00:01
So here we have been asked that among the given options which of the enzymes are related to the process of gluconeogenesis which is used to catalyze the reactions that bypass the glycolysis.
00:23
So below is a diagram which shows the process of glycolysis as well as gluconeogenesis.
00:31
Here in this process we can see that glycolysis is the conversion of glucose to pyruvate.
00:47
And if we talk about the process of gluconeogenesis, then it is the conversion of pyruvate to glucose.
01:01
And here if we talk about the enzymes which are responsible for the process of gluconeogenesis, then they are glucose 6 -phosphate, phospho -hexos isomerase, fructose 1 .6 bi -phosphatase, aldease, triose phosphate isomerase, glyceraldehyate phosphate dihydrogenase, phospho -glycerate kinase, phosphogliterate, mutase enolase phosphoenol pyruvate carboxylase and the last one is pyruvate carboxylase that is we can say that the first enzyme which is working on the conversion of pyruvate to glucose is pyruvate carboxylase and the last enzyme is glucose 6 phosphate so among the given options are correct options are options c, e, f, g, h, i, j, k, m and n.
02:21
These are correct options because these enzymes are related to gluconeogenesis.
02:27
Now, coming to the next question, which is asking us that gluconeogenesis is the creation of glucose.
02:39
And it can be created from the metabolism of amino acid and fatty acid...