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Chem 3550. Chapter 16: Production of NADH and NADPH: The Citric Acid Cycle, the Glyoxylate Cycle (Skip), and the Pentose Phosphate Pathway. New Test Policy Effective 10/30/06. I will drop your lowest exam (not including the final), but only if you take all of the exams -- no exceptions
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Chem 3550 Chapter 16: Production of NADH and NADPH: The Citric Acid Cycle, the Glyoxylate Cycle (Skip), and the Pentose Phosphate Pathway
New Test PolicyEffective 10/30/06 • I will drop your lowest exam (not including the final), but only if you take all of the exams -- no exceptions • Since some have access to old exams, I will post all copies of old exams (not including final) • Thanks for your feedback and concerns that have been voiced • My goal is to be fair and consistent -- no one gets special treatment.
These are all very important! Know names and cofactors, as well as reactants and products.
6 Carbons 4 Carbons Oxidation of alcohol to ketone (note use of NAD+) Rearrange to facilitate later oxidation (cannot oxidize 3° carbon) Hydration Reaction is stereospecific Loss of CO2 Oxidation of alkane to alkene (note use of FAD); Succ. Deh. Is a membrane-bound enzyme Oxidation of alcohol to ketone (note use of NAD+) 5 Carbons 4 Carbons GTP (or ATP) production Similar to PDC reactions for Acetyl-CoA formation High Energy Compound
Know this! Regulation is very important!
Second level of control of PDC in eukaryotes Also known as E1 Kinase: enzyme to puts on a phosphate Phosphatase: enzyme that takes of a phosphate
Pentose Phosphate Pathway NADPH produced! Used for lipid biosynthesis