1 - http:/www4.ncsu.edu/~knopp/BCH451/e97b4.htm BCH 451...

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Exam #4 NAME 1. (4) For step 6 in the glycolytic pathway, name the enzyme, give the class of the enzyme, list non co-substrate cofactors, draw the structures of non-cofactor substrate(s) and product(s), include co-substrates using arrows and appropriate abbreviations, and show reversibility or irreversibility by the direction of the reaction arrows. Enzyme name: Enzyme class: Non co-substrate cofactors: Reaction: 2. (4) For step 5 in the Krebs cycle, name the enzyme, give the class of the enzyme, list non co-substrate cofactors, draw the structures of non-cofactor substrate(s) and product(s), include co-substrates using arrows and appropriate abbreviations, and show reversibility or irreversibility by the direction of the reaction arrows. Enzyme name: Enzyme class: Non co-substrate cofactors: Reaction: 3. (2) Draw the structure of NAD + at pH 7 4. (2) Describe the steps for a "Southern" analysis. 5. (2.1) In the comparison between glycolysis and gluconeogenesis, list the unique enzyme(s) in glycolysis. Beside each enzyme, list the corresponding enzyme(s) from gluconeogenesis. 6. (1.6) For complex II in oxidative phosphorylation, a. (0.2) name: b. (0.4) substrate(s) [no structure(s)]: c. (0.4) product(s) [no structure(s)]: d. (0.2) location: e. (0.6) cofactor(s): 7. (0.7) For the molecule porin, a. (0.2) location: b. (0.5) function:
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1 - http:/www4.ncsu.edu/~knopp/BCH451/e97b4.htm BCH 451...

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