Determine the net change in NADH, FADH,, and GTP from the passage of two acetyl-SCOA molecules through the citricacid cycle. Degradation of one molecule of glucose yields two acetyl-SCOA molecules.NADH+H+ CO₂C=OPepesilNAD+HỌ-CHHFADH₂HCO₂FAD6CH₂CO₂CO₂CH₂CH₂ICO₂H3C-C-CoAGTPCOA1Citric acidcycle5COAGDP + PiCO₂TCH₂HO-C-CO,ICH₂CO₂NADH+H+CO₂CH₂CH₂C=OCOA2 CO₂CH₂HC-CO,CO₂HO-CHNAD+4CO₂CO₂-CoACO₂CH₂CH₂CO₂NADNADH+H*How many molecules of each of the cofactors are produced when these two acetyl-SCOA molecules pass through the citric COAHow many molecules of each of the cofactors are produced when these two acetyl-SCOA molecules pass through the citricacid cycle?NADH:FADH₂:GTP:moleculesmoleculesmolecules

For one acetyl coenzyme molecule passing through citric acid cycle produces a) 3 molecules of NADH:…

Answered: COA How many molecules of each of the…

COA How many molecules of each of the cofactors are produced when these two acetyl-SCOA molecules pass through the citric acid cycle?

Organic And Biological Chemistry

7th Edition

ISBN:9781305081079

Author:STOKER, H. Stephen (howard Stephen)

Publisher:STOKER, H. Stephen (howard Stephen)

Chapter12: Biochemical Energy Production

Section: Chapter Questions

Problem 12.78EP

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Question

Determine the net change in NADH, FADH,, and GTP from the passage of two acetyl-SCOA molecules through the citric
acid cycle. Degradation of one molecule of glucose yields two acetyl-SCOA molecules.
NADH+H+ CO₂
C=O
Pepesil
NAD+
HỌ-CH
H
FADH₂
H
CO₂
FAD
6
CH₂
CO₂
CO₂
CH₂
CH₂
I
CO₂
H3C-C-CoA
GTP
COA
1
Citric acid
cycle
5
COA
GDP + Pi
CO₂
T
CH₂
HO-C-CO,
I
CH₂
CO₂
NADH+H+
CO₂
CH₂
CH₂
C=O
COA
2 CO₂
CH₂
HC-CO,
CO₂
HO-CH
NAD+
4
CO₂
CO₂
-CoA
CO₂
CH₂
CH₂
CO₂
NAD
NADH+H*
How many molecules of each of the cofactors are produced when these two acetyl-SCOA molecules pass through the citric

COA
How many molecules of each of the cofactors are produced when these two acetyl-SCOA molecules pass through the citric
acid cycle?
NADH:
FADH₂:
GTP:
molecules
molecules
molecules

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