i thought that ATP was converted to cAMP by glucagon as well as epinepherine since they are both peptide hormones but it gives both as an option and says only epinepherine does it?
i thought that ATP was converted to cAMP by glucagon as well as epinepherine since they are both peptide hormones but it gives both as an option and says only epinepherine does it?
hmm...im actually at starbucks right now and don't have my destroyer with me but yeah glucagon also binds to a G-protein coupled receptor which in turn activates cAMP like epinephrine...mb someone else has some better insight?
hmm...im actually at starbucks right now and don't have my destroyer with me but yeah glucagon also binds to a G-protein coupled receptor which in turn activates cAMP like epinephrine...mb someone else has some better insight?
yes its quite weird...if you get the chance to look at the question its number 26 in the bio section...im pretty sure both glucagon as well as epinepherine interact with a receptor protien that in turn actives the perviously inactive adenylyl cyclase which turns ATP into cAMP which is the secondary messanger?