00:01
Hello students.
00:02
In the given question let us consider the electron carriers nad, nadh, nadp and fadh2.
00:18
Multiple questions are available here.
00:21
So let us start with first the nad.
00:25
During glycolysis and citric acid cycle, we find the synthesis of nad plus h plus.
00:42
In glycolysis and citric acid cycle, we come across the formation of nadh plus h plus.
00:50
In glycolysis, we find 2 nadh formation.
00:55
2 nadh are formed during, whereas 6 nadh are formed during.
01:07
Let us see where they are formed.
01:12
In glycolysis, we come across the formation of 2 nadh.
01:22
Glyceroldehydehyde 3 phosphate loses its electrons the anhydride form of it is accepted by nad in the hydride form and nad gets reduced to nad h plus h.
01:54
This reaction is catalyzed by the enzyme phosphates.
02:18
Let's move to the citricasis are crep cycle in citricase cycle in three stages we come across the formation of nadh molecules enzymes are present in the mitochondrial matrix.
02:56
Oxidation of isocitrate to alpha keto glutrate.
03:19
Here nad accepts the electrons and forms nadh.
03:33
Two forms of isocitrate are used.
03:44
So here we are going to get four.
03:50
Let's move to the next one.
03:55
Alpha cleto gluterate it is going to taking two molecules of nad to nad h plus h plus.
04:16
Suxenid group donor.
04:27
Let's now let us consider that is nadp.
04:32
Nadp accepts the electrons.
04:35
It accepts two electrons from peridoxin.
04:40
It gets reduced to nadp h2...