Page 61 - Thermodynamics of Biochemical Reactions

3.8 Chemical Thermodynamic Tables Including Biochemical Species 55

Table 3.2 Continued

Reactant Mathernatica
Name A, Go Af H" zi NHG)

- 2025.1 1 ~ 2290.37 -1 3
- 2029.85 - 2281.17 0 4
pyruvate pyruvate - 472.27 - 596.22 -1 3
retinal retinal 0 ~ 0 28
retinol retinol - 27.91 - 0 30
D-ribose ribose - 738.79 - 1034.00 0 10
D-ribose 1-phosphate riboselphos - 1574.49 - -2 9
- 1612.67 ~ -1 10
D-ribose 5-phosphate ribosefiphos - 1582.57 - 2041.48 -2 9
- 1620.75 ~ 2030.18 -1 10
D-ribulose ribulose - 735.94 - 1023.02 0 10
L-serine serineL - 510.87 ~ 0 7
L-sorbose sorbose -911.95 - 1263.30 0 12
succinate succinate - 690.44 - 908.68 -2 4
- 722.62 - 908.84 -1 5
- 746.64 -912.20 0 6
succinyl-coenzyme A succinylcoA - 509.59 - -1 4
- 533.76 ~ 0 5
sucrose sucrose - 1564.70 -2199.87 0 22
thioredoxin (ox) thioredoxinox 0 ~ 0 0
thioredoxin (red) thioredoxinred 69.88 ~ -2 0
20.56 - -1 1
- 25.37 ~ 0 2
L-tryptophane tryptophaneL - 114.70 - 405.20 0 12
L-t yrosine tyrosineL - 370.70 ~ 0 11
ubiquinone (ox) ubiquinoneox 0 ~ 0 90
ubiquinone (red) ubiquinonered - 89.92 - 0 92
urate urate - 325.90 ~ -1 3
urea urea - 202.80 - 317.65 0 4
uric acid uricacid - 356.90 ~ 0 4
L-valine valineL - 358.65 - 61 1.99 0 11
D-xyloSe xylose - 750.49 - 1045.94 0 10
D-xylulose xylulose -746.15 - 1029.65 0 10

Note: The standard Gibbs energies of formation and standard enthalpies of formation are in kJ mol-'.
Conventions: A,G" = A,H" = 0 for elements in defined reference states, H+(u = I), coA-, FAD:x-,
FADenz;,, cytochrom~c~', ferredoxin:x-, FMN:,, glutathione:,, NAD,, NADP:x-, retinal',