thanks sir. you helped me a lot and i am so grateful. btw, in my text book, it says that glucose not only acts as allosteric inhibitor of phosphorylase a , but also cause a conformation change of the enzyme, such that the phosphorylated serine get exposed to a PP1 , and PP1 dephosphorylate these serine and thus coverts the enzyme into its phosphorylase form.
thanks sir. you helped me a lot and i am so grateful.
btw, in my text book, it says that glucose not only acts as allosteric inhibitor of phosphorylase a , but also cause a conformation change of the enzyme, such that the phosphorylated serine get exposed to a PP1 , and PP1 dephosphorylate these serine and thus coverts the enzyme into its phosphorylase form.
Thank you. You are saving me from my horribly confusing professor! Love your videos!
Fantastic video! Thank you!
Thank you. Very clear.
Where does phosphorylase B come into play here? Is it simply not relevant because it is insensitive to AMP?
thanks