Mitochondrion Model using ExpressionFluxProcess

File Name : Mitochondrion.eml

Summary

Stepper List (1)
- DES_01
System List (9)
Variable List (121)
Process List (59)
Stepper

Stepper Class/ID Properties
FixedODE1Stepper
DES_01 # No Property -----

Detail Information

System:/

System Information
StepperID	DES_01
Name	the culture medium
Variable List
ID	Name	Value
SIZE	-----	1e-18
Process List
Process Class/ID	Properties
# No Property

System:/CELL

System Information
StepperID	DES_01
Name	the cell
Variable List
ID	Name	Value
# No Property
Process List
Process Class/ID	Properties
# No Property

System:/CELL/CYTOPLASM

System Information
StepperID	DES_01
Name	the cytoplasm
Variable List
ID	Name	Value
SIZE	-----	10e-13
Process List
Process Class/ID	Properties
# No Property

System:/CELL/MEMBRANE

System Information
StepperID	DES_01
Name	the membrane
Variable List
ID	Name	Value
# No Property
Process List
Process Class/ID	Properties
# No Property

System:/CELL/CYTOPLASM/MITOCHONDRION

System Information
StepperID	DES_01
Name	the mitochondrion
Variable List
ID	Name	Value
# No Property
Process List
Process Class/ID	Properties
# No Property

System:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX

System Information
StepperID	DES_01
Name	matrix
Variable List
ID	Name		Value
SIZE	-----		0.43e-15
CS	Citrate synthase		100
ACO	Aconitase		100
IDHa	Isocitrate dehydrogenase NAD_p		100
IDHb	Isocitrate dehydrogenase NADP_p		100
OGDC	Oxoglutarate dehydrogenase complex		100
SCS	Succinyl-CoA synthetase		100
FM	Fumarase		100
MDH	Malate dehydrogenase		100
AlaTA	Alanine transaminase		100
AspTA	Aspartate transaminase		100
NDK	Nucleoside Diphosphate Kinase		100
PDC	Pyruvate dehydrogenase complex		100
PC	Pyruvate carboxylase		100
ATP	ATP		179.708411703224
ADP	ADP		121948
GTP	GTP		2579.20277507972
GDP	GDP		1338851.79722492
Pi	Pi		2507394.57819516
Cit	Citrate		583454.667302838
IsoCit	Isocitrate		74758.078233458
OG	Oxoglutarate		424.208338797423
SCoA	Succinyl-CoA		32.4504402506517
Suc	Succinate		1132.50269451216
Fum	Fumarate		231566.703717434
Mal	Malate		1028383.06170441
OXA	Oxaloacetate		301.821669042799
Asp	Aspartate		244090.279722199
Glu	Glutamate		801482.170624405
Ala	Alanine		1016708.5496534
Pyr	Pyruvate		27777
CoA	CoA		285.731270996556
Acetyl_CoA	Acetyl-CoA		104498.130355066
NADH	NADH		3671.57931748813
NAD_p	NADH		61909.4206825119
NADP_p	NADP+		58072.7464491537
NADPH	NADPH		7508.25355084638
CO2	CO2		42631670.6915103
Car	Carnitine		47417.8343327729
PalCar	L-Palmitoylcarnitine		213280.165667227
ETFred	ETFred		82.3098404642309
ETFox	ETFox		88.6901595357691
c16Acyl_CoA	Hexadecanoyl-CoA		330.827026222392
c16Enoyl_CoA	trans-Hexadec-2-enoyl-CoA		698.259337411322
c16Hydroxyacyl_CoA	S-3-Hydroxyhexadecanoyl-CoA		2.6986210319787
c16Oxoacyl_CoA	3-Oxohexadecanoyl-CoA		769.422298088143
c14Acyl_CoA	Tetradecanoyl-CoA		330.617485647672
c14Enoyl_CoA	trans-Tetradec-2-enoyl-CoA		698.509729746527
c14Hydroxyacyl_CoA	S-3-Hydroxytetradecanoyl-CoA		2.58048651753345
c14Oxoacyl_CoA	3-Oxotetradecanoyl-CoA		770.643049235415
c12Acyl_CoA	Dodecanoyl-CoA		330.206115962825
c12Enoyl_CoA	trans-Dodec-2-enoyl-CoA		699.861060725284
c12Hydroxyacyl_CoA	S-3-Hydroxydodecanoyl-CoA		2.07477407638552
c12Oxoacyl_CoA	3-Oxododecanoyl-CoA		763.336129328169
c10Acyl_CoA	Decanoyl-CoA		330.576253941254
c10Enoyl_CoA	trans-Dec-2-enoyl-CoA		700.435268610825
c10Hydroxyacyl_CoA	S-3-Hydroxydecanoyl-CoA		2.47334811965372
c10Oxoacyl_CoA	3-Oxodecanoyl-CoA		762.161407615672
c8Acyl_CoA	Octanoyl-CoA		331.678904096009
c8Enoyl_CoA	trans-Oct-2-enoyl-CoA		700.66830851517
c8Hydroxyacyl_CoA	S-3-Hydroxyoctanoyl-CoA		2.27437977305555
c8Oxoacyl_CoA	3-Oxooctanoyl-CoA		762.939438852062
c6Acyl_CoA	Hexanoyl-CoA		331.857436122862
c6Enoyl_CoA	trans-Hex-2-enoyl-CoA		700.684311272332
c6Hydroxyacyl_CoA	S-3-Hydroxyhexanoyl-CoA		2.59281375270886
c6Oxoacyl_CoA	3-Oxohexanoyl-CoA		763.92453277689
c4Acyl_CoA	Butanoyl-CoA		331.206626429918
c4Enoyl_CoA	trans-But-2-enoyl-CoA		701.958315797018
c4Hydroxyacyl_CoA	S-3-Hydroxybutanoyl-CoA		2.02452499607275
Acetoacetyl_CoA	Acetoacetyl-CoA		239686.195949022
H_p	H+:MATRIX		3
Process List
Process Class/ID	Properties
ExpressionFluxProcess CS
	ID	CS
	Name	Citrate synthase
	k1	6.8E10
	k_1	8.1E8
	k2	3.0E10
	k_2	7.2E8
	k3	6.2E10
	k_3	5.1E8
	k4	1.2E10
	k_4	4.0E8
	k5	1.4E9
	k_5	2.4E8
	k6	4.1E10
	k_6	1.1E8
	k7	5E10
	k_7	9.8E8
	k8	5.3E10
	k_8	7.7E8
	Expression	( C0.Value ( k7k8(k1k_2k3k6+k_1k2k4k6+k1k_2k3k5+k_1k2k4k5)S0.MolarConcS1.MolarConc+k_1k_2(k_3k_6k7k_8-k_4k_6k7k_8-k_3k_5k_7k8-k_4k_5k_7k8)P0.MolarConcP1.MolarConc+k_5k6k8(k1k_2k3+k_1k2k4)S0.MolarConcS1.MolarConcP1.MolarConc+k1k3k4k7k8(k6+k5)pow(S0.MolarConc,2)S1.MolarConc+k2k3k4k7k8(k6+k5)S0.MolarConcpow(S1.MolarConc,2)+k_1k_2k_5k_6k_8(k_3-k_4)P0.MolarConcpow(P1.MolarConc,2)+k_1k_3k4(k_6k7k_8-k_5k_7k8)S0.MolarConcP0.MolarConcP1.MolarConc+k_2k3k_4(k_6k7k_8-k_5k_7k8)S1.MolarConcP0.MolarConcP1.MolarConc+k5k_6k7(k1k_2k3+k_1k2k4)S0.MolarConcS1.MolarConcP0.MolarConc+k_1k_2k_5k_6k_7(k_3-k_4)pow(P0.MolarConc,2)P1.MolarConc+k1k3k4k_5k6k8pow(S0.MolarConc,2)S1.MolarConcP1.MolarConc+k2k3k4k_5k6k8S0.MolarConcpow(S1.MolarConc,2)P1.MolarConc-k_1k_3k4k_5k_6k_8S0.MolarConcP0.MolarConcpow(P1.MolarConc,2)-k_2k3k_4k_5k_6k_8S1.MolarConcP0.MolarConcpow(P1.MolarConc,2)+k1k3k4k5k_6k7pow(S0.MolarConc,2)S1.MolarConcP0.MolarConc+k2k3k4k5k_6k7S0.MolarConcpow(S1.MolarConc,2)P0.MolarConc-k_1k_3k4k_5k_6k_7S0.MolarConcpow(P0.MolarConc,2)P1.MolarConc-k_2k3k_4k_5k_6k_7S1.MolarConcpow(P0.MolarConc,2)P1.MolarConc ) ) / ( k_1k_2k7k8(k_3+k_4+k5+k6)+k7k8(k1k_2k_3+k1k_2k_4+k1k_2k5+k1k_2k6+k_1k_3k4+k_1k4k5+k_1k4k6)S0.MolarConc+k_1k_2(k_3k_5k8+k_4k_5k8+k_5k6k8+k_3k7k_8+k_4k7k_8+k5k7k_8+k6k7k_8)P1.MolarConc+k_1k_2(k_3k_6k7+k_4k_6k7+k5k_6k7+k_3k_7k8+k_4k_7k8+k5k_7k8+k6k_7k8)P0.MolarConc+k7k8(k_1k2k_3+k_1k2k_4+k_1k2k5+k_1k2k6+k_2k3k_4+k_2k3k5+k_2k3k6)S1.MolarConc+(k1k_2k_3k_5k8+k1k_2k_4k_5k8+k1k_2k_5k6k8+k_1k_3k4k_5k8+k_1k4k_5k6k8+k_1k_3k4k7k_8+k_1k4k5k7k_8+k_1k4k6k7k_8)S0.MolarConcP1.MolarConc+(k1k_2k_3k_6k7+k1k_2k_4k_6k7+k1k_2k5k_6k7+k_1k_3k4k_6k7+k_1k4k5k_6k7+k_1k_3k4k_7k8+k_1k4k5k_7k8+k_1k4k6k_7k8)S0.MolarConcP0.MolarConc+(k1k_2k3k5k8+k1k_2k3k6k7+k1k_2k3k7k8+k1k3k_4k7k8+k_1k2k4k5k8+k_1k2k4k6k7+k_1k2k4k7k8+k2k_3k4k7k8+k3k4k5k7k8+k3k4k6k7k8)S0.MolarConcS1.MolarConc+k1k4k7k8(k_3+k5+k6)pow(S0.MolarConc,2)+(k_1k_2k_3k_5k_6+k_1k_2k_4k_5k_6+k_1k_2k_5k_7k8+k_1k_2k_5k6k_7+k_1k_4k_5k_7k8+k_2k_3k_5k_7k8+k_1k_2k5k_6k_8+k_1k_2k_6k7k_8+k_1k_4k_6k7k_8+k_2k_3k_6k7k_8)P0.MolarConcP1.MolarConc+(k_1k2k_3k_5k8+k_1k2k_4k_5k8+k_1k2k_5k6k8+k_2k3k_4k_5k8+k_2k3k_5k6k8+k_2k3k_4k7k_8+k_2k3k5k7k_8+k_2k3k6k7k_8)S1.MolarConcP1.MolarConc+(k_1k2k_3k_6k7+k_1k2k_4k_6k7+k_1k2k5k_6k7+k_2k3k_4k_6k7+k_2k3k5k_6k7+k_2k3k_4k_7k8+k_2k3k5k_7k8+k_2k3k6k_7k8)S1.MolarConcP0.MolarConc+k2k3k7k8(k_4+k5+k6)pow(S1.MolarConc,2)+k_1k_2k_6k_7(k_3+k_4+k5)pow(P0.MolarConc,2)+k_1k_2k_5k_8(k_3+k_4+k6)pow(P1.MolarConc,2)+(k1k_2k_3k_5k_6+k1k_2k_4k_5k_6+k_1k_3k4k_5k_6+k_1k4k_5k_7k8+k_1k4k_5k6k_7+k_3k4k_5k_7k8+k_1k4k5k_6k_8+k_1k4k_6k7k_8+k_3k4k_6k7k_8)S0.MolarConcP0.MolarConcP1.MolarConc+(k1k_2k3k5k_6+k1k_2k3k_6k7+k1k3k_4k_6k7+k_1k2k4k5k_6+k_1k2k4k_6k7+k2k_3k4k_6k7+k3k4k5k_6k7+k3k4k5k_7k8+k3k4k6k_7k8)S0.MolarConcS1.MolarConcP0.MolarConc+(k1k_2k3k_5k8+k1k_2k3k_5k6+k1k3k_4k_5k8+k_1k2k4k_5k8+k_1k2k4k_5k6+k2k_3k4k_5k8+k3k4k_5k6k8+k3k4k5k7k_8+k3k4k6k7k_8)S0.MolarConcS1.MolarConcP1.MolarConc+k1k3k4(k5k8+k6k7+k7k8)pow(S0.MolarConc,2)S1.MolarConc+k1k4k_5k8(k_3+k6)pow(S0.MolarConc,2)P1.MolarConc+k1k4k_6k7(k_3+k5)pow(S0.MolarConc,2)P0.MolarConc+(k_1k2k_3k_5k_6+k_1k2k_4k_5k_6+k_2k3k_4k_5k_6+k_2k3k_5k_7k8+k_2k3k_5k6k_7+k3k_4k_5k_7k8+k_2k3k5k_6k_8+k_2k3k_6k7k_8+k3k_4k_6k7k_8)S1.MolarConcP0.MolarConcP1.MolarConc+k2k3k4(k5k8+k6k7+k7k8)S0.MolarConcpow(S1.MolarConc,2)+k2k3k_5k8(k_4+k6)pow(S1.MolarConc,2)P1.MolarConc+k2k3k_6k7(k_4+k5)pow(S1.MolarConc,2)P0.MolarConc+k_5k_6k_7(k_1k_2+k_1k_4+k_2k_3)pow(P0.MolarConc,2)P1.MolarConc+k_1k4k_6k_7(k_3+k5)S0.MolarConcpow(P0.MolarConc,2)+k_2k3k_6k_7(k_4+k5)S1.MolarConcpow(P0.MolarConc,2)+k_5k_6k_8(k_1k_2+k_1k_4+k_2k_3)P0.MolarConcpow(P1.MolarConc,2)+k_1k4k_5k_8(k_3+k6)S0.MolarConcpow(P1.MolarConc,2)+k_2k3k_5k_8(k_4+k6)S1.MolarConcpow(P1.MolarConc,2)+(k1k_2k3k_5k_6+k1k3k_4k_5k_6+k_1k2k4k_5k_6+k2k_3k4k_5k_6+k3k4k_5k_7k8+k3k4k_5k6k_7+k3k4k5k_6k_8+k3k4k_6k7k_8)S0.MolarConcS1.MolarConcP0.MolarConcP1.MolarConc+k1k3k4k_6(k5+k7)pow(S0.MolarConc,2)S1.MolarConcP0.MolarConc+k1k3k4k_5(k8+k6)pow(S0.MolarConc,2)S1.MolarConcP1.MolarConc+k1k_3k4k_5k_6pow(S0.MolarConc,2)P0.MolarConcP1.MolarConc+k2k3k4k_6(k5+k7)S0.MolarConcpow(S1.MolarConc,2)P0.MolarConc+k2k3k4k_5(k8+k6)S0.MolarConcpow(S1.MolarConc,2)P1.MolarConc+k2k3k_4k_5k_6pow(S1.MolarConc,2)P0.MolarConcP1.MolarConc+k4k_5k_6k_7(k_1+k_3)S0.MolarConcpow(P0.MolarConc,2)P1.MolarConc+k3k_5k_6k_7(k_2+k_4)S1.MolarConcpow(P0.MolarConc,2)P1.MolarConc+k3k4k5k_6k_7S0.MolarConcS1.MolarConcpow(P0.MolarConc,2)+k4k_5k_6k_8(k_1+k_3)S0.MolarConcP0.MolarConcpow(P1.MolarConc,2)+k3k_5k_6k_8(k_2+k_4)S1.MolarConcP0.MolarConcpow(P1.MolarConc,2)+k3k4k_5k6k_8S0.MolarConcS1.MolarConcpow(P1.MolarConc,2)+k1k3k4k_5k_6pow(S0.MolarConc,2)S1.MolarConcP0.MolarConcP1.MolarConc+k2k3k4k_5k_6S0.MolarConcpow(S1.MolarConc,2)P0.MolarConcP1.MolarConc+k3k4k_5k_6k_7S0.MolarConcS1.MolarConcpow(P0.MolarConc,2)P1.MolarConc+k3k4k_5k_6k_8S0.MolarConcS1.MolarConcP0.MolarConc*pow(P1.MolarConc,2) )
	VariableReferenceList
		S0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OXA	-1
		S1	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA	-1
		P0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Cit	1
		P1	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA	1
		C0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CS	0
ExpressionFluxProcess ACO
	ID	ACO
	Name	Aconitase
	Ks	0.50E-3
	Kp	0.11E-3
	KcF	20.47
	KcR	31.44
	Expression	( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Cit</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:IsoCit</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ACO</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:IDHa"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>IDHa</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">IDHa</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Isocitrate dehydrogenase NAD+</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">105</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>b</b></td><td colspan="3" align="right">29.6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>c</b></td><td colspan="3" align="right">0.00023</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>d</b></td><td colspan="3" align="right">7.8e-05</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>e</b></td><td colspan="3" align="right">0.00064</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>f</b></td><td colspan="3" align="right">0.00036</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> C0.Value </em> ( S0.MolarConc <em> S0.MolarConc + b </em> E0.MolarConc <em> S0.MolarConc ) ) / ( S0.MolarConc </em> S0.MolarConc + c <em> S0.MolarConc + d </em> E0.MolarConc + e <em> E0.MolarConc </em> S0.MolarConc + f )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="9"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:IsoCit</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OG</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <td width="90">P2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CO2</td><td width="70" align="right">1</td></tr> <td width="90">P3</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">1</td></tr> <td width="90">E0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ADP</td><td width="70" align="right">0</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:IDHa</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="24" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:IDHb"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>IDHb</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">IDHb</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Isocitrate dehydrogenase NADP+</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phi0</b></td><td colspan="3" align="right">5.1E-2</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phi1</b></td><td colspan="3" align="right">9.5E-8</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phi2</b></td><td colspan="3" align="right">0.96E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phi12</b></td><td colspan="3" align="right">9E-8</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir0</b></td><td colspan="3" align="right">6.6E-2</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir1</b></td><td colspan="3" align="right">0.37E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir2</b></td><td colspan="3" align="right">29E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir3</b></td><td colspan="3" align="right">2.5E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir12</b></td><td colspan="3" align="right">6E-12</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir13</b></td><td colspan="3" align="right">1.3E-10</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir23</b></td><td colspan="3" align="right">9.4E-8</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>phir123</b></td><td colspan="3" align="right">4.6E-14</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">C0.Value <em> ( ( S0.MolarConc </em> S1.MolarConc / ( phi0 <em> S0.MolarConc </em> S1.MolarConc + phi1 <em> S1.MolarConc + phi2 </em> S0.MolarConc + phi12 ) ) - ( P0.MolarConc <em> P1.MolarConc </em> P2.MolarConc / ( phir0 <em> P0.MolarConc </em> P1.MolarConc <em> P2.MolarConc + phir1 </em> P1.MolarConc <em> P2.MolarConc + phir2 </em> P0.MolarConc <em> P2.MolarConc + phir3 </em> P0.MolarConc <em> P1.MolarConc + phir12 </em> P2.MolarConc + phir13 <em> P1.MolarConc + phir23 </em> P0.MolarConc + phir123) ) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="8"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:IsoCit</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADP_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OG</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADPH</td><td width="70" align="right">1</td></tr> <td width="90">P2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CO2</td><td width="70" align="right">1</td></tr> <td width="90">P3</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:IDHb</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="25" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OGDC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OGDC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OGDC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Oxoglutarate Dehydrogenase Complex</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmA</b></td><td colspan="3" align="right">0.22E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmB</b></td><td colspan="3" align="right">0.025E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmC</b></td><td colspan="3" align="right">0.050E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP</b></td><td colspan="3" align="right">3E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmR</b></td><td colspan="3" align="right">6E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kia</b></td><td colspan="3" align="right">7.2E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kib</b></td><td colspan="3" align="right">7.4E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kic</b></td><td colspan="3" align="right">1E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kip</b></td><td colspan="3" align="right">1.1E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kiq</b></td><td colspan="3" align="right">81E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kir</b></td><td colspan="3" align="right">25E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">177</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> C0.Value </em> S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc ) / ( KmC <em> S0.MolarConc </em> S1.MolarConc + KmB <em> S0.MolarConc </em> S2.MolarConc + KmA <em> S1.MolarConc </em> S2.MolarConc + S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc + KmA <em> KmP </em> Kib <em> Kic / KmR / Kip / Kiq </em> P1.MolarConc <em> P2.MolarConc + KmC / Kir </em> S0.MolarConc <em> S1.MolarConc </em> P2.MolarConc + KmB / Kiq <em> S0.MolarConc </em> S2.MolarConc <em> P1.MolarConc + KmA </em> KmP <em> Kib </em> Kic / KmR / Kip / Kia / Kiq <em> S0.MolarConc </em> P1.MolarConc * P2.MolarConc ) </td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="9"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OG</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CO2</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:SCoA</td><td width="70" align="right">1</td></tr> <td width="90">P2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <td width="90">P3</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OGDC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="28" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:SCS"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>SCS</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">SCS</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Succinyl-CoA synthetase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmA</b></td><td colspan="3" align="right">5E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmB</b></td><td colspan="3" align="right">3.5E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmC</b></td><td colspan="3" align="right">4.5E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP</b></td><td colspan="3" align="right">6E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmQ</b></td><td colspan="3" align="right">7.5E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmC2</b></td><td colspan="3" align="right">4.5E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">6E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.375</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kia</b></td><td colspan="3" align="right">4E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kib</b></td><td colspan="3" align="right">2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kic</b></td><td colspan="3" align="right">3E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kip</b></td><td colspan="3" align="right">7E-2</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kiq</b></td><td colspan="3" align="right">5E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kir</b></td><td colspan="3" align="right">6.7E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kc1</b></td><td colspan="3" align="right">100</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kc2</b></td><td colspan="3" align="right">100</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc - P0.MolarConc <em> P1.MolarConc </em> P2.MolarConc / Keq ) <em> ( Kc1 </em> C0.MolarConc + Kc2 <em> C0.MolarConc </em> ( KmC <em> P0.MolarConc / KmC2 </em> Kip + S2.MolarConc / KmC2 ) ) ) / ( Kia <em> KmB </em> S2.MolarConc + KmB <em> S0.MolarConc </em> S2.MolarConc + KmA <em> S1.MolarConc </em> S2.MolarConc + KmC <em> S0.MolarConc </em> S1.MolarConc + S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc + S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc <em> S2.MolarConc / KmC2 + Kia </em> KmB <em> KmC </em> P0.MolarConc / Kip + Kia <em> KmB </em> KmC <em> P0.MolarConc </em> P1.MolarConc / Kip / Kiq + Kia <em> KmB </em> KmC <em> P0.MolarConc </em> P2.MolarConc / Kip / Kir + Kia <em> KmB </em> Kic <em> P1.MolarConc </em> P2.MolarConc / KmQ / Kir + Kia <em> KmB </em> KmC <em> P0.MolarConc </em> P1.MolarConc <em> P2.MolarConc / Kip / KmQ / Kir + Kia </em> KmB <em> KmC </em> P0.MolarConc <em> P0.MolarConc </em> P1.MolarConc <em> P2.MolarConc / Kip / KmP2 / KmQ / Kir + Kia </em> KmB <em> S2.MolarConc </em> P1.MolarConc / Kiq + Kia <em> KmB </em> S2.MolarConc <em> P2.MolarConc / Kir + Kia </em> KmB <em> S2.MolarConc </em> P1.MolarConc <em> P2.MolarConc / KmQ / Kir + Kia </em> KmB <em> S2.MolarConc </em> P0.MolarConc <em> P1.MolarConc </em> P2.MolarConc / KmP2 / KmQ / Kir + KmB <em> KmC </em> S0.MolarConc <em> P0.MolarConc / Kip + KmA </em> KmC <em> S1.MolarConc </em> P0.MolarConc / Kip + KmC <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc / Kip + KmC </em> S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc <em> P0.MolarConc / KmC2 / Kip + KmA </em> S1.MolarConc <em> S2.MolarConc </em> P1.MolarConc / Kiq + KmB <em> S0.MolarConc </em> S2.MolarConc <em> P2.MolarConc / Kir + KmA </em> KmC <em> S1.MolarConc </em> P0.MolarConc <em> P1.MolarConc / Kip / Kiq + KmB </em> KmC <em> S0.MolarConc </em> P0.MolarConc <em> P2.MolarConc / Kip / Kir ) </em> C0.getSuperSystem().Size * N_A</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="8"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:GDP</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:SCoA</td><td width="70" align="right">-1</td></tr> <td width="90">S2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pi</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Suc</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:GTP</td><td width="70" align="right">1</td></tr> <td width="90">P2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:SCS</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:FM"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>FM</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">FM</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Fumarase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">2.5E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">0.5E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">800</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">900</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Fum</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Mal</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:FM</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:MDH"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>MDH</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">MDH</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Malate Dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">72E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">110E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1600E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">170E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">11E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">100E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7100E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1900E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">0.396</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.040</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( (KcF <em> S0.MolarConc </em> S1.MolarConc / KiS1 / KmS2 - KcR <em> P0.MolarConc </em> P1.MolarConc / KmP1 / KiP2) <em> C0.Value ) / ( 1.0 + S0.MolarConc / KiS1 + KmS1 </em> S1.MolarConc / KiS1 / KmS2 + KmP2 <em> P0.MolarConc / KmP1 / KiP2 + P1.MolarConc / KiP2 + S0.MolarConc </em> S1.MolarConc / KiS1 / KmS2 + KmP2 <em> S0.MolarConc </em> P0.MolarConc / KiS1 / KmP1 / KiP2 + KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiS1 / KmS2 / KiP2 + P0.MolarConc <em> P1.MolarConc / KmP1 </em> KiP2 + S0.MolarConc <em> S1.MolarConc </em> P0.MolarConc / KiS1 / KmS2 / KiP1 + S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / KiS2 / KmP1 / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="7"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OXA</td><td width="70" align="right">-1</td></tr> <td width="90">S2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Mal</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:MDH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:AlaTA"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>AlaTA</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">AlaTA</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Alanine Transaminase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">2E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.4E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">32E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">0.4E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">8.7E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">12E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">0.69</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">337</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.15</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Ala</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OG</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Glu</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pyr</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:AlaTA</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:AspTA"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>AspTA</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">AspTA</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Aspartate Transaminase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">0.9E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.1E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">0.04E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">4E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">2E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.3E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">6.2</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">300</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">1000</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Asp</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OG</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OXA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Glu</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:AspTA</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NDK"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>NDK</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">NDK</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Nucleoside Diphosphate Kinase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">0.31E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.043E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">0.050E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">0.25E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">0.21E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">0.35E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">1.28</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">6883</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">5950</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ATP</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:GDP</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ADP</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:GTP</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NDK</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="25" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:PDC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>PDC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">PDC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Pyruvate Dehydrogenase Complex</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmA</b></td><td colspan="3" align="right">25E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmB</b></td><td colspan="3" align="right">13E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmC</b></td><td colspan="3" align="right">50E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP</b></td><td colspan="3" align="right">5.9E-7</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmR</b></td><td colspan="3" align="right">6.9E-7</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kia</b></td><td colspan="3" align="right">5.5E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kib</b></td><td colspan="3" align="right">3.0E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kic</b></td><td colspan="3" align="right">1.8E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kip</b></td><td colspan="3" align="right">6.0E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kiq</b></td><td colspan="3" align="right">35E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kir</b></td><td colspan="3" align="right">36E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">856</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> C0.Value </em> S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc ) / ( KmC <em> S0.MolarConc </em> S1.MolarConc + KmB <em> S0.MolarConc </em> S2.MolarConc + KmA <em> S1.MolarConc </em> S2.MolarConc + S0.MolarConc <em> S1.MolarConc </em> S2.MolarConc + KmA <em> KmP </em> Kib <em> Kic / KmR / Kip / Kiq </em> P1.MolarConc <em> P2.MolarConc + KmC / Kir </em> S0.MolarConc <em> S1.MolarConc </em> P2.MolarConc + KmB / Kiq <em> S0.MolarConc </em> S2.MolarConc <em> P1.MolarConc + KmA </em> KmP <em> Kib </em> Kic / KmR / Kip / Kia / Kiq <em> S0.MolarConc </em> P1.MolarConc * P2.MolarConc ) </td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="9"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pyr</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CO2</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <td width="90">P3</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:PDC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="27" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:PC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>PC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">PC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Pyruvate carboxylase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmA</b></td><td colspan="3" align="right">0.11E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmB</b></td><td colspan="3" align="right">1.63E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmC</b></td><td colspan="3" align="right">0.37E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP</b></td><td colspan="3" align="right">16E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmQ</b></td><td colspan="3" align="right">0.24E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmR</b></td><td colspan="3" align="right">0.051E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">9.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kia</b></td><td colspan="3" align="right">0.15E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kib</b></td><td colspan="3" align="right">1.6E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kic</b></td><td colspan="3" align="right">0.13E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kip</b></td><td colspan="3" align="right">7.9E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kiq</b></td><td colspan="3" align="right">0.19E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kir</b></td><td colspan="3" align="right">0.24E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">200</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">20</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.MolarConc <em> ( S0.MolarConc </em> S1.MolarConc <em> S2.MolarConc - 1 / Keq </em> P0.MolarConc <em> P1.MolarConc </em> P2.MolarConc ) / ( Kia <em> KmB </em> KcR <em> S2.MolarConc + KmC </em> KcR <em> S0.MolarConc </em> S1.MolarConc + KmA <em> KcR </em> S1.MolarConc <em> S2.MolarConc + KmB </em> KcR <em> S0.MolarConc </em> S2.MolarConc + KcR <em> S0.MolarConc </em> S1.MolarConc <em> S2.MolarConc + Kip </em> KmQ <em> KcF </em> P2.MolarConc / Keq + KmQ <em> KcF </em> P0.MolarConc <em> P2.MolarConc / Keq + KmP </em> KcF <em> P1.MolarConc </em> P2.MolarConc / Keq + KmR <em> KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcF </em> P0.MolarConc <em> P1.MolarConc </em> P2.MolarConc / Keq + Kia <em> KmB </em> KcR <em> S2.MolarConc </em> P0.MolarConc / Kip + Kia <em> KmB </em> KcR <em> S2.MolarConc </em> P1.MolarConc / Kia + Kiq <em> KmP </em> KcF <em> S1.MolarConc </em> P2.MolarConc / Kib / Keq + Kia <em> KmP </em> KcF <em> S0.MolarConc </em> P2.MolarConc / Kia / Keq + KmA <em> KcR </em> S0.MolarConc <em> S1.MolarConc </em> P2.MolarConc / Kir + KmR <em> KcF </em> S2.MolarConc <em> P0.MolarConc </em> P1.MolarConc / Kic / Keq + KmA <em> KcR </em> S1.MolarConc <em> S2.MolarConc </em> P1.MolarConc / Kiq + KmA <em> KcR </em> S1.MolarConc <em> S2.MolarConc </em> P0.MolarConc / Kip + KmP <em> KcF </em> S1.MolarConc <em> P1.MolarConc </em> P2.MolarConc / Kib / Keq + KmQ <em> KcF </em> S1.MolarConc <em> P0.MolarConc </em> P2.MolarConc / Kib / Keq ) ) <em> ( C0.getSuperSystem().Size </em> N_A )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="8"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ATP</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CO2</td><td width="70" align="right">-1</td></tr> <td width="90">S2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pyr</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pi</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ADP</td><td width="70" align="right">1</td></tr> <td width="90">P2</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OXA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:PC</td><td width="70" align="right">0</td></tr> </table><br /><br /><table border="1" cellspacing="0" cellpadding="3"> <h2></a><b><a name="System:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM">System:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM</b></h2> <tr> <td bgcolor="#ccffcc" colspan="5" align="center"><b>System Information</b></td> </tr><tr><td bgcolor="#ffffcc" align="center"><b>StepperID</b></td><td nowrap="nowrap" colspan="4">DES_01</td></tr> <tr><td bgcolor="#ffffcc" align="center"><b>Name</b></td><td nowrap="nowrap" colspan="4">mt-innermembrane</td></tr> <tr align="center"><td bgcolor="#ccffcc" colspan="5"><b>Variable List</b></td></tr> <tr bgcolor="#ffffcc" align="center"><td><b>ID</b></td><td colspan="2" width="130"><b>Name</b></td><td nowrap="nowrap" colspan="2" width="130"><b>Value</b></td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AAC"></a>AAC</td><td colspan="2">ATP-ADP Carrier</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AGC"></a>AGC</td><td colspan="2">Asp-Glu Carrier</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:PiC"></a>PiC</td><td colspan="2">Pi Carrier</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:PYC"></a>PYC</td><td colspan="2">Pyruvate Carrier</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OGC"></a>OGC</td><td colspan="2">Oxoglutarate Carrier</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:DIC"></a>DIC</td><td colspan="2">Dicarboxylate Carrier</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CIC"></a>CIC</td><td colspan="2">Citrate Carrier</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:SDH"></a>SDH</td><td colspan="2">Succinate dehydrogenase</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_I"></a>Complex_I</td><td colspan="2">NADH dehydrogenase</td><td nowrap="nowrap" colspan="2" align="right">1000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_III"></a>Complex_III</td><td colspan="2">UQ-Cyt c reductase</td><td nowrap="nowrap" colspan="2" align="right">3000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_IV"></a>Complex_IV</td><td colspan="2">Cytochrome c oxidase</td><td nowrap="nowrap" colspan="2" align="right">7000</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_V"></a>Complex_V</td><td colspan="2">ATP synthase</td><td nowrap="nowrap" colspan="2" align="right">900</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CAC"></a>CAC</td><td colspan="2">carnitine carrier</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CPT_II"></a>CPT_II</td><td colspan="2">CPT II</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD"></a>ACD</td><td colspan="2">Acyl-CoA dehydrogenase</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH"></a>ECH</td><td colspan="2">Enoyl-CoA hydratase</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD"></a>HCD</td><td colspan="2">3-Hydroxyacyl-CoA dehydrotgenase</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT"></a>OCT</td><td colspan="2">3-Ketoacyl-CoA thiolase</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr><td><a name="Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ETF_QO"></a>ETF_QO</td><td colspan="2">ETF-Q oxidoreductase</td><td nowrap="nowrap" colspan="2" align="right">100</td></tr> <tr align="center"><td bgcolor="#ccffcc" colspan="5"><b>Process List</b></td></tr> <tr align="center"><td bgcolor="#ccffcc"><b>Process Class/ID</b></td><td bgcolor="#ccffcc" colspan="4"><b>Properties</b></td></tr><tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AAC_ADPin"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>AAC_ADPin</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">AAC_ADPin</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">ATP-ADP Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>kf0</b></td><td colspan="3" align="right">0.9</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>kr0</b></td><td colspan="3" align="right">0.9</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>normalize</b></td><td colspan="3" align="right">2.21</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kd1</b></td><td colspan="3" align="right">5.9E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kd2</b></td><td colspan="3" align="right">5.9E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Cf</b></td><td colspan="3" align="right">3.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Cr</b></td><td colspan="3" align="right">-3.34</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>T</b></td><td colspan="3" align="right">310.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>R</b></td><td colspan="3" align="right">8.3145</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>F</b></td><td colspan="3" align="right">96485</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( kf0 <em> exp( ( R </em> T / F <em> log(E0.MolarConc/E1.MolarConc) ) </em> Cf ) <em> normalize ) </em> C0.Value <em> S0.MolarConc / ( 1 + ( kf0 </em> exp( ( R <em> T / F </em> log(E0.MolarConc/E1.MolarConc) ) <em> Cf ) </em> normalize ) / ( kr0 <em> exp( ( R </em> T / F <em> log(E0.MolarConc/E1.MolarConc) ) </em> Cr ) <em> normalize ) </em> ( 1 + Kd2 / P0.MolarConc ) ) / ( Kd1 / ( 1 + ( kf0 <em> exp( ( R </em> T / F <em> log(E0.MolarConc/E1.MolarConc) ) </em> Cf ) <em> normalize ) / ( kr0 </em> exp( ( R <em> T / F </em> log(E0.MolarConc/E1.MolarConc) ) <em> Cr ) </em> normalize ) * ( 1 + Kd2 / P0.MolarConc ) ) + S0.MolarConc ) </td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:ADP</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ADP</td><td width="70" align="right">1</td></tr> <td width="90">E0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:H_p</td><td width="70" align="right">0</td></tr> <td width="90">E1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">0</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AAC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AAC_ATPex"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>AAC_ATPex</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">AAC_ATPex</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">ATP_ADP Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>kf0</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>kr0</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>normalize</b></td><td colspan="3" align="right">2.21</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kd1</b></td><td colspan="3" align="right">5.9E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kd2</b></td><td colspan="3" align="right">5.9E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Cf</b></td><td colspan="3" align="right">10.2</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Cr</b></td><td colspan="3" align="right">-10.2</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>T</b></td><td colspan="3" align="right">310.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>R</b></td><td colspan="3" align="right">8.3145</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>F</b></td><td colspan="3" align="right">96485</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( kf0 <em> exp( ( R </em> T / F <em> log(E0.MolarConc/E1.MolarConc) ) </em> Cf ) <em> normalize ) </em> C0.Value <em> S0.MolarConc / ( 1 + ( kf0 </em> exp( ( R <em> T / F </em> log(E0.MolarConc/E1.MolarConc) ) <em> Cf ) </em> normalize ) / ( kr0 <em> exp( ( R </em> T / F <em> log(E0.MolarConc/E1.MolarConc) ) </em> Cr ) <em> normalize ) </em> ( 1 + Kd2 / P0.MolarConc ) ) / ( Kd1 / ( 1 + ( kf0 <em> exp( ( R </em> T / F <em> log(E0.MolarConc/E1.MolarConc) ) </em> Cf ) <em> normalize ) / ( kr0 </em> exp( ( R <em> T / F </em> log(E0.MolarConc/E1.MolarConc) ) <em> Cr ) </em> normalize ) * ( 1 + Kd2 / P0.MolarConc ) ) + S0.MolarConc ) </td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ATP</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:ATP</td><td width="70" align="right">1</td></tr> <td width="90">E0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:H_p</td><td width="70" align="right">0</td></tr> <td width="90">E1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">0</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AAC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AGC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>AGC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">AGC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Aspartate Glutamate Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">80E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">3.2E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">180E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">2.8E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">10.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">10.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>alpha</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>beta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>gamma</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>delta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc <em> S1.MolarConc / alpha / KiS1 / KiS2 </em> KcF - P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 </em> KcR ) <em> C0.Value ) / ( 1.0 + S0.MolarConc / KiS1 + S1.MolarConc / KiS2 + P0.MolarConc / KiP1 + P1.MolarConc / KiP2 + S0.MolarConc </em> S1.MolarConc / alpha / KiS1 / KiS2 + P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 + S1.MolarConc </em> P1.MolarConc / gamma / KiS2 / KiP2 + S0.MolarConc * P0.MolarConc / delta / KiS1 / KiP1 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Asp</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Glu</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Glu</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Asp</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:AGC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:PYC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>PYC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">PYC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Pyruvate Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">6.1E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">5.9E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">2.6E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">4.1E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">0.84</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.78</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>alpha</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>beta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>gamma</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>delta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc <em> S1.MolarConc / alpha / KiS1 / KiS2 </em> KcF - P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 </em> KcR ) <em> C0.Value ) / ( 1.0 + S0.MolarConc / KiS1 + S1.MolarConc / KiS2 + P0.MolarConc / KiP1 + P1.MolarConc / KiP2 + S0.MolarConc </em> S1.MolarConc / alpha / KiS1 / KiS2 + P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 + S1.MolarConc </em> P1.MolarConc / gamma / KiS2 / KiP2 + S0.MolarConc * P0.MolarConc / delta / KiS1 / KiP1 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Pyr</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:H_p</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pyr</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:PYC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:PiC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>PiC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">PiC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Phosphate Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">0.87</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">1.86E-08</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">32.84E-9</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">11.12E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">37.9</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">37.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>alpha</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>beta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>gamma</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>delta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc <em> S1.MolarConc / alpha / KiS1 / KiS2 </em> KcF - P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 </em> KcR ) <em> C0.Value ) / ( 1.0 + S0.MolarConc / KiS1 + S1.MolarConc / KiS2 + P0.MolarConc / KiP1 + P1.MolarConc / KiP2 + S0.MolarConc </em> S1.MolarConc / alpha / KiS1 / KiS2 + P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 + S1.MolarConc </em> P1.MolarConc / gamma / KiS2 / KiP2 + S0.MolarConc * P0.MolarConc / delta / KiS1 / KiP1 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Pi</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:H_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pi</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:PiC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OGC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OGC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OGC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Oxoglutarate Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">0.3E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.7E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">1.4E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">0.17E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">3.675</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">4.83</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>alpha</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>beta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>gamma</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>delta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc <em> S1.MolarConc / alpha / KiS1 / KiS2 </em> KcF - P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 </em> KcR ) <em> C0.Value ) / ( 1.0 + S0.MolarConc / KiS1 + S1.MolarConc / KiS2 + P0.MolarConc / KiP1 + P1.MolarConc / KiP2 + S0.MolarConc </em> S1.MolarConc / alpha / KiS1 / KiS2 + P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 + S1.MolarConc </em> P1.MolarConc / gamma / KiS2 / KiP2 + S0.MolarConc * P0.MolarConc / delta / KiS1 / KiP1 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:OG</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Mal</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Mal</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:OG</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OGC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:DIC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>DIC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">DIC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Dicarboxylate Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">0.20E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.72E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">9.0E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">7.6E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.7</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">4.1</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>alpha</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>beta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>gamma</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>delta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc <em> S1.MolarConc / alpha / KiS1 / KiS2 </em> KcF - P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 </em> KcR ) <em> C0.Value ) / ( 1.0 + S0.MolarConc / KiS1 + S1.MolarConc / KiS2 + P0.MolarConc / KiP1 + P1.MolarConc / KiP2 + S0.MolarConc </em> S1.MolarConc / alpha / KiS1 / KiS2 + P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 + S1.MolarConc </em> P1.MolarConc / gamma / KiS2 / KiP2 + S0.MolarConc * P0.MolarConc / delta / KiS1 / KiP1 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Mal</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pi</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Pi</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Mal</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:DIC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="20" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CIC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>CIC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">CIC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Tricarboxylate Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.3E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">4.4E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">3.3E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">4.18E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">5.6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">3.5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>alpha</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>beta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>gamma</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>delta</b></td><td colspan="3" align="right">1.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc <em> S1.MolarConc / alpha / KiS1 / KiS2 </em> KcF - P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 </em> KcR ) <em> C0.Value ) / ( 1.0 + S0.MolarConc / KiS1 + S1.MolarConc / KiS2 + P0.MolarConc / KiP1 + P1.MolarConc / KiP2 + S0.MolarConc </em> S1.MolarConc / alpha / KiS1 / KiS2 + P0.MolarConc <em> P1.MolarConc / beta / KiP1 / KiP2 + S1.MolarConc </em> P1.MolarConc / gamma / KiS2 / KiP2 + S0.MolarConc * P0.MolarConc / delta / KiS1 / KiP1 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Cit</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Mal</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Mal</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Cit</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CIC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:SDH"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>SDH</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">SDH</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Succinate Dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">30e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.3e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">69E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">4.1E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">5.6E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">1.8E4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">69.3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">1.73</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Suc</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Q</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Fum</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:QH2</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:SDH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CAC"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>CAC</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">CAC</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">carnitine Carrier</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">0.6E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">9.4E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">43.4E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">0.4E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">8.7E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">250E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">243.3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">1.22</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">1.08</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:PalCar</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Car</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:PalCar</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Car</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CAC</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CPT_II"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>CPT_II</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">CPT_II</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">CPT II</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">6.3E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">3.3E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">950E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">34E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">2.4E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">2.7E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">41E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">7E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">23540</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2.4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:PalCar</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Car</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Acyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:CPT_II</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ETF_QO"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ETF_QO</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ETF_QO</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">ETF-Q oxidoreductase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">0.31E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">0.32E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">4.2E-9</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">0.31E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">0.3E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">0.66</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">78</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">101</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Q</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:QH2</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ETF_QO</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACDa"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ACDa</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ACDa</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Acyl-CoA dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.12E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1.08E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">2.42E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">76E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.24E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7.53E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1.19E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.99</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.18</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Acyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Enoyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECHa"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ECHa</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ECHa</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Enoyl-CoA hydratase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">16.9e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">12.1e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.9166667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2154.1667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Enoyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Hydroxyacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCDa"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>HCDa</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">HCDa</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Hydroxyacyl-CoA dehydrotgenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">41.483333</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Hydroxyacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Oxoacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD</td><td width="70" align="right">0</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCTa"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OCTa</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OCTa</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Ketoacyl-CoA thiolase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">1.1E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">28.6E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">7.2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.1E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">160.98</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">137.86</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">87.253</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c16Oxoacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Acyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACDb"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ACDb</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ACDb</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Acyl-CoA dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.12E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1.08E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">2.42E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">76E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.24E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7.53E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1.19E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.99</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.18</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Acyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Enoyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECHb"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ECHb</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ECHb</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Enoyl-CoA hydratase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">16.9e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">12.1e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.9166667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2154.1667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Enoyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Hydroxyacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCDb"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>HCDb</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">HCDb</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Hydroxyacyl-CoA dehydrotgenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">41.483333</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Hydroxyacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Oxoacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD</td><td width="70" align="right">0</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCTb"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OCTb</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OCTb</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Ketoacyl-CoA thiolase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">1.1E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">28.6E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">7.2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.1E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">160.98</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">137.86</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">87.253</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c14Oxoacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Acyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACDc"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ACDc</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ACDc</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Acyl-CoA dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.12E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1.08E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">2.42E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">76E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.24E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7.53E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1.19E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.99</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.18</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Acyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Enoyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECHc"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ECHc</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ECHc</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Enoyl-CoA hydratase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">16.9e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">12.1e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.9166667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2154.1667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Enoyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Hydroxyacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCDc"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>HCDc</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">HCDc</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Hydroxyacyl-CoA dehydrotgenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">41.483333</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Hydroxyacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Oxoacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD</td><td width="70" align="right">0</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCTc"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OCTc</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OCTc</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Ketoacyl-CoA thiolase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">1.3E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">38.4E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">7.2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.1E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">160.98</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">253.52</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">160.46</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c12Oxoacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Acyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACDd"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ACDd</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ACDd</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Acyl-CoA dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.12E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1.08E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">2.42E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">76E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.24E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7.53E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1.19E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.99</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.18</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Acyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Enoyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECHd"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ECHd</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ECHd</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Enoyl-CoA hydratase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">16.9e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">12.1e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.9166667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2154.1667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Enoyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Hydroxyacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCDd"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>HCDd</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">HCDd</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Hydroxyacyl-CoA dehydrotgenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">41.483333</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Hydroxyacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Oxoacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD</td><td width="70" align="right">0</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCTd"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OCTd</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OCTd</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Ketoacyl-CoA thiolase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">2.1E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">35.7E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">7.2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.1E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">160.98</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">272.94</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">172.75</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c10Oxoacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Acyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACDe"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ACDe</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ACDe</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Acyl-CoA dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.12E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1.08E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">2.42E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">76E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.24E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7.53E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1.19E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.99</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.18</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Acyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Enoyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECHe"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ECHe</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ECHe</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Enoyl-CoA hydratase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">16.9e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">12.1e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.9166667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2154.1667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Enoyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Hydroxyacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCDe"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>HCDe</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">HCDe</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Hydroxyacyl-CoA dehydrotgenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">41.483333</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Hydroxyacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Oxoacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD</td><td width="70" align="right">0</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCTe"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OCTe</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OCTe</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Ketoacyl-CoA thiolase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">3.2E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">35.5E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">7.2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.1E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">160.98</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">277.38</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">175.56</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c8Oxoacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Acyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACDf"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ACDf</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ACDf</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Acyl-CoA dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.12E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1.08E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">2.42E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">76E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.24E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7.53E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1.19E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.99</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.18</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Acyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Enoyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECHf"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ECHf</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ECHf</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Enoyl-CoA hydratase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">16.9e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">12.1e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.9166667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2154.1667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Enoyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Hydroxyacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCDf"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>HCDf</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">HCDf</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Hydroxyacyl-CoA dehydrotgenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">41.483333</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Hydroxyacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Oxoacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD</td><td width="70" align="right">0</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCTf"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OCTf</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OCTf</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Ketoacyl-CoA thiolase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">6.7E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">18.9E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">7.2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.1E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">160.98</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">264.07</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">167.13</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c6Oxoacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c4Acyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="21" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACDg"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ACDg</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ACDg</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Acyl-CoA dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">39E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">0.12E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">1.08E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">2.42E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">76E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS2</b></td><td colspan="3" align="right">0.24E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP1</b></td><td colspan="3" align="right">7.53E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">1.19E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">8.99</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">2.18</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">0.30</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right"> KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) / ( KcR </em> KiS1 <em> KmS2 + KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 + KcR <em> S0.MolarConc </em> S1.MolarConc <em> P0.MolarConc /KiP1 + KcF </em> S1.MolarConc <em> P0.MolarConc </em> P1.MolarConc / (KiS2 * Keq) )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c4Acyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFox</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ETFred</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c4Enoyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ACD</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECHg"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>ECHg</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">ECHg</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Enoyl-CoA hydratase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">16.9e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">12.1e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">8.9166667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">2154.1667</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">((( KcF <em> Kp </em> S0.MolarConc ) - ( KcR <em> Ks </em> P0.MolarConc ) ) <em> C0.Value ) / ( Ks </em> P0.MolarConc + Kp <em> S0.MolarConc + Ks </em> Kp )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c4Enoyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c4Hydroxyacyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:ECH</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="12" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCDg"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>HCDg</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">HCDg</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Hydroxyacyl-CoA dehydrotgenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">1.5e-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">41.483333</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:c4Hydroxyacyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetoacetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:HCD</td><td width="70" align="right">0</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">-1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">1</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCTg"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>OCTg</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">OCTg</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">3-Ketoacyl-CoA thiolase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">12.4E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">2.2E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">7.2E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">1.1E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">8.7E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">160.98</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">80.244</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">51.615</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetoacetyl_CoA</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:CoA</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Acetyl_CoA</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:OCT</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="19" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_I"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>Complex_I</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">Complex_I</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">NADH dehydrogenase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS1</b></td><td colspan="3" align="right">9.2E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmS2</b></td><td colspan="3" align="right">2.6E-4</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP1</b></td><td colspan="3" align="right">9.9E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmP2</b></td><td colspan="3" align="right">5.9E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiS1</b></td><td colspan="3" align="right">2.1E-8</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KiP2</b></td><td colspan="3" align="right">9.8E-8</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Keq</b></td><td colspan="3" align="right">407.9</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">498</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcR</b></td><td colspan="3" align="right">229</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> KcR </em> C0.Value <em> ( S0.MolarConc </em> S1.MolarConc - P0.MolarConc <em> P1.MolarConc / Keq ) ) / ( KcR </em> KmS2 <em> S0.MolarConc + KcR </em> KmS1 <em> S1.MolarConc + KcF </em> KmP2 <em> P0.MolarConc / Keq + KcF </em> KmP1 <em> P1.MolarConc / Keq + KcR </em> S0.MolarConc <em> S1.MolarConc + KcF </em> KmP2 <em> S0.MolarConc </em> P0.MolarConc / (Keq <em> KiS1) + KcF </em> P0.MolarConc <em> P1.MolarConc / Keq + KcR </em> KmS1 <em> S1.MolarConc </em> P1.MolarConc / KiP2 )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NADH</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Q</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:NAD_p</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:QH2</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_I</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="18" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_III"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>Complex_III</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">Complex_III</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Ubiquinol-Cytochrome c reductase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmA</b></td><td colspan="3" align="right">2.8E-5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KmB</b></td><td colspan="3" align="right">3.0E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kb1</b></td><td colspan="3" align="right">5.4E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kb2</b></td><td colspan="3" align="right">5.7E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kq1</b></td><td colspan="3" align="right">2.8E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kq2</b></td><td colspan="3" align="right">1.9E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>k8</b></td><td colspan="3" align="right">622.1</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">426.8</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( KcF <em> C0.Value </em> S0.MolarConc <em> S1.MolarConc ) / ( ( KmA </em> Kq2 <em> Kb2 + KmA </em> Kq2 <em> S1.MolarConc + KcF / k8 </em> Kq1 <em> S0.MolarConc </em> Kb1 + KcF / k8 <em> Kq1 </em> S0.MolarConc <em> S1.MolarConc ) </em> P1.MolarConc + KmA <em> S1.MolarConc + KmB </em> S0.MolarConc + S0.MolarConc * S1.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="6"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:QH2</td><td width="70" align="right">-1</td></tr> <td width="90">S1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Cyt_c3_p</td><td width="70" align="right">-2</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Q</td><td width="70" align="right">1</td></tr> <td width="90">P1</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Cyt_c2_p</td><td width="70" align="right">2</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_III</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="10" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_IV"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>Complex_IV</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">Complex_IV</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">Cytochrome c Oxidase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Ks</b></td><td colspan="3" align="right">110E-6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">93.5</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( KcF <em> C0.Value ) </em> S0.MolarConc ) / ( Ks + S0.MolarConc )</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc" rowspan="4"><b>VariableReferenceList</b></td></tr> <td width="90">S0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Cyt_c2_p</td><td width="70" align="right">-1</td></tr> <td width="90">P0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Cyt_c3_p</td><td width="70" align="right">1</td></tr> <td width="90">C0</td> <td nowrap="nowrap">Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_IV</td><td width="70" align="right">0</td></tr> <tr align="center"><td nowrap="nowrap" rowspan="23" bgcolor="#ccffff"><a name="Process:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_V"></a><b><u>ExpressionFluxProcess</u></b><br /><br /> <b>Complex_V</b> </td> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ID</b></td><td colspan="3" align="right">Complex_V</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Name</b></td><td colspan="3" align="right">ATP synthase</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kd</b></td><td colspan="3" align="right">0.025E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kp</b></td><td colspan="3" align="right">0.019E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Kt</b></td><td colspan="3" align="right">0.015E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>KcF</b></td><td colspan="3" align="right">340.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Khx</b></td><td colspan="3" align="right">2E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Khy</b></td><td colspan="3" align="right">2E-3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>klt_f</b></td><td colspan="3" align="right">200.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>klt_r</b></td><td colspan="3" align="right">10.0</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ax</b></td><td colspan="3" align="right">0.1</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>ay</b></td><td colspan="3" align="right">0.6</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>beta</b></td><td colspan="3" align="right">0.3</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>T</b></td><td colspan="3" align="right">310</td></tr> <tr align="center"><td width="140" bgcolor="#ffffcc"><b>Expression</b></td><td colspan="3" align="right">( ( S0.MolarConc / Kd ) <em> ( S1.MolarConc / Kp ) </em> ( klt_f <em> exp(-3</em>(beta-ax)<em>( 96485 </em> ( 8.3145 <em> T / 96485 </em> log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T ^[+] ) ( S2.MolarConc / ( Khx exp(ax( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ( S2.MolarConc / ( Khx exp(ax( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ( S2.MolarConc / ( Khx exp(ax( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) - ( P0.MolarConc / Kt ) 1.0 ( klt_r exp(3(1-beta-ay)( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ( P1.MolarConc / ( Khy exp(-ay( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ( P1.MolarConc / ( Khy exp(-ay( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ( P1.MolarConc / ( Khy exp(-ay( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ) / ( ( 1 + ( S2.MolarConc / ( Khx exp(ax( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) + ( P1.MolarConc / ( Khy exp(-ay( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ) ( 1 + ( S2.MolarConc / ( Khx exp(ax( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) + ( P1.MolarConc / ( Khy exp(-ay( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ) ( 1 + ( S2.MolarConc / ( Khx exp(ax( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) + ( P1.MolarConc / ( Khy exp(-ay( 96485 ( 8.3145 T / 96485 log(S2.MolarConc/P1.MolarConc) ) / 8.3145 / T )) ) ) ) ) / ( 3 + ( S0.MolarConc / Kd ) ( S1.MolarConc / Kp ) + ( P0.MolarConc / Kt ) ) KcF * C0.Value
	VariableReferenceList
		S0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ADP	-1
		S1	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:Pi	-1
		P0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:ATP	1
C0		Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IM:Complex_V	0
S2		Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:H_p	-3
P1		Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p	3
MembranePotentialProcess Potential
	ID	Potential
	Name	Membrane Potential
	T	310
	VariableReferenceList
		E0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:H_p	0
		E1	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX:H_p	0

System:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS

System Information
StepperID	DES_01
Name	mt-IMS
Variable List
ID	Name	Value
SIZE	-----	0.5e-17
ATP	ATP	13550
ADP	ADP	1355
Pi	Pi	12044
Cit	Citrate	1265
OG	Oxoglutarate	63
Mal	Malate	1506
Asp	Aspartate	3433
Glu	Glutamate	9124
Pyr	Pyruvate	309
CoA	CoA	700
NADH	NADH	10000
NAD_p	NAD+	10000
NADPH	NADPH	10000
NADP_p	NADP+	10000
OXA	Oxaloacetate	10000
CO2	CO2	10000
MDH	MDH	10000
AspTA	Asp Transaminase	10000
ME	ME	10000
Car	Carnitine	602
PalCar	L-Palmitoylcarnitine	1807
c16Acyl_CoA	Palmitoyl CoA	117
Q	Ubiquinone	77547.3800717344
QH2	Ubiquinol	499.619928265586
Cyt_c3_p	Cytochrome-c 3+	29623.9669999992
Cyt_c2_p	Cytochrome-c 2+	999.033000000753
H_p	H+:INTER	3
Process List
Process Class/ID	Properties
# No Property

System:/CELL/CYTOPLASM/MITOCHONDRION/MT_OM

System Information
StepperID	DES_01
Name	mt-outermembrane
Variable List
ID	Name		Value
CPT_I	CPT I		100
Process List
Process Class/ID	Properties
ExpressionFluxProcess CPT_I
	ID	CPT_I
	Name	CPT I
	KiS1	182E-6
	KiS2	0.82E-6
	KiP1	6.7E-6
	KiP2	21E-6
	KcF	61.4
	KcR	32.8
	alpha	1.0
	beta	1.0
	gamma	1.0
	delta	1.0
	Expression	( S0.MolarConc S1.MolarConc / alpha / KiS1 / KiS2 KcF - P0.MolarConc P1.MolarConc / beta / KiP1 / KiP2 KcR ) C0.Value / ( 1.0 + S0.MolarConc / KiS1 + S1.MolarConc / KiS2 + P0.MolarConc / KiP1 + P1.MolarConc / KiP2 + S0.MolarConc S1.MolarConc / alpha / KiS1 / KiS2 + P0.MolarConc P1.MolarConc / beta / KiP1 / KiP2 + S1.MolarConc P1.MolarConc / gamma / KiS2 / KiP2 + S0.MolarConc * P0.MolarConc / delta / KiS1 / KiP1 )
	VariableReferenceList
		S0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:Car	-1
		S1	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:c16Acyl_CoA	-1
		P0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:PalCar	1
		P1	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS:CoA	1
		C0	Variable:/CELL/CYTOPLASM/MITOCHONDRION/MT_OM:CPT_I	0

Sections

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Mitochondrion Model using ExpressionFluxProcess

File Name : Mitochondrion.eml

Summary

Stepper List (1)

System List (9)

Variable List (121)

Process List (59)

Stepper

Detail Information

System:/

System:/CELL

System:/CELL/CYTOPLASM

System:/CELL/MEMBRANE

System:/CELL/CYTOPLASM/MITOCHONDRION

System:/CELL/CYTOPLASM/MITOCHONDRION/MATRIX

System:/CELL/CYTOPLASM/MITOCHONDRION/MT_IMS

System:/CELL/CYTOPLASM/MITOCHONDRION/MT_OM

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