))))/(1                   +(P2G_97)/(Kp2g_1834)+(PEP_97)/(Kpep_1834))">
					<listOfParameters>
						<parameter name="Vmax_1834" value="251.3922270201209"/>
						<parameter name="Kp2g_1834" value="0.04"/>
						<parameter name="Keq_1834" value="6.7"/>
						<parameter name="Kpep_1834" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_97" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_97" stoichiometry="1"/>
					<specieReference specie="PEP_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_97" stoichiometry="1"/>
					<specieReference specie="PYR_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1835)*(((PEP_97)*(ADP_97))/((Kpep_1835)*(Kadp_1835))-((PYR_97)*(ATP_97))/(((Kpep_1835)*(Kadp_1835))*(Keq_1835))))/((1                   +(PEP_97)/(Kpep_1835)+(PYR_97)/(Kpyr_1835))*(1                   +(ADP_97)/(Kadp_1835)+(ATP_97)/(Katp_1835)))">
					<listOfParameters>
						<parameter name="Vmax_1835" value="1057.552769744875"/>
						<parameter name="Kpep_1835" value="0.14"/>
						<parameter name="Kadp_1835" value="0.53"/>
						<parameter name="Keq_1835" value="6500"/>
						<parameter name="Kpyr_1835" value="21"/>
						<parameter name="Katp_1835" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_97" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_97" stoichiometry="1"/>
					<specieReference specie="CO2_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1836)*(((PYR_97)/(Kpyr_1836))^(nH_1836)))/(1                   +((PYR_97)/(Kpyr_1836))^(nH_1836))">
					<listOfParameters>
						<parameter name="Vmax_1836" value="1149.244229645304"/>
						<parameter name="Kpyr_1836" value="4.33"/>
						<parameter name="nH_1836" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_97" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_97" stoichiometry="1"/>
					<specieReference specie="EtOH_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_97" stoichiometry="1"/>
					<specieReference specie="AcAld_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1837)*(((EtOH_97)*(NAD_97))/((Ketoh_1837)*(Kinad_1837))-((AcAld_97)*(NADH_97))/(((Ketoh_1837)*(Kinad_1837))*(Keq_1837))))/(1                   +(NAD_97)/(Kinad_1837)+((EtOH_97)*(Knad_1837))/((Kinad_1837)*(Ketoh_1837))+((AcAld_97)*(Knadh_1837))/((Kinadh_1837)*(Kacald_1837))+(NADH_97)/(Kinadh_1837)+((EtOH_97)*(NAD_97))/((Kinad_1837)*(Ketoh_1837))+(((NAD_97)*(AcAld_97))*(Knadh_1837))/(((Kinad_1837)*(Kinadh_1837))*(Kacald_1837))+(((EtOH_97)*(NADH_97))*(Knad_1837))/(((Kinad_1837)*(Kinadh_1837))*(Ketoh_1837))+((AcAld_97)*(NADH_97))/((Kacald_1837)*(Kinadh_1837))+(((EtOH_97)*(NAD_97))*(AcAld_97))/(((Kinad_1837)*(Kiacald_1837))*(Ketoh_1837))+(((EtOH_97)*(AcAld_97))*(NADH_97))/(((Kietoh_1837)*(Kinadh_1837))*(Kacald_1837)))">
					<listOfParameters>
						<parameter name="Vmax_1837" value="210.796607056917"/>
						<parameter name="Ketoh_1837" value="17"/>
						<parameter name="Kinad_1837" value="0.92"/>
						<parameter name="Keq_1837" value="6.9e-005"/>
						<parameter name="Knad_1837" value="0.17"/>
						<parameter name="Knadh_1837" value="0.11"/>
						<parameter name="Kinadh_1837" value="0.031"/>
						<parameter name="Kacald_1837" value="1.11"/>
						<parameter name="Kiacald_1837" value="1.1"/>
						<parameter name="Kietoh_1837" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_97" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1838)*(ATP_97)">
					<listOfParameters>
						<parameter name="Katpase_1838" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_97" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_97" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_97" stoichiometry="1"/>
					<specieReference specie="AMP_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1839*ADP_97*ADP_97-k2_1839*ATP_97*AMP_97">
					<listOfParameters>
						<parameter name="k1_1839" value="45"/>
						<parameter name="k2_1839" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_97" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_97" stoichiometry="1"/>
					<specieReference specie="NADH_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_97" stoichiometry="1"/>
					<specieReference specie="Glycerol_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1840)*(((DHAP_97)/(Kdhap_1840))*((NADH_97)/(Knadh_1840))-(((Glycerol_97)/(Kdhap_1840))*((NAD_97)/(Knadh_1840)))*((1                   )/(Keq_1840))))/((1                   +(DHAP_97)/(Kdhap_1840)+(Glycerol_97)/(Kglycerol_1840))*(1                   +(NADH_97)/(Knadh_1840)+(NAD_97)/(Knad_1840)))">
					<listOfParameters>
						<parameter name="Vmax_1840" value="48.09077739525958"/>
						<parameter name="Kdhap_1840" value="0.4"/>
						<parameter name="Knadh_1840" value="0.023"/>
						<parameter name="Keq_1840" value="4300"/>
						<parameter name="Kglycerol_1840" value="1"/>
						<parameter name="Knad_1840" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_97" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_97" stoichiometry="1"/>
					<specieReference specie="G6P_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_97" stoichiometry="1"/>
					<specieReference specie="Glycogen_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1841">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1841" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_97" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_97" stoichiometry="1"/>
					<specieReference specie="G6P_97" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_97" stoichiometry="1"/>
					<specieReference specie="Trehalose_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1842">
					<listOfParameters>
						<parameter name="Ktrehalose_1842" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_97" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_97" stoichiometry="3"/>
					<specieReference specie="AcAld_97" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_97" stoichiometry="3"/>
					<specieReference specie="Succinate_97" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1843)*(AcAld_97)">
					<listOfParameters>
						<parameter name="k_1843" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_98" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1844)*(GLCo_98-GLCi_98))/(Kglc_1844))/(1                   +(GLCo_98+GLCi_98)/(Kglc_1844)+(((Ki_1844)*(GLCo_98))*(GLCi_98))/((Kglc_1844)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1844" value="84.73137534819017"/>
						<parameter name="Kglc_1844" value="1.1918"/>
						<parameter name="Ki_1844" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_98" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_98" stoichiometry="1"/>
					<specieReference specie="ATP_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_98" stoichiometry="1"/>
					<specieReference specie="ADP_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1845)*(((GLCi_98)*(ATP_98))/((Kglc_1845)*(Katp_1845))-((G6P_98)*(ADP_98))/(((Kglc_1845)*(Katp_1845))*(Keq_1845))))/((1                   +(GLCi_98)/(Kglc_1845)+(G6P_98)/(Kg6p_1845))*(1                   +(ATP_98)/(Katp_1845)+(ADP_98)/(Kadp_1845)))">
					<listOfParameters>
						<parameter name="Vmax_1845" value="240.3711691290531"/>
						<parameter name="Kglc_1845" value="0.08"/>
						<parameter name="Katp_1845" value="0.15"/>
						<parameter name="Keq_1845" value="2000"/>
						<parameter name="Kg6p_1845" value="30"/>
						<parameter name="Kadp_1845" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_98" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1846)*((G6P_98)/(Kg6p_1846)-(F6P_98)/((Kg6p_1846)*(Keq_1846))))/(1                   +(G6P_98)/(Kg6p_1846)+(F6P_98)/(Kf6p_1846))">
					<listOfParameters>
						<parameter name="Vmax_1846" value="1146.950709174477"/>
						<parameter name="Kg6p_1846" value="1.4"/>
						<parameter name="Keq_1846" value="0.29"/>
						<parameter name="Kf6p_1846" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_98" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_98" stoichiometry="1"/>
					<specieReference specie="F6P_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_98" stoichiometry="1"/>
					<specieReference specie="F16bP_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1847)*(((((gR_1847)*((F6P_98)/(Kf6p_1847)))*((ATP_98)/(Katp_1847)))*(1                   +(F6P_98)/(Kf6p_1847)+(ATP_98)/(Katp_1847)+((((gR_1847)*(F6P_98))/(Kf6p_1847))*(ATP_98))/(Katp_1847)))/((1                   +(F6P_98)/(Kf6p_1847)+(ATP_98)/(Katp_1847)+((((gR_1847)*(F6P_98))/(Kf6p_1847))*(ATP_98))/(Katp_1847))^(2                   )+((((L0_1847)*(((1                   +((Ciatp_1847)*(ATP_98))/(Kiatp_1847))/(1                   +(ATP_98)/(Kiatp_1847)))^(2                   )))*(((1                   +((Camp_1847)*(AMP_98))/(Kamp_1847))/(1                   +(AMP_98)/(Kamp_1847)))^(2                   )))*(((1                   +((Cf26_1847)*(F26bP_98))/(Kf26_1847)+((Cf16_1847)*(F16bP_98))/(Kf16_1847))/(1                   +(F26bP_98)/(Kf26_1847)+(F16bP_98)/(Kf16_1847)))^(2                   )))*((1                   +((Catp_1847)*(ATP_98))/(Katp_1847))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1847" value="94.49990764359509"/>
						<parameter name="gR_1847" value="5.12"/>
						<parameter name="Kf6p_1847" value="0.1"/>
						<parameter name="Katp_1847" value="0.71"/>
						<parameter name="L0_1847" value="0.66"/>
						<parameter name="Ciatp_1847" value="100"/>
						<parameter name="Kiatp_1847" value="0.65"/>
						<parameter name="Camp_1847" value="0.08450000000000001"/>
						<parameter name="Kamp_1847" value="0.09950000000000001"/>
						<parameter name="Cf26_1847" value="0.0174"/>
						<parameter name="Kf26_1847" value="0.000682"/>
						<parameter name="Cf16_1847" value="0.397"/>
						<parameter name="Kf16_1847" value="0.111"/>
						<parameter name="Catp_1847" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_98" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_98" stoichiometry="1"/>
					<specieReference specie="GAP_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1848)*((F16bP_98)/(Kf16bp_1848)-((DHAP_98)*(GAP_98))/((Kf16bp_1848)*(Keq_1848))))/(1                   +(F16bP_98)/(Kf16bp_1848)+(DHAP_98)/(Kdhap_1848)+(GAP_98)/(Kgap_1848)+((F16bP_98)*(GAP_98))/((Kf16bp_1848)*(Kigap_1848))+((DHAP_98)*(GAP_98))/((Kdhap_1848)*(Kgap_1848)))">
					<listOfParameters>
						<parameter name="Vmax_1848" value="106.6160786338947"/>
						<parameter name="Kf16bp_1848" value="0.3"/>
						<parameter name="Keq_1848" value="0.06900000000000001"/>
						<parameter name="Kdhap_1848" value="2"/>
						<parameter name="Kgap_1848" value="2.4"/>
						<parameter name="Kigap_1848" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_98" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1849*DHAP_98-k2_1849*GAP_98">
					<listOfParameters>
						<parameter name="k1_1849" value="450000"/>
						<parameter name="k2_1849" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_98" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_98" stoichiometry="1"/>
					<specieReference specie="NAD_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_98" stoichiometry="1"/>
					<specieReference specie="NADH_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1850)*((((Vmaxf_1850)*(GAP_98))*(NAD_98))/((Kgap_1850)*(Knad_1850))-(((Vmaxr_1850)*(BPG_98))*(NADH_98))/((Kbpg_1850)*(Knadh_1850))))/((1                   +(GAP_98)/(Kgap_1850)+(BPG_98)/(Kbpg_1850))*(1                   +(NAD_98)/(Knad_1850)+(NADH_98)/(Knadh_1850)))">
					<listOfParameters>
						<parameter name="C_1850" value="1"/>
						<parameter name="Vmaxf_1850" value="1152"/>
						<parameter name="Kgap_1850" value="0.21"/>
						<parameter name="Knad_1850" value="0.09"/>
						<parameter name="Vmaxr_1850" value="7105.77733477325"/>
						<parameter name="Kbpg_1850" value="0.0098"/>
						<parameter name="Knadh_1850" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_98" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_98" stoichiometry="1"/>
					<specieReference specie="BPG_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_98" stoichiometry="1"/>
					<specieReference specie="P3G_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1851)*((((Keq_1851)*(BPG_98))*(ADP_98)-(P3G_98)*(ATP_98))/((Kp3g_1851)*(Katp_1851))))/((1                   +(BPG_98)/(Kbpg_1851)+(P3G_98)/(Kp3g_1851))*(1                   +(ADP_98)/(Kadp_1851)+(ATP_98)/(Katp_1851)))">
					<listOfParameters>
						<parameter name="Vmax_1851" value="1625.118765707532"/>
						<parameter name="Keq_1851" value="3200"/>
						<parameter name="Kp3g_1851" value="0.53"/>
						<parameter name="Katp_1851" value="0.3"/>
						<parameter name="Kbpg_1851" value="0.003"/>
						<parameter name="Kadp_1851" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_98" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1852)*((P3G_98)/(Kp3g_1852)-(P2G_98)/((Kp3g_1852)*(Keq_1852))))/(1                   +(P3G_98)/(Kp3g_1852)+(P2G_98)/(Kp2g_1852))">
					<listOfParameters>
						<parameter name="Vmax_1852" value="2522.573478308338"/>
						<parameter name="Kp3g_1852" value="1.2"/>
						<parameter name="Keq_1852" value="0.19"/>
						<parameter name="Kp2g_1852" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_98" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1853)*((P2G_98)/(Kp2g_1853)-(PEP_98)/((Kp2g_1853)*(Keq_1853))))/(1                   +(P2G_98)/(Kp2g_1853)+(PEP_98)/(Kpep_1853))">
					<listOfParameters>
						<parameter name="Vmax_1853" value="128.7337843233528"/>
						<parameter name="Kp2g_1853" value="0.04"/>
						<parameter name="Keq_1853" value="6.7"/>
						<parameter name="Kpep_1853" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_98" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_98" stoichiometry="1"/>
					<specieReference specie="PEP_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_98" stoichiometry="1"/>
					<specieReference specie="PYR_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1854)*(((PEP_98)*(ADP_98))/((Kpep_1854)*(Kadp_1854))-((PYR_98)*(ATP_98))/(((Kpep_1854)*(Kadp_1854))*(Keq_1854))))/((1                   +(PEP_98)/(Kpep_1854)+(PYR_98)/(Kpyr_1854))*(1                   +(ADP_98)/(Kadp_1854)+(ATP_98)/(Katp_1854)))">
					<listOfParameters>
						<parameter name="Vmax_1854" value="767.2588985940547"/>
						<parameter name="Kpep_1854" value="0.14"/>
						<parameter name="Kadp_1854" value="0.53"/>
						<parameter name="Keq_1854" value="6500"/>
						<parameter name="Kpyr_1854" value="21"/>
						<parameter name="Katp_1854" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_98" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_98" stoichiometry="1"/>
					<specieReference specie="CO2_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1855)*(((PYR_98)/(Kpyr_1855))^(nH_1855)))/(1                   +((PYR_98)/(Kpyr_1855))^(nH_1855))">
					<listOfParameters>
						<parameter name="Vmax_1855" value="930.2945654018201"/>
						<parameter name="Kpyr_1855" value="4.33"/>
						<parameter name="nH_1855" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_98" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_98" stoichiometry="1"/>
					<specieReference specie="EtOH_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_98" stoichiometry="1"/>
					<specieReference specie="AcAld_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1856)*(((EtOH_98)*(NAD_98))/((Ketoh_1856)*(Kinad_1856))-((AcAld_98)*(NADH_98))/(((Ketoh_1856)*(Kinad_1856))*(Keq_1856))))/(1                   +(NAD_98)/(Kinad_1856)+((EtOH_98)*(Knad_1856))/((Kinad_1856)*(Ketoh_1856))+((AcAld_98)*(Knadh_1856))/((Kinadh_1856)*(Kacald_1856))+(NADH_98)/(Kinadh_1856)+((EtOH_98)*(NAD_98))/((Kinad_1856)*(Ketoh_1856))+(((NAD_98)*(AcAld_98))*(Knadh_1856))/(((Kinad_1856)*(Kinadh_1856))*(Kacald_1856))+(((EtOH_98)*(NADH_98))*(Knad_1856))/(((Kinad_1856)*(Kinadh_1856))*(Ketoh_1856))+((AcAld_98)*(NADH_98))/((Kacald_1856)*(Kinadh_1856))+(((EtOH_98)*(NAD_98))*(AcAld_98))/(((Kinad_1856)*(Kiacald_1856))*(Ketoh_1856))+(((EtOH_98)*(AcAld_98))*(NADH_98))/(((Kietoh_1856)*(Kinadh_1856))*(Kacald_1856)))">
					<listOfParameters>
						<parameter name="Vmax_1856" value="153.2401037048116"/>
						<parameter name="Ketoh_1856" value="17"/>
						<parameter name="Kinad_1856" value="0.92"/>
						<parameter name="Keq_1856" value="6.9e-005"/>
						<parameter name="Knad_1856" value="0.17"/>
						<parameter name="Knadh_1856" value="0.11"/>
						<parameter name="Kinadh_1856" value="0.031"/>
						<parameter name="Kacald_1856" value="1.11"/>
						<parameter name="Kiacald_1856" value="1.1"/>
						<parameter name="Kietoh_1856" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_98" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1857)*(ATP_98)">
					<listOfParameters>
						<parameter name="Katpase_1857" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_98" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_98" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_98" stoichiometry="1"/>
					<specieReference specie="AMP_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1858*ADP_98*ADP_98-k2_1858*ATP_98*AMP_98">
					<listOfParameters>
						<parameter name="k1_1858" value="45"/>
						<parameter name="k2_1858" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_98" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_98" stoichiometry="1"/>
					<specieReference specie="NADH_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_98" stoichiometry="1"/>
					<specieReference specie="Glycerol_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1859)*(((DHAP_98)/(Kdhap_1859))*((NADH_98)/(Knadh_1859))-(((Glycerol_98)/(Kdhap_1859))*((NAD_98)/(Knadh_1859)))*((1                   )/(Keq_1859))))/((1                   +(DHAP_98)/(Kdhap_1859)+(Glycerol_98)/(Kglycerol_1859))*(1                   +(NADH_98)/(Knadh_1859)+(NAD_98)/(Knad_1859)))">
					<listOfParameters>
						<parameter name="Vmax_1859" value="21.73285947456673"/>
						<parameter name="Kdhap_1859" value="0.4"/>
						<parameter name="Knadh_1859" value="0.023"/>
						<parameter name="Keq_1859" value="4300"/>
						<parameter name="Kglycerol_1859" value="1"/>
						<parameter name="Knad_1859" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_98" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_98" stoichiometry="1"/>
					<specieReference specie="G6P_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_98" stoichiometry="1"/>
					<specieReference specie="Glycogen_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1860">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1860" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_98" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_98" stoichiometry="1"/>
					<specieReference specie="G6P_98" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_98" stoichiometry="1"/>
					<specieReference specie="Trehalose_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1861">
					<listOfParameters>
						<parameter name="Ktrehalose_1861" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_98" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_98" stoichiometry="3"/>
					<specieReference specie="AcAld_98" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_98" stoichiometry="3"/>
					<specieReference specie="Succinate_98" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1862)*(AcAld_98)">
					<listOfParameters>
						<parameter name="k_1862" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_99" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1863)*(GLCo_99-GLCi_99))/(Kglc_1863))/(1                   +(GLCo_99+GLCi_99)/(Kglc_1863)+(((Ki_1863)*(GLCo_99))*(GLCi_99))/((Kglc_1863)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1863" value="119.8727864226357"/>
						<parameter name="Kglc_1863" value="1.1918"/>
						<parameter name="Ki_1863" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_99" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_99" stoichiometry="1"/>
					<specieReference specie="ATP_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_99" stoichiometry="1"/>
					<specieReference specie="ADP_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1864)*(((GLCi_99)*(ATP_99))/((Kglc_1864)*(Katp_1864))-((G6P_99)*(ADP_99))/(((Kglc_1864)*(Katp_1864))*(Keq_1864))))/((1                   +(GLCi_99)/(Kglc_1864)+(G6P_99)/(Kg6p_1864))*(1                   +(ATP_99)/(Katp_1864)+(ADP_99)/(Kadp_1864)))">
					<listOfParameters>
						<parameter name="Vmax_1864" value="268.867607545047"/>
						<parameter name="Kglc_1864" value="0.08"/>
						<parameter name="Katp_1864" value="0.15"/>
						<parameter name="Keq_1864" value="2000"/>
						<parameter name="Kg6p_1864" value="30"/>
						<parameter name="Kadp_1864" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_99" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1865)*((G6P_99)/(Kg6p_1865)-(F6P_99)/((Kg6p_1865)*(Keq_1865))))/(1                   +(G6P_99)/(Kg6p_1865)+(F6P_99)/(Kf6p_1865))">
					<listOfParameters>
						<parameter name="Vmax_1865" value="1010.632717653488"/>
						<parameter name="Kg6p_1865" value="1.4"/>
						<parameter name="Keq_1865" value="0.29"/>
						<parameter name="Kf6p_1865" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_99" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_99" stoichiometry="1"/>
					<specieReference specie="F6P_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_99" stoichiometry="1"/>
					<specieReference specie="F16bP_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1866)*(((((gR_1866)*((F6P_99)/(Kf6p_1866)))*((ATP_99)/(Katp_1866)))*(1                   +(F6P_99)/(Kf6p_1866)+(ATP_99)/(Katp_1866)+((((gR_1866)*(F6P_99))/(Kf6p_1866))*(ATP_99))/(Katp_1866)))/((1                   +(F6P_99)/(Kf6p_1866)+(ATP_99)/(Katp_1866)+((((gR_1866)*(F6P_99))/(Kf6p_1866))*(ATP_99))/(Katp_1866))^(2                   )+((((L0_1866)*(((1                   +((Ciatp_1866)*(ATP_99))/(Kiatp_1866))/(1                   +(ATP_99)/(Kiatp_1866)))^(2                   )))*(((1                   +((Camp_1866)*(AMP_99))/(Kamp_1866))/(1                   +(AMP_99)/(Kamp_1866)))^(2                   )))*(((1                   +((Cf26_1866)*(F26bP_99))/(Kf26_1866)+((Cf16_1866)*(F16bP_99))/(Kf16_1866))/(1                   +(F26bP_99)/(Kf26_1866)+(F16bP_99)/(Kf16_1866)))^(2                   )))*((1                   +((Catp_1866)*(ATP_99))/(Katp_1866))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1866" value="73.00412813012166"/>
						<parameter name="gR_1866" value="5.12"/>
						<parameter name="Kf6p_1866" value="0.1"/>
						<parameter name="Katp_1866" value="0.71"/>
						<parameter name="L0_1866" value="0.66"/>
						<parameter name="Ciatp_1866" value="100"/>
						<parameter name="Kiatp_1866" value="0.65"/>
						<parameter name="Camp_1866" value="0.08450000000000001"/>
						<parameter name="Kamp_1866" value="0.09950000000000001"/>
						<parameter name="Cf26_1866" value="0.0174"/>
						<parameter name="Kf26_1866" value="0.000682"/>
						<parameter name="Cf16_1866" value="0.397"/>
						<parameter name="Kf16_1866" value="0.111"/>
						<parameter name="Catp_1866" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_99" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_99" stoichiometry="1"/>
					<specieReference specie="GAP_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1867)*((F16bP_99)/(Kf16bp_1867)-((DHAP_99)*(GAP_99))/((Kf16bp_1867)*(Keq_1867))))/(1                   +(F16bP_99)/(Kf16bp_1867)+(DHAP_99)/(Kdhap_1867)+(GAP_99)/(Kgap_1867)+((F16bP_99)*(GAP_99))/((Kf16bp_1867)*(Kigap_1867))+((DHAP_99)*(GAP_99))/((Kdhap_1867)*(Kgap_1867)))">
					<listOfParameters>
						<parameter name="Vmax_1867" value="97.88404308757332"/>
						<parameter name="Kf16bp_1867" value="0.3"/>
						<parameter name="Keq_1867" value="0.06900000000000001"/>
						<parameter name="Kdhap_1867" value="2"/>
						<parameter name="Kgap_1867" value="2.4"/>
						<parameter name="Kigap_1867" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_99" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1868*DHAP_99-k2_1868*GAP_99">
					<listOfParameters>
						<parameter name="k1_1868" value="450000"/>
						<parameter name="k2_1868" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_99" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_99" stoichiometry="1"/>
					<specieReference specie="NAD_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_99" stoichiometry="1"/>
					<specieReference specie="NADH_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1869)*((((Vmaxf_1869)*(GAP_99))*(NAD_99))/((Kgap_1869)*(Knad_1869))-(((Vmaxr_1869)*(BPG_99))*(NADH_99))/((Kbpg_1869)*(Knadh_1869))))/((1                   +(GAP_99)/(Kgap_1869)+(BPG_99)/(Kbpg_1869))*(1                   +(NAD_99)/(Knad_1869)+(NADH_99)/(Knadh_1869)))">
					<listOfParameters>
						<parameter name="C_1869" value="1"/>
						<parameter name="Vmaxf_1869" value="1152"/>
						<parameter name="Kgap_1869" value="0.21"/>
						<parameter name="Knad_1869" value="0.09"/>
						<parameter name="Vmaxr_1869" value="5937.280854056461"/>
						<parameter name="Kbpg_1869" value="0.0098"/>
						<parameter name="Knadh_1869" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_99" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_99" stoichiometry="1"/>
					<specieReference specie="BPG_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_99" stoichiometry="1"/>
					<specieReference specie="P3G_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1870)*((((Keq_1870)*(BPG_99))*(ADP_99)-(P3G_99)*(ATP_99))/((Kp3g_1870)*(Katp_1870))))/((1                   +(BPG_99)/(Kbpg_1870)+(P3G_99)/(Kp3g_1870))*(1                   +(ADP_99)/(Kadp_1870)+(ATP_99)/(Katp_1870)))">
					<listOfParameters>
						<parameter name="Vmax_1870" value="1670.066199976204"/>
						<parameter name="Keq_1870" value="3200"/>
						<parameter name="Kp3g_1870" value="0.53"/>
						<parameter name="Katp_1870" value="0.3"/>
						<parameter name="Kbpg_1870" value="0.003"/>
						<parameter name="Kadp_1870" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_99" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1871)*((P3G_99)/(Kp3g_1871)-(P2G_99)/((Kp3g_1871)*(Keq_1871))))/(1                   +(P3G_99)/(Kp3g_1871)+(P2G_99)/(Kp2g_1871))">
					<listOfParameters>
						<parameter name="Vmax_1871" value="2857.799718007815"/>
						<parameter name="Kp3g_1871" value="1.2"/>
						<parameter name="Keq_1871" value="0.19"/>
						<parameter name="Kp2g_1871" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_99" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1872)*((P2G_99)/(Kp2g_1872)-(PEP_99)/((Kp2g_1872)*(Keq_1872))))/(1                   +(P2G_99)/(Kp2g_1872)+(PEP_99)/(Kpep_1872))">
					<listOfParameters>
						<parameter name="Vmax_1872" value="309.0232912086694"/>
						<parameter name="Kp2g_1872" value="0.04"/>
						<parameter name="Keq_1872" value="6.7"/>
						<parameter name="Kpep_1872" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_99" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_99" stoichiometry="1"/>
					<specieReference specie="PEP_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_99" stoichiometry="1"/>
					<specieReference specie="PYR_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1873)*(((PEP_99)*(ADP_99))/((Kpep_1873)*(Kadp_1873))-((PYR_99)*(ATP_99))/(((Kpep_1873)*(Kadp_1873))*(Keq_1873))))/((1                   +(PEP_99)/(Kpep_1873)+(PYR_99)/(Kpyr_1873))*(1                   +(ADP_99)/(Kadp_1873)+(ATP_99)/(Katp_1873)))">
					<listOfParameters>
						<parameter name="Vmax_1873" value="1008.156412443239"/>
						<parameter name="Kpep_1873" value="0.14"/>
						<parameter name="Kadp_1873" value="0.53"/>
						<parameter name="Keq_1873" value="6500"/>
						<parameter name="Kpyr_1873" value="21"/>
						<parameter name="Katp_1873" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_99" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_99" stoichiometry="1"/>
					<specieReference specie="CO2_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1874)*(((PYR_99)/(Kpyr_1874))^(nH_1874)))/(1                   +((PYR_99)/(Kpyr_1874))^(nH_1874))">
					<listOfParameters>
						<parameter name="Vmax_1874" value="1165.511270978854"/>
						<parameter name="Kpyr_1874" value="4.33"/>
						<parameter name="nH_1874" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_99" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_99" stoichiometry="1"/>
					<specieReference specie="EtOH_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_99" stoichiometry="1"/>
					<specieReference specie="AcAld_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1875)*(((EtOH_99)*(NAD_99))/((Ketoh_1875)*(Kinad_1875))-((AcAld_99)*(NADH_99))/(((Ketoh_1875)*(Kinad_1875))*(Keq_1875))))/(1                   +(NAD_99)/(Kinad_1875)+((EtOH_99)*(Knad_1875))/((Kinad_1875)*(Ketoh_1875))+((AcAld_99)*(Knadh_1875))/((Kinadh_1875)*(Kacald_1875))+(NADH_99)/(Kinadh_1875)+((EtOH_99)*(NAD_99))/((Kinad_1875)*(Ketoh_1875))+(((NAD_99)*(AcAld_99))*(Knadh_1875))/(((Kinad_1875)*(Kinadh_1875))*(Kacald_1875))+(((EtOH_99)*(NADH_99))*(Knad_1875))/(((Kinad_1875)*(Kinadh_1875))*(Ketoh_1875))+((AcAld_99)*(NADH_99))/((Kacald_1875)*(Kinadh_1875))+(((EtOH_99)*(NAD_99))*(AcAld_99))/(((Kinad_1875)*(Kiacald_1875))*(Ketoh_1875))+(((EtOH_99)*(AcAld_99))*(NADH_99))/(((Kietoh_1875)*(Kinadh_1875))*(Kacald_1875)))">
					<listOfParameters>
						<parameter name="Vmax_1875" value="158.6017449525606"/>
						<parameter name="Ketoh_1875" value="17"/>
						<parameter name="Kinad_1875" value="0.92"/>
						<parameter name="Keq_1875" value="6.9e-005"/>
						<parameter name="Knad_1875" value="0.17"/>
						<parameter name="Knadh_1875" value="0.11"/>
						<parameter name="Kinadh_1875" value="0.031"/>
						<parameter name="Kacald_1875" value="1.11"/>
						<parameter name="Kiacald_1875" value="1.1"/>
						<parameter name="Kietoh_1875" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_99" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1876)*(ATP_99)">
					<listOfParameters>
						<parameter name="Katpase_1876" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_99" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_99" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_99" stoichiometry="1"/>
					<specieReference specie="AMP_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1877*ADP_99*ADP_99-k2_1877*ATP_99*AMP_99">
					<listOfParameters>
						<parameter name="k1_1877" value="45"/>
						<parameter name="k2_1877" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_99" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_99" stoichiometry="1"/>
					<specieReference specie="NADH_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_99" stoichiometry="1"/>
					<specieReference specie="Glycerol_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1878)*(((DHAP_99)/(Kdhap_1878))*((NADH_99)/(Knadh_1878))-(((Glycerol_99)/(Kdhap_1878))*((NAD_99)/(Knadh_1878)))*((1                   )/(Keq_1878))))/((1                   +(DHAP_99)/(Kdhap_1878)+(Glycerol_99)/(Kglycerol_1878))*(1                   +(NADH_99)/(Knadh_1878)+(NAD_99)/(Knad_1878)))">
					<listOfParameters>
						<parameter name="Vmax_1878" value="63.85607519958748"/>
						<parameter name="Kdhap_1878" value="0.4"/>
						<parameter name="Knadh_1878" value="0.023"/>
						<parameter name="Keq_1878" value="4300"/>
						<parameter name="Kglycerol_1878" value="1"/>
						<parameter name="Knad_1878" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_99" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_99" stoichiometry="1"/>
					<specieReference specie="G6P_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_99" stoichiometry="1"/>
					<specieReference specie="Glycogen_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1879">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1879" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_99" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_99" stoichiometry="1"/>
					<specieReference specie="G6P_99" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_99" stoichiometry="1"/>
					<specieReference specie="Trehalose_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1880">
					<listOfParameters>
						<parameter name="Ktrehalose_1880" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_99" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_99" stoichiometry="3"/>
					<specieReference specie="AcAld_99" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_99" stoichiometry="3"/>
					<specieReference specie="Succinate_99" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1881)*(AcAld_99)">
					<listOfParameters>
						<parameter name="k_1881" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HXT_100" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCo_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GLCi_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(((Vmax_1882)*(GLCo_100-GLCi_100))/(Kglc_1882))/(1                   +(GLCo_100+GLCi_100)/(Kglc_1882)+(((Ki_1882)*(GLCo_100))*(GLCi_100))/((Kglc_1882)^(2                   )))">
					<listOfParameters>
						<parameter name="Vmax_1882" value="125.0596867809868"/>
						<parameter name="Kglc_1882" value="1.1918"/>
						<parameter name="Ki_1882" value="0.91"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="HK_100" reversible="true">
				<listOfReactants>
					<specieReference specie="GLCi_100" stoichiometry="1"/>
					<specieReference specie="ATP_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="G6P_100" stoichiometry="1"/>
					<specieReference specie="ADP_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1883)*(((GLCi_100)*(ATP_100))/((Kglc_1883)*(Katp_1883))-((G6P_100)*(ADP_100))/(((Kglc_1883)*(Katp_1883))*(Keq_1883))))/((1                   +(GLCi_100)/(Kglc_1883)+(G6P_100)/(Kg6p_1883))*(1                   +(ATP_100)/(Katp_1883)+(ADP_100)/(Kadp_1883)))">
					<listOfParameters>
						<parameter name="Vmax_1883" value="213.0854207379722"/>
						<parameter name="Kglc_1883" value="0.08"/>
						<parameter name="Katp_1883" value="0.15"/>
						<parameter name="Keq_1883" value="2000"/>
						<parameter name="Kg6p_1883" value="30"/>
						<parameter name="Kadp_1883" value="0.23"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGI_100" reversible="true">
				<listOfReactants>
					<specieReference specie="G6P_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="F6P_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1884)*((G6P_100)/(Kg6p_1884)-(F6P_100)/((Kg6p_1884)*(Keq_1884))))/(1                   +(G6P_100)/(Kg6p_1884)+(F6P_100)/(Kf6p_1884))">
					<listOfParameters>
						<parameter name="Vmax_1884" value="975.0121168837392"/>
						<parameter name="Kg6p_1884" value="1.4"/>
						<parameter name="Keq_1884" value="0.29"/>
						<parameter name="Kf6p_1884" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PFK_100" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_100" stoichiometry="1"/>
					<specieReference specie="F6P_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_100" stoichiometry="1"/>
					<specieReference specie="F16bP_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Vmax_1885)*(((((gR_1885)*((F6P_100)/(Kf6p_1885)))*((ATP_100)/(Katp_1885)))*(1                   +(F6P_100)/(Kf6p_1885)+(ATP_100)/(Katp_1885)+((((gR_1885)*(F6P_100))/(Kf6p_1885))*(ATP_100))/(Katp_1885)))/((1                   +(F6P_100)/(Kf6p_1885)+(ATP_100)/(Katp_1885)+((((gR_1885)*(F6P_100))/(Kf6p_1885))*(ATP_100))/(Katp_1885))^(2                   )+((((L0_1885)*(((1                   +((Ciatp_1885)*(ATP_100))/(Kiatp_1885))/(1                   +(ATP_100)/(Kiatp_1885)))^(2                   )))*(((1                   +((Camp_1885)*(AMP_100))/(Kamp_1885))/(1                   +(AMP_100)/(Kamp_1885)))^(2                   )))*(((1                   +((Cf26_1885)*(F26bP_100))/(Kf26_1885)+((Cf16_1885)*(F16bP_100))/(Kf16_1885))/(1                   +(F26bP_100)/(Kf26_1885)+(F16bP_100)/(Kf16_1885)))^(2                   )))*((1                   +((Catp_1885)*(ATP_100))/(Katp_1885))^(2                   ))))">
					<listOfParameters>
						<parameter name="Vmax_1885" value="107.2511563291371"/>
						<parameter name="gR_1885" value="5.12"/>
						<parameter name="Kf6p_1885" value="0.1"/>
						<parameter name="Katp_1885" value="0.71"/>
						<parameter name="L0_1885" value="0.66"/>
						<parameter name="Ciatp_1885" value="100"/>
						<parameter name="Kiatp_1885" value="0.65"/>
						<parameter name="Camp_1885" value="0.08450000000000001"/>
						<parameter name="Kamp_1885" value="0.09950000000000001"/>
						<parameter name="Cf26_1885" value="0.0174"/>
						<parameter name="Kf26_1885" value="0.000682"/>
						<parameter name="Cf16_1885" value="0.397"/>
						<parameter name="Kf16_1885" value="0.111"/>
						<parameter name="Catp_1885" value="3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ALD_100" reversible="true">
				<listOfReactants>
					<specieReference specie="F16bP_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="DHAP_100" stoichiometry="1"/>
					<specieReference specie="GAP_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1886)*((F16bP_100)/(Kf16bp_1886)-((DHAP_100)*(GAP_100))/((Kf16bp_1886)*(Keq_1886))))/(1                   +(F16bP_100)/(Kf16bp_1886)+(DHAP_100)/(Kdhap_1886)+(GAP_100)/(Kgap_1886)+((F16bP_100)*(GAP_100))/((Kf16bp_1886)*(Kigap_1886))+((DHAP_100)*(GAP_100))/((Kdhap_1886)*(Kgap_1886)))">
					<listOfParameters>
						<parameter name="Vmax_1886" value="114.4990462397321"/>
						<parameter name="Kf16bp_1886" value="0.3"/>
						<parameter name="Keq_1886" value="0.06900000000000001"/>
						<parameter name="Kdhap_1886" value="2"/>
						<parameter name="Kgap_1886" value="2.4"/>
						<parameter name="Kigap_1886" value="10"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="TPI_100" reversible="true">
				<listOfReactants>
					<specieReference specie="DHAP_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="GAP_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1887*DHAP_100-k2_1887*GAP_100">
					<listOfParameters>
						<parameter name="k1_1887" value="450000"/>
						<parameter name="k2_1887" value="10000000"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="GAPDH_100" reversible="true">
				<listOfReactants>
					<specieReference specie="GAP_100" stoichiometry="1"/>
					<specieReference specie="NAD_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="BPG_100" stoichiometry="1"/>
					<specieReference specie="NADH_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((C_1888)*((((Vmaxf_1888)*(GAP_100))*(NAD_100))/((Kgap_1888)*(Knad_1888))-(((Vmaxr_1888)*(BPG_100))*(NADH_100))/((Kbpg_1888)*(Knadh_1888))))/((1                   +(GAP_100)/(Kgap_1888)+(BPG_100)/(Kbpg_1888))*(1                   +(NAD_100)/(Knad_1888)+(NADH_100)/(Knadh_1888)))">
					<listOfParameters>
						<parameter name="C_1888" value="1"/>
						<parameter name="Vmaxf_1888" value="1152"/>
						<parameter name="Kgap_1888" value="0.21"/>
						<parameter name="Knad_1888" value="0.09"/>
						<parameter name="Vmaxr_1888" value="6319.401550664165"/>
						<parameter name="Kbpg_1888" value="0.0098"/>
						<parameter name="Knadh_1888" value="0.06"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGK_100" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_100" stoichiometry="1"/>
					<specieReference specie="BPG_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_100" stoichiometry="1"/>
					<specieReference specie="P3G_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1889)*((((Keq_1889)*(BPG_100))*(ADP_100)-(P3G_100)*(ATP_100))/((Kp3g_1889)*(Katp_1889))))/((1                   +(BPG_100)/(Kbpg_1889)+(P3G_100)/(Kp3g_1889))*(1                   +(ADP_100)/(Kadp_1889)+(ATP_100)/(Katp_1889)))">
					<listOfParameters>
						<parameter name="Vmax_1889" value="1237.945147092927"/>
						<parameter name="Keq_1889" value="3200"/>
						<parameter name="Kp3g_1889" value="0.53"/>
						<parameter name="Katp_1889" value="0.3"/>
						<parameter name="Kbpg_1889" value="0.003"/>
						<parameter name="Kadp_1889" value="0.2"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PGM_100" reversible="true">
				<listOfReactants>
					<specieReference specie="P3G_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="P2G_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1890)*((P3G_100)/(Kp3g_1890)-(P2G_100)/((Kp3g_1890)*(Keq_1890))))/(1                   +(P3G_100)/(Kp3g_1890)+(P2G_100)/(Kp2g_1890))">
					<listOfParameters>
						<parameter name="Vmax_1890" value="2893.762467435225"/>
						<parameter name="Kp3g_1890" value="1.2"/>
						<parameter name="Keq_1890" value="0.19"/>
						<parameter name="Kp2g_1890" value="0.08"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ENO_100" reversible="true">
				<listOfReactants>
					<specieReference specie="P2G_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="PEP_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1891)*((P2G_100)/(Kp2g_1891)-(PEP_100)/((Kp2g_1891)*(Keq_1891))))/(1                   +(P2G_100)/(Kp2g_1891)+(PEP_100)/(Kpep_1891))">
					<listOfParameters>
						<parameter name="Vmax_1891" value="187.0138626443186"/>
						<parameter name="Kp2g_1891" value="0.04"/>
						<parameter name="Keq_1891" value="6.7"/>
						<parameter name="Kpep_1891" value="0.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PYK_100" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_100" stoichiometry="1"/>
					<specieReference specie="PEP_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_100" stoichiometry="1"/>
					<specieReference specie="PYR_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1892)*(((PEP_100)*(ADP_100))/((Kpep_1892)*(Kadp_1892))-((PYR_100)*(ATP_100))/(((Kpep_1892)*(Kadp_1892))*(Keq_1892))))/((1                   +(PEP_100)/(Kpep_1892)+(PYR_100)/(Kpyr_1892))*(1                   +(ADP_100)/(Kadp_1892)+(ATP_100)/(Katp_1892)))">
					<listOfParameters>
						<parameter name="Vmax_1892" value="1164.131589678391"/>
						<parameter name="Kpep_1892" value="0.14"/>
						<parameter name="Kadp_1892" value="0.53"/>
						<parameter name="Keq_1892" value="6500"/>
						<parameter name="Kpyr_1892" value="21"/>
						<parameter name="Katp_1892" value="1.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="PDC_100" reversible="false">
				<listOfReactants>
					<specieReference specie="PYR_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_100" stoichiometry="1"/>
					<specieReference specie="CO2_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1893)*(((PYR_100)/(Kpyr_1893))^(nH_1893)))/(1                   +((PYR_100)/(Kpyr_1893))^(nH_1893))">
					<listOfParameters>
						<parameter name="Vmax_1893" value="730.1253925401621"/>
						<parameter name="Kpyr_1893" value="4.33"/>
						<parameter name="nH_1893" value="1.9"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ADH_100" reversible="true">
				<listOfReactants>
					<specieReference specie="NAD_100" stoichiometry="1"/>
					<specieReference specie="EtOH_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_100" stoichiometry="1"/>
					<specieReference specie="AcAld_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1894)*(((EtOH_100)*(NAD_100))/((Ketoh_1894)*(Kinad_1894))-((AcAld_100)*(NADH_100))/(((Ketoh_1894)*(Kinad_1894))*(Keq_1894))))/(1                   +(NAD_100)/(Kinad_1894)+((EtOH_100)*(Knad_1894))/((Kinad_1894)*(Ketoh_1894))+((AcAld_100)*(Knadh_1894))/((Kinadh_1894)*(Kacald_1894))+(NADH_100)/(Kinadh_1894)+((EtOH_100)*(NAD_100))/((Kinad_1894)*(Ketoh_1894))+(((NAD_100)*(AcAld_100))*(Knadh_1894))/(((Kinad_1894)*(Kinadh_1894))*(Kacald_1894))+(((EtOH_100)*(NADH_100))*(Knad_1894))/(((Kinad_1894)*(Kinadh_1894))*(Ketoh_1894))+((AcAld_100)*(NADH_100))/((Kacald_1894)*(Kinadh_1894))+(((EtOH_100)*(NAD_100))*(AcAld_100))/(((Kinad_1894)*(Kiacald_1894))*(Ketoh_1894))+(((EtOH_100)*(AcAld_100))*(NADH_100))/(((Kietoh_1894)*(Kinadh_1894))*(Kacald_1894)))">
					<listOfParameters>
						<parameter name="Vmax_1894" value="234.2713734460034"/>
						<parameter name="Ketoh_1894" value="17"/>
						<parameter name="Kinad_1894" value="0.92"/>
						<parameter name="Keq_1894" value="6.9e-005"/>
						<parameter name="Knad_1894" value="0.17"/>
						<parameter name="Knadh_1894" value="0.11"/>
						<parameter name="Kinadh_1894" value="0.031"/>
						<parameter name="Kacald_1894" value="1.11"/>
						<parameter name="Kiacald_1894" value="1.1"/>
						<parameter name="Kietoh_1894" value="90"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ATPase_100" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(Katpase_1895)*(ATP_100)">
					<listOfParameters>
						<parameter name="Katpase_1895" value="39.5"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="AK_100" reversible="true">
				<listOfReactants>
					<specieReference specie="ADP_100" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ATP_100" stoichiometry="1"/>
					<specieReference specie="AMP_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1896*ADP_100*ADP_100-k2_1896*ATP_100*AMP_100">
					<listOfParameters>
						<parameter name="k1_1896" value="45"/>
						<parameter name="k2_1896" value="100"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="G3PDH_100" reversible="false">
				<listOfReactants>
					<specieReference specie="DHAP_100" stoichiometry="1"/>
					<specieReference specie="NADH_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NAD_100" stoichiometry="1"/>
					<specieReference specie="Glycerol_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="((Vmax_1897)*(((DHAP_100)/(Kdhap_1897))*((NADH_100)/(Knadh_1897))-(((Glycerol_100)/(Kdhap_1897))*((NAD_100)/(Knadh_1897)))*((1                   )/(Keq_1897))))/((1                   +(DHAP_100)/(Kdhap_1897)+(Glycerol_100)/(Kglycerol_1897))*(1                   +(NADH_100)/(Knadh_1897)+(NAD_100)/(Knad_1897)))">
					<listOfParameters>
						<parameter name="Vmax_1897" value="38.85142427922947"/>
						<parameter name="Kdhap_1897" value="0.4"/>
						<parameter name="Knadh_1897" value="0.023"/>
						<parameter name="Keq_1897" value="4300"/>
						<parameter name="Kglycerol_1897" value="1"/>
						<parameter name="Knad_1897" value="0.9300000000000001"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Glycogen_Branch_100" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_100" stoichiometry="1"/>
					<specieReference specie="G6P_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_100" stoichiometry="1"/>
					<specieReference specie="Glycogen_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="KGLYCOGEN_1898">
					<listOfParameters>
						<parameter name="KGLYCOGEN_1898" value="6"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Trehalose_Branch_100" reversible="false">
				<listOfReactants>
					<specieReference specie="ATP_100" stoichiometry="1"/>
					<specieReference specie="G6P_100" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="ADP_100" stoichiometry="1"/>
					<specieReference specie="Trehalose_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="Ktrehalose_1899">
					<listOfParameters>
						<parameter name="Ktrehalose_1899" value="2.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="Succinate_Branch_100" reversible="false">
				<listOfReactants>
					<specieReference specie="NAD_100" stoichiometry="3"/>
					<specieReference specie="AcAld_100" stoichiometry="2"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="NADH_100" stoichiometry="3"/>
					<specieReference specie="Succinate_100" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="(k_1900)*(AcAld_100)">
					<listOfParameters>
						<parameter name="k_1900" value="21.4"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___1_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_1" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1901*AcAld_1-k2_1901*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1901" value="0.3"/>
						<parameter name="k2_1901" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___2_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_2" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1902*AcAld_2-k2_1902*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1902" value="0.3"/>
						<parameter name="k2_1902" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___3_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_3" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1903*AcAld_3-k2_1903*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1903" value="0.3"/>
						<parameter name="k2_1903" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___4_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_4" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1904*AcAld_4-k2_1904*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1904" value="0.3"/>
						<parameter name="k2_1904" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___5_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_5" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1905*AcAld_5-k2_1905*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1905" value="0.3"/>
						<parameter name="k2_1905" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___6_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_6" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1906*AcAld_6-k2_1906*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1906" value="0.3"/>
						<parameter name="k2_1906" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___7_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_7" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1907*AcAld_7-k2_1907*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1907" value="0.3"/>
						<parameter name="k2_1907" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___8_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_8" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1908*AcAld_8-k2_1908*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1908" value="0.3"/>
						<parameter name="k2_1908" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___9_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_9" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1909*AcAld_9-k2_1909*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1909" value="0.3"/>
						<parameter name="k2_1909" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___10_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_10" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1910*AcAld_10-k2_1910*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1910" value="0.3"/>
						<parameter name="k2_1910" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___11_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_11" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1911*AcAld_11-k2_1911*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1911" value="0.3"/>
						<parameter name="k2_1911" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___12_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_12" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1912*AcAld_12-k2_1912*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1912" value="0.3"/>
						<parameter name="k2_1912" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___13_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_13" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1913*AcAld_13-k2_1913*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1913" value="0.3"/>
						<parameter name="k2_1913" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___14_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_14" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1914*AcAld_14-k2_1914*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1914" value="0.3"/>
						<parameter name="k2_1914" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___15_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_15" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1915*AcAld_15-k2_1915*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1915" value="0.3"/>
						<parameter name="k2_1915" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___16_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_16" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1916*AcAld_16-k2_1916*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1916" value="0.3"/>
						<parameter name="k2_1916" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___17_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_17" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1917*AcAld_17-k2_1917*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1917" value="0.3"/>
						<parameter name="k2_1917" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___18_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_18" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1918*AcAld_18-k2_1918*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1918" value="0.3"/>
						<parameter name="k2_1918" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___19_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_19" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1919*AcAld_19-k2_1919*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1919" value="0.3"/>
						<parameter name="k2_1919" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___20_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_20" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1920*AcAld_20-k2_1920*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1920" value="0.3"/>
						<parameter name="k2_1920" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___21_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_21" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1921*AcAld_21-k2_1921*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1921" value="0.3"/>
						<parameter name="k2_1921" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___22_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_22" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1922*AcAld_22-k2_1922*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1922" value="0.3"/>
						<parameter name="k2_1922" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___23_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_23" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1923*AcAld_23-k2_1923*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1923" value="0.3"/>
						<parameter name="k2_1923" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___24_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_24" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1924*AcAld_24-k2_1924*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1924" value="0.3"/>
						<parameter name="k2_1924" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___25_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_25" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1925*AcAld_25-k2_1925*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1925" value="0.3"/>
						<parameter name="k2_1925" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___26_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_26" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1926*AcAld_26-k2_1926*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1926" value="0.3"/>
						<parameter name="k2_1926" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___27_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_27" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1927*AcAld_27-k2_1927*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1927" value="0.3"/>
						<parameter name="k2_1927" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___28_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_28" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1928*AcAld_28-k2_1928*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1928" value="0.3"/>
						<parameter name="k2_1928" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___29_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_29" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1929*AcAld_29-k2_1929*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1929" value="0.3"/>
						<parameter name="k2_1929" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___30_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_30" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1930*AcAld_30-k2_1930*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1930" value="0.3"/>
						<parameter name="k2_1930" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___31_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_31" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1931*AcAld_31-k2_1931*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1931" value="0.3"/>
						<parameter name="k2_1931" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___32_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_32" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1932*AcAld_32-k2_1932*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1932" value="0.3"/>
						<parameter name="k2_1932" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___33_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_33" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1933*AcAld_33-k2_1933*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1933" value="0.3"/>
						<parameter name="k2_1933" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___34_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_34" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1934*AcAld_34-k2_1934*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1934" value="0.3"/>
						<parameter name="k2_1934" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___35_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_35" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1935*AcAld_35-k2_1935*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1935" value="0.3"/>
						<parameter name="k2_1935" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___36_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_36" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1936*AcAld_36-k2_1936*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1936" value="0.3"/>
						<parameter name="k2_1936" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___37_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_37" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1937*AcAld_37-k2_1937*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1937" value="0.3"/>
						<parameter name="k2_1937" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___38_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_38" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1938*AcAld_38-k2_1938*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1938" value="0.3"/>
						<parameter name="k2_1938" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___39_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_39" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1939*AcAld_39-k2_1939*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1939" value="0.3"/>
						<parameter name="k2_1939" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___40_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_40" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1940*AcAld_40-k2_1940*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1940" value="0.3"/>
						<parameter name="k2_1940" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___41_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_41" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1941*AcAld_41-k2_1941*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1941" value="0.3"/>
						<parameter name="k2_1941" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___42_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_42" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1942*AcAld_42-k2_1942*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1942" value="0.3"/>
						<parameter name="k2_1942" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___43_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_43" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1943*AcAld_43-k2_1943*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1943" value="0.3"/>
						<parameter name="k2_1943" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___44_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_44" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1944*AcAld_44-k2_1944*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1944" value="0.3"/>
						<parameter name="k2_1944" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___45_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_45" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1945*AcAld_45-k2_1945*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1945" value="0.3"/>
						<parameter name="k2_1945" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___46_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_46" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1946*AcAld_46-k2_1946*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1946" value="0.3"/>
						<parameter name="k2_1946" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___47_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_47" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1947*AcAld_47-k2_1947*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1947" value="0.3"/>
						<parameter name="k2_1947" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___48_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_48" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1948*AcAld_48-k2_1948*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1948" value="0.3"/>
						<parameter name="k2_1948" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___49_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_49" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1949*AcAld_49-k2_1949*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1949" value="0.3"/>
						<parameter name="k2_1949" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___50_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_50" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1950*AcAld_50-k2_1950*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1950" value="0.3"/>
						<parameter name="k2_1950" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___51_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_51" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1951*AcAld_51-k2_1951*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1951" value="0.3"/>
						<parameter name="k2_1951" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___52_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_52" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1952*AcAld_52-k2_1952*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1952" value="0.3"/>
						<parameter name="k2_1952" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___53_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_53" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1953*AcAld_53-k2_1953*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1953" value="0.3"/>
						<parameter name="k2_1953" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___54_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_54" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1954*AcAld_54-k2_1954*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1954" value="0.3"/>
						<parameter name="k2_1954" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___55_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_55" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1955*AcAld_55-k2_1955*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1955" value="0.3"/>
						<parameter name="k2_1955" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___56_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_56" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1956*AcAld_56-k2_1956*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1956" value="0.3"/>
						<parameter name="k2_1956" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___57_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_57" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1957*AcAld_57-k2_1957*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1957" value="0.3"/>
						<parameter name="k2_1957" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___58_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_58" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1958*AcAld_58-k2_1958*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1958" value="0.3"/>
						<parameter name="k2_1958" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___59_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_59" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1959*AcAld_59-k2_1959*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1959" value="0.3"/>
						<parameter name="k2_1959" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___60_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_60" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1960*AcAld_60-k2_1960*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1960" value="0.3"/>
						<parameter name="k2_1960" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___61_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_61" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1961*AcAld_61-k2_1961*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1961" value="0.3"/>
						<parameter name="k2_1961" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___62_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_62" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1962*AcAld_62-k2_1962*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1962" value="0.3"/>
						<parameter name="k2_1962" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___63_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_63" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1963*AcAld_63-k2_1963*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1963" value="0.3"/>
						<parameter name="k2_1963" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___64_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_64" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1964*AcAld_64-k2_1964*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1964" value="0.3"/>
						<parameter name="k2_1964" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___65_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_65" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1965*AcAld_65-k2_1965*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1965" value="0.3"/>
						<parameter name="k2_1965" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___66_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_66" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1966*AcAld_66-k2_1966*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1966" value="0.3"/>
						<parameter name="k2_1966" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___67_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_67" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1967*AcAld_67-k2_1967*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1967" value="0.3"/>
						<parameter name="k2_1967" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___68_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_68" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1968*AcAld_68-k2_1968*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1968" value="0.3"/>
						<parameter name="k2_1968" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___69_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_69" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1969*AcAld_69-k2_1969*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1969" value="0.3"/>
						<parameter name="k2_1969" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___70_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_70" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1970*AcAld_70-k2_1970*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1970" value="0.3"/>
						<parameter name="k2_1970" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___71_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_71" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1971*AcAld_71-k2_1971*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1971" value="0.3"/>
						<parameter name="k2_1971" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___72_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_72" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1972*AcAld_72-k2_1972*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1972" value="0.3"/>
						<parameter name="k2_1972" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___73_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_73" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1973*AcAld_73-k2_1973*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1973" value="0.3"/>
						<parameter name="k2_1973" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___74_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_74" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1974*AcAld_74-k2_1974*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1974" value="0.3"/>
						<parameter name="k2_1974" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___75_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_75" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1975*AcAld_75-k2_1975*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1975" value="0.3"/>
						<parameter name="k2_1975" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___76_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_76" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1976*AcAld_76-k2_1976*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1976" value="0.3"/>
						<parameter name="k2_1976" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___77_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_77" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1977*AcAld_77-k2_1977*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1977" value="0.3"/>
						<parameter name="k2_1977" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___78_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_78" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1978*AcAld_78-k2_1978*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1978" value="0.3"/>
						<parameter name="k2_1978" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___79_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_79" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1979*AcAld_79-k2_1979*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1979" value="0.3"/>
						<parameter name="k2_1979" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___80_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_80" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1980*AcAld_80-k2_1980*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1980" value="0.3"/>
						<parameter name="k2_1980" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___81_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_81" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1981*AcAld_81-k2_1981*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1981" value="0.3"/>
						<parameter name="k2_1981" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___82_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_82" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1982*AcAld_82-k2_1982*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1982" value="0.3"/>
						<parameter name="k2_1982" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___83_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_83" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1983*AcAld_83-k2_1983*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1983" value="0.3"/>
						<parameter name="k2_1983" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___84_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_84" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1984*AcAld_84-k2_1984*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1984" value="0.3"/>
						<parameter name="k2_1984" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___85_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_85" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1985*AcAld_85-k2_1985*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1985" value="0.3"/>
						<parameter name="k2_1985" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___86_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_86" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1986*AcAld_86-k2_1986*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1986" value="0.3"/>
						<parameter name="k2_1986" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___87_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_87" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1987*AcAld_87-k2_1987*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1987" value="0.3"/>
						<parameter name="k2_1987" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___88_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_88" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1988*AcAld_88-k2_1988*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1988" value="0.3"/>
						<parameter name="k2_1988" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___89_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_89" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1989*AcAld_89-k2_1989*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1989" value="0.3"/>
						<parameter name="k2_1989" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___90_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_90" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1990*AcAld_90-k2_1990*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1990" value="0.3"/>
						<parameter name="k2_1990" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___91_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_91" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1991*AcAld_91-k2_1991*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1991" value="0.3"/>
						<parameter name="k2_1991" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___92_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_92" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1992*AcAld_92-k2_1992*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1992" value="0.3"/>
						<parameter name="k2_1992" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___93_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_93" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1993*AcAld_93-k2_1993*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1993" value="0.3"/>
						<parameter name="k2_1993" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___94_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_94" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1994*AcAld_94-k2_1994*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1994" value="0.3"/>
						<parameter name="k2_1994" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___95_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_95" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1995*AcAld_95-k2_1995*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1995" value="0.3"/>
						<parameter name="k2_1995" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___96_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_96" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1996*AcAld_96-k2_1996*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1996" value="0.3"/>
						<parameter name="k2_1996" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___97_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_97" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1997*AcAld_97-k2_1997*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1997" value="0.3"/>
						<parameter name="k2_1997" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___98_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_98" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1998*AcAld_98-k2_1998*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1998" value="0.3"/>
						<parameter name="k2_1998" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___99_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_99" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_1999*AcAld_99-k2_1999*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_1999" value="0.3"/>
						<parameter name="k2_1999" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
			<reaction name="ext___100_AcAld" reversible="true">
				<listOfReactants>
					<specieReference specie="AcAld_100" stoichiometry="1"/>
				</listOfReactants>
				<listOfProducts>
					<specieReference specie="AcAld_ext" stoichiometry="1"/>
				</listOfProducts>
				<kineticLaw formula="k1_2000*AcAld_100-k2_2000*AcAld_ext">
					<listOfParameters>
						<parameter name="k1_2000" value="0.3"/>
						<parameter name="k2_2000" value="0.3"/>
					</listOfParameters>
				</kineticLaw>
			</reaction>
		</listOfReactions>
	</model>
</sbml>

