26 - http/www4.ncsu.edu/~knopp/BCH451/e08c4.htm BCH 451...

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BCH 451 Fall 2008 Exam #4 1. (2) Write the net balanced equation for A = glycolysis; B = gluconeogenesis; C = Citric Acid Cycle: 2. For the chemiosmotic theory, a. (0.3) Who proposed it? b. (1.5) What is this theory? c. (1.5) What experiment(s) help support this theory? 3. (1) Define T = shuttle; U = shunt 4. (4) For step of glycolysis, name the enzyme, give the name of the class of the enzyme, draw the structures of the non-cofactor substrate(s) and product(s) connected by the reaction arrows, which show the reversibility or irreversibility, show the co-substrates coming in and out of the reaction as appropriate using the usual abbreviations, and list all other cofactors under the reaction arrow(s): Enzyme name: Enzyme class: Reaction: 5. For step # [insert the number from page one] in glycolysis a. (0.4) Enzyme name: b. (0.6) Regulators and their effects as + or - c. (0.4) Is replaced by this enzyme or enzymes in gluconeogenesis: d. (0.6) Regulators and their effects as + or - of enzyme or enzymes in question “c”: 6. (0.3 each) Fill in the blanks: Regulators and their effects (+/-) on enzyme #3 in the TCA cycle Regulator and its effects on pyruvate dehydrogenase phosphatase
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This note was uploaded on 12/01/2010 for the course BCH 451 taught by Professor Knopp during the Spring '08 term at N.C. State.

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26 - http/www4.ncsu.edu/~knopp/BCH451/e08c4.htm BCH 451...

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