H-C-COO Ho-socitrate isocitrate coo dehydrogen Choose a False statement regardin

Q: H-C-COO Ho-socitrate isocitrate coo dehydrogen Choose a False statement regardin

None of the answers are correct is false option. remaining options are correct. Oxidative decarboxylation is loss of CO2 and generation of NADH. Simlultaneously oxidation of alochol to ketone with tranfer of a hydride to NAD+. This step is highly thermodynamically favourable.

ID: 693582 • Letter: H

Question

H-C-COO Ho-socitrate isocitrate coo dehydrogen Choose a False statement regarding step 3 of the TCA cycle OH group oxidized to carbonyl, which in turn rate co, facilitates decarboxylation by stabilizing carbanion formed on adjacent carbon. CH Result of oxidative decarboxylation are the loss of CO2 and generation of NADH O Highly thermodynamically favorable/irreversible and is regulated by product inhibition and ATP O none of the answers are correct Oxidation of the alcohol to a ketone with transfers of a hydride to NAD+

Explanation / Answer

None of the answers are correct is false option.

remaining options are correct.

Oxidative decarboxylation is loss of CO2 and generation of NADH. Simlultaneously oxidation of alochol to ketone with tranfer of a hydride to NAD+.

This step is highly thermodynamically favourable.

Navigate

H-C- O-P-O O O HO-C Dihydroxyacetone H-C -O OH C-O-P-O phosphate H-C-OH ATP ADP

H-C-O-CH2-CH3 Enter the name of the carboxylic acid first, then the name of the

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.

H-C-COO Ho-socitrate isocitrate coo dehydrogen Choose a False statement regardin

Question

Explanation / Answer

Related Questions

Navigate