Based on the diagram, only one ATP would be needed to activate
beta-oxidation even if the fatty acid were larger. A)True
B)False
What would be the yields of FADH2 and NADH during beta oxidation
of a 12C saturated fatty acid?
What would be the total yield of FADH2 and NADH from the 12C
fatty acid assuming all the actyl CoA molecules are catabolized by
the TCA cycle? Indicate how.
What would be the total theoretical yielg of ATP(assuming no ATP
is used up for mitochondrial transport of metabolites)? How did you
get this answer
How much more ATP would be yielded by oxidation of a 12C fatty
acid than from oxidation of two 6C sugar molecules? How did you get
the answer?
NAD NADH l+ H Pyruvic acid coenzyme A To electron transport chain oxaloacetic acid COOH CoA NADH lt, H’ e-0 CH2 COOH HOC-COOH H,C-COOH Citric acid CH2 To electron H2C-COOH transport acid Malic acid COOH C-COOH chain HC-COOH cis-Aconitic acid KREBS Fumaric acid HC CYCLE HC-COOH COOH HC-COOH HOC-COOH FADH2 H isocitric aci FAD HC-COOH -NAD’ H,C-COOH NADH[+h Succinic acid to enzymes: CoA H2C-COOH Citric synthetase H,C-COOH HCH Aconitase GDP CH, ←ー ベー 0=C-COOH lsocitric dehydrogenase Alpha-ketoglutaric acid 0-c-s-CoA Alpha-ketoglutanc ATP Succinyl CoA dehydrogenase NAD’ . Succrryi kinase To electron NADH + H’ succinic dehydrogenase transport Fumarase Malic dehydrogenase
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