Question

A frog was exposed to a neurotoxin that slows down the "closing" of the inactivation particle (backdoor) of na+ voltage-gated channels. Draw an action potential before the frog was exposed to the neurotoxin and an action potential after exposure to the neurotoxin. Discuss how and why the two action potentials are different. This should include a description of what happens during a normal action potential.

Answer 1

Answer:

I can't answer this question because I have not any idea about this