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Exam W 1/28 6-8 pm SL 120 Office hours this week: T 2-3, W 2-4

Exam W 1/28 6-8 pm SL 120 Office hours this week: T 2-3, W 2-4. GA3P. +. TPI. DHAP. F6P. . DHAP. GA3P. GAP DH. Start of energy producing phase of glycolysis: Production of the first hi energy molecule.

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Exam W 1/28 6-8 pm SL 120 Office hours this week: T 2-3, W 2-4

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  1. Exam W 1/28 6-8 pm SL 120 Office hours this week: T 2-3, W 2-4

  2. GA3P + TPI DHAP F6P  DHAP GA3P

  3. GAP DH Start of energy producing phase of glycolysis: Production of the first hi energy molecule.

  4. Figure 17-14 Enzymatic mechanism of glyceraldehyde-3 phosphate dehydrogenase. Go’ = +6.7 kJ! Page 596

  5. Figure 17-15 Space-filling model of yeast phosphoglycerate kinase showing its deeply clefted bilobal structure. Page 597

  6. Figure 17-16 Mechanism of the PGK reaction. Go’ = -12.1 kJ Go’ = -49.4 kJ! Page 597

  7. Phosphoglucomutase--PGM Mutases move functional groups: 3PG2PG

  8. Figure 17-18 Proposed reaction mechanism for phospho-glycerate mutase. Phosphorylated active site Bisphospho- intermediate. Page 599

  9. Figure 17-21 Proposed reaction mechanism of enolase. F- binds Pi + Mg+2 Potent inhibitor Page 601

  10. Figure 17-22 Mechanism of the reaction catalyzed by pyruvate kinase. Page 602

  11. Figure 17-24 Reaction mechanism of lactate dehydrogenase. Page 603

  12. Figure 17-25 The two reactions of alcoholic fermentation. Page 604

  13. Figure 17-26 Thiamine pyrophosphate. Page 604

  14. Figure 17-27 Reaction mechanism of pyruvate decarboxylase. Page 605

  15. Figure 17-29 The formation of the active ylid form of TPP in the pyruvate decarboxylase reaction. Page 606

  16. Table 17-2 Some Effectors of the Nonequilibrium Enzymes of Glycolysis. Page 613

  17. Figure 17-33 PFK activity versus F6P concentration. Page 615

  18. “Alfonse, Biochemistry makes my head hurt!!” \

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