Water soluble hormones bind to plasma membrane receptors, which initiate a signa
ID: 3474420 • Letter: W
Question
Water soluble hormones bind to plasma membrane receptors, which initiate a signal transduction pathway with which of the following processes?First messenger hormone docking with plasma receptor
Activated protein kinase enzyme
Second messenger pathways including G proteins and phospholiapse C
Second messenger pathways including G proteins and adenylate cyclase Water soluble hormones bind to plasma membrane receptors, which initiate a signal transduction pathway with which of the following processes?
First messenger hormone docking with plasma receptor
Activated protein kinase enzyme
Second messenger pathways including G proteins and phospholiapse C
Second messenger pathways including G proteins and adenylate cyclase
First messenger hormone docking with plasma receptor
Activated protein kinase enzyme
Second messenger pathways including G proteins and phospholiapse C
Second messenger pathways including G proteins and adenylate cyclase
Explanation / Answer
Water soluble hormones such as epinephrine bind with plasma membrane receptors. This activates G protein which in turn stimulates adenyl cyclase enzyme causing increase in production of cAMP. cAMP stimulates protein kinase A which causes various cellular effects. So, the answer for this question is option 4 (second messenger pathways including G proteins and adenylate cyclase).
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