0:00
Hello everyone.
00:01
In this question we will be talking about the glucagon action and stimulation of glycogenolysis.
00:09
So this glucagon is basically secreted from the pancreatic alpha cells.
00:18
In the islet of lambethans and these play in pertinent role in maintaining the glucose homostasis by stimulating the hepatic glucose production when there is reduction of glucose in the blood.
00:39
So this glucagon acts as a glucose mobilizing hormone.
00:45
This stimulates the liver to break down the glyphogen -vacine glucose, and it also activates glucose.
00:57
Neogenesis which is the conversion of amino acids into glucose and this also breaks down the stored fat that is trial acylaclyceride into the fatty acids to fuel up the cells so here we have been said that the highest pichlip amp level caused a drop in to 6 bisphosphate level, which is basically a positive regulator or an activator of the enzyme that is phosphopructokinase, which phosphorylates the proctose 6 -posate to proctose 1 -6 bisphosphate in the process of glycolysis but here we are making the glucose that means the opposite should take place but if its concentration is reduced it will inhibit the activity of phospho and hence glycolysis will stop and pyruid will not be formed but if the concentration of fructose 26 bisphosphate is high this will help the glucose in the formation of the glucose.
02:32
This will act as a positive regulator in the case of gluconeogenesis in its low concentration.
02:41
Because here glucose needs to be formed from the glucose.
02:47
So here option a says none of the above.
02:52
So let us see the other options...
