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Unformatted text preview: I n class: 50-60 pts C h 10: I n t ro to Metabolism Know how to do ΔG, ΔG⁰’, ΔE, ΔEo’ calculations. I w ill provide formulae and values of constants. C h 11: G lycolysis K now reactions, enzymes, cofactors, ATP use/production Know regulation: P FK I, PFK 2, major points of regulation, how other monosaccharides enter pathway C h 12: gluconeogenesis K now pts of regulations for g luconeogenesis, Cori cycle Glycogen metabolism: glycogen phosphorylase, glycogen synthase activity, response to hormones (Fig 12.15-18) No pentose pathway C h 13: C it r ic acid cycle K now reactions, enzymes, cofactors, CO2 release, ATP production U nderstand pyruvate dehydrogenase action, alternative fates for CAC intermediates, such as Oxaloacetate C h 14: O xphos P romotive force, electron t ransport pathway, structure function of ATP synthase, P/O Nothing on shut t le mechanisms C h 15: p hotosynthesis L ight harvesting complexes, light reactions, carbon fixation scheme (know general stages but not specific reactions in Calvin cycle), know w hat is produced in each stage and what is needed. Bacterial photosystems, Q cycle, Z scheme, major electron acceptors and donors. Nothing on C4, CAM, carbon fixation in p lants ...
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