00:01
Glycogen glycogen is a molecule which in turn can be either synthesized and the process which is involved in synthesis is called as the glycogenesis and it can also be broken down and this particular process is in turn referred to be as glycogenolysis so they in turn can be operated by different sets of hormone and the first one involved is called as the epinephrine so epinephrine is one particular hormone which when secreted, it can result in the conversion of adenosine trifosate return as atp to be converted into cyclic adenosine monoposite return as amp.
00:42
So this intern would have a positive effect by stimulating the proton kinase a, so which is written as p -ka.
00:50
So this intern has a kinase activity.
00:52
So this intern would convert one particular enzyme which is called as the phosphoryl kinase return as p -hhr.
00:59
Hk and this intern would be converted into phosphoryylase kinase.
01:04
That is, this intern would be phosphorylated return with p.
01:08
So it should be noted that this intern is found to be an inactive state and it is in turn converted into an active state.
01:15
So this phosphorylated enzyme intern can stimulate the glycogen phosphorylase gp, which is present in an inactive state to get activated.
01:25
So this activated form intern contains a phosphate subunit.
01:28
So this intern, as soon as this glycogen phosphoryalis intern is converted, this intern would facilitate the glycogenolysis.
01:36
That is a glycogenolysis here intern denotes that glycogen molecule in turn would be converted into glucose 1 phosphate return is g 1p...