A laboratory experiment is set up where you have two fully functional nerves properly aligned so that it potentially can transmit an action potential through a synapse to the second nerve. The buffer outside the cells contain Na+, H+ and Cl- as the only inorganic ions. When you stimulate the nerve, surprisingly the second nerve does not respond. What is the most likely explanation for the failure of the second nerve response? State why you chose your answer. a. The lack of K+ in the buffer prevents propagation of the action potential b. Neurotransmitter is not being released into the synaptic space. c. An action potential can only be initiated by opening a ligand-gated channel. d. Although neurotransmitter is released, it is unable to stimulate opening of the second nerve' ligand-gated channel. e. Repolarization of the axon does not occur in this buffer.

Concepts of Biology
1st Edition
ISBN:9781938168116
Author:Samantha Fowler, Rebecca Roush, James Wise
Publisher:Samantha Fowler, Rebecca Roush, James Wise
Chapter16: The Body's System
Section: Chapter Questions
Problem 41CTQ: What are the main differences between the sympathetic and parasympathetic branches of the autonomic...
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A laboratory experiment is set up where you have two fully functional nerves
properly aligned so that it potentially can transmit an action potential through a
synapse to the second nerve. The buffer outside the cells contain Na+, H+ and Cl- as
the only inorganic ions. When you stimulate the nerve, surprisingly the second
nerve does not respond. What is the most likely explanation for the failure of the
second nerve response? State why you chose your answer.
a. The lack of K+ in the buffer prevents propagation of the action potential
b. Neurotransmitter is not being released into the synaptic space.
c. An action potential can only be initiated by opening a ligand-gated channel.
d. Although neurotransmitter is released, it is unable to stimulate opening of the
second nerve' ligand-gated channel.
e. Repolarization of the axon does not occur in this buffer.
Transcribed Image Text:A laboratory experiment is set up where you have two fully functional nerves properly aligned so that it potentially can transmit an action potential through a synapse to the second nerve. The buffer outside the cells contain Na+, H+ and Cl- as the only inorganic ions. When you stimulate the nerve, surprisingly the second nerve does not respond. What is the most likely explanation for the failure of the second nerve response? State why you chose your answer. a. The lack of K+ in the buffer prevents propagation of the action potential b. Neurotransmitter is not being released into the synaptic space. c. An action potential can only be initiated by opening a ligand-gated channel. d. Although neurotransmitter is released, it is unable to stimulate opening of the second nerve' ligand-gated channel. e. Repolarization of the axon does not occur in this buffer.
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