PS5 - Electron Carrier E o ’ Electron Carrier E o ’...

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Problem set 5: All problems are assigned from the 6 th edition of biochemistry by Stryer et al. Chapter 18: Oxidative Phosphorylation pg 539-540: 1 (all but e), 2, 4, 5, 7, 10, 13-15, 18. Note: #5. Oligomycin blocks ATP synthase, Rotenone blocks electron transfer from complex I to coenzyme Q. The answer diagrammed in the student companion is incorrect. #7. Again assume the value of the FAD-FADH 2 is 0V (even though the table says – 0.22V)… and no, you do not have to memorize table 18.1. #13. Read the question carefully and determine what it is asking. It’s not nearly as hard as it looks! Also try: 1. Given the following table of standard reduction potentials:
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Unformatted text preview: Electron Carrier E o ’ Electron Carrier E o ’ NAD +-0.320 V Cytochrome c +0.254 V Complex I Complex IV FMN -0.300 V Cytochrome a +0.290 V Fe-S -0.170 V Cytochrome a 3 +0.350 V Ubiquinone +0.045 V O 2 +0.820 V Complex III Cytochrome b +0.077 V Calculate the change in Gibb’s free energy that results from transferring two electrons from QH 2 to O 2 . Chapter 21: Glycogen metabolism Pages 615-616 2-4, 7, 9 Note: For question #4, People with type one glycogen storage disease have a mutated (inactive) form of glucose-6-phosphatase. Chapter 16: Gluconeogenesis Pg 473-474 11 and 16...
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This note was uploaded on 12/13/2011 for the course BIOLOGY 300 taught by Professor Asdf during the Spring '08 term at UBC.

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PS5 - Electron Carrier E o ’ Electron Carrier E o ’...

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