SYSTEM) STEPS WITH ANSWERS
Step 1 - CORRECT ANSWER-Hormone binds to the receptor
Step 2 - CORRECT ANSWER-the receptor changes shape
which allows an inactive G protein to bind
Step 3 - CORRECT ANSWER-when the inactive G-protein
binds to it, it will kick out the GDP so that the GTP can bind to
it. The G-protein now becomes active
Step 4 - CORRECT ANSWER-when the G-protein becomes
active, it will activate an enzyme that is present on the cell
membrane (Adenylate Cyclase)
Step5 - CORRECT ANSWER-when adenylate cyclase
activates, it will take the ATP and convert them into cAMP.
Your second-messenger system cAMP has been created
Step 6 - CORRECT ANSWER-the level of cAMP elevates in
the intracellular fluid, and they go through the cascade
chemical effects where they communicate with the nucleus so
that the nucleus can respond to whatever that hormone is
asking them to do.
Step 7 - CORRECT ANSWER-Phosphodiestarase: when the
cAMP level elevates, it will break the cAMP into a different
chemical (Turn off mechanism) or control system.
Which topics are new on the service customer survey? -
CORRECT ANSWER-Ease of scheduling/getting in and value
customer time