00:01
If i want to answer this question, let's talk about aerobic spirobexiation.
00:03
Remember that in aerobate sleep separation, you'll start first with glycolysis and occur in acytoplasm, then during glycolysis you're going to produce pyruvate, then those those pyruid molecules are going to enter mitochondrome and there they are going to be compared to acetal coate.
00:21
This is called viral oxidation.
00:23
Then each acolysis is going to enter a crepe cycle, and during one of this process of aerobics lipospiration, you're going to produce electrocure.
00:29
Electron kagres, that are going to be, an adh and fadh 2.
00:35
And this electron target is that i'm going to take electrons to the electron transport chain in order to produce atp via oxidative so let's complete this.
00:45
Herdivis has three stages.
00:48
Glycolycolysis, which occurs in that, and we have here some options.
00:52
And here it is going to be cytoplasm, because glycolysis occurs in the cytoplasm.
00:58
Now we have here in glucose that has six, carbon is broken down into two molecules of, and you're going to have here pyruid.
01:09
Because glucose has six carmons, and when you break down glucose by biolicy, you're going to produce two carbonyl molecules, and each pyruvate is going to have three carbons.
01:23
And now you have two.
01:27
Pyrobate or pyruid acid acid is the same, converts to blood which enters the acetic acid cycle, and as a acid acid acid.
01:35
You pyruid once enters mitochondrial, it is going to be converted to acetylcoa.
01:39
So you have here option e, acetalcoa.
01:44
Then it says, which occurs in the mitochondrial.
01:50
And if this is your pyruid, for example, and this is mitochondria, this is the outer layer, and this is the inner layer.
01:59
Here it is going to be converted to acetylcoa.
02:01
It means inside the mitochondrial matrix.
02:04
So here you are going to have a matrix.
02:08
Now, then you have here produces so many layers.
02:13
Atp is talking about the citric acid cycle or the herb cycle, produces nadh, which enters oxidative foliation, nadh and fdh 2 are electron -carium, remember.
02:25
Then it says, oxyative fluoridation, which uses the blank chain to produce blank ingredient...
