00:01
Hi, in this question we need to find out the correct options regarding the following processes.
00:07
So first is the key regulatory enzyme of glycolysis, phosphopractokinase.
00:27
It is inhibited atp and c trait but activated by amp and adp inorganic phosphate and fructose -26 bisphosphate.
00:54
Now for the next, that is, citric acid cycle, it is controlled by the enzymes that break down the reaction that make the first two molecules of nadh.
01:23
The enzyme called isocetrate dehydrogenase and alpha -keto -luterate helps to regulate the citric acid cycle.
01:51
Next is the conversion of acetyl co -enzyme a2 maloneal co -enzyme a with the action of acid.
02:06
So, this acetal coenzyme a carboxylase enzyme.
02:15
So this acetal coenzyme a carboxylase enzyme is the key enzyme in regulating fatty acid synthesis.
02:26
It utilizes two molecules of n a dps for each molecule.
02:37
In the next, that is, fatty acid degradation process, it regulates.
02:48
Via the regulation of the level of acetyl coenzyme a and maloneal coenzyme a.
03:04
Here ampk is inhibited acc which results in increasing acetyl coenzyme a levels or decreasing in maloneal co -inzyme a level and results in increased fatty acid oxidation...