In Aplysia, (a) why does a gentle touch on the siphon lead to pronounced gill withdrawal after electric shock on its tall? (b) why does a gentle touch on the syphon lead to even more pronounced gill withdrawal after pairing electric shock on its tail with siphon touch? (c) you found an Aplysia mutant that cannot make functional adenylyl cyclase in the brain. How would this affect part (a) and (b)? Briefly explain your reasoning.

Curren'S Math For Meds: Dosages & Sol
11th Edition
ISBN:9781305143531
Author:CURREN
Publisher:CURREN
Chapter16: Adult And Pediatric Dosages Based On Body Surface Area
Section: Chapter Questions
Problem 7.2P
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In Aplysia, (a) why does a gentle touch on the siphon lead to pronounced gill withdrawal after electric shock on its tail? (b)
why does a gentle touch on the syphon lead to even more pronounced gill withdrawal after pairing electric shock on its
tail with siphon touch? (c) you found an Aplysia mutant that cannot make functional adenylyl cyclase in the brain. How
would this affect part (a) and (b)? Briefly explain your reasoning.
Transcribed Image Text:In Aplysia, (a) why does a gentle touch on the siphon lead to pronounced gill withdrawal after electric shock on its tail? (b) why does a gentle touch on the syphon lead to even more pronounced gill withdrawal after pairing electric shock on its tail with siphon touch? (c) you found an Aplysia mutant that cannot make functional adenylyl cyclase in the brain. How would this affect part (a) and (b)? Briefly explain your reasoning.
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