The reaction of the citrate cycle produces the equivalent of...

The reaction of the citrate cycle produces the equivalent of ATP (in the form of GTP). phosphorylation at the substrate level. This reaction takes place by converting: a) fumarate to malate b) malate to oxaloacetate c) succinate to malate d) succinyl-CoA to succinate

Transcript

00:01 Okay, in one another answer the question we have to talk about a grape cycle.

00:03 Remember that aerobic self -respiration starts from one molecule.

00:07 It develops a process of glycolysis and produces two pyrobat molecules, and then each pyrobat is going to be converted to acetal co -a.

00:16 This process is called pyruvate oxidation, and this process is called glycolysis.

00:26 After we have acetico -a, each acetate co -a molecule is going to enter the crept cycle, or called tca cycle.

00:36 Okay, let's draw here the complete or the general process of the crept cycle.

00:41 It is going to start with an acetyl co -mole molecule that has two carbons, okay? and it is going to react with oxaloacetate.

00:51 They are going to react, and they are going to produce a molecule called citrate that has six carbons.

00:59 Then after this, cytrade is going to react.

01:01 Well, cycrate is going to be converted to isocitrate.

01:06 By means of an enzyme called aconitis, and then isosidrate is going to be converted to alpha -kytholiterate by the means of an enzyme called isocytic dehydrogenase that is going to produce also or reduce an ad molecule in order to produce nadh with a proton.

01:29 Also, there is production of one carbon dioxide here.

01:34 So after this, alpha -ketogliterate is going to be converted into molecule of succinial co -a.

01:45 Okay, the enzyme that catalyzes this reaction is called alpha -keton glutariate dehydrogenase, and it is going to produce also to reduce an ad molecule, and also it is going to produce one carbon dioxide...

Question

The reaction of the citrate cycle produces the equivalent of ATP (in the form of GTP). phosphorylation at the substrate level. This reaction takes place by converting: a) fumarate to malate b) malate to oxaloacetate c) succinate to malate d) succinyl-CoA to succinate

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