After an action potential has been initiated, there are two processes that prevent the membrane from remaining depolarized forever. What are these two processes? activation of ligand-gated channels...


After an action potential has been initiated, there are two processes that prevent the membrane from remaining depolarized forever. What are these two<br>processes?<br>activation of ligand-gated channels<br>activation of the Na/K pump<br>activation of voltage-gated K+ channels<br>activation of voltage-gated Na+ channels<br>inactivation of ligand-gated channels<br>inactivation of the Na/K pump<br>inactivation of voltage-gated K+ channels<br>inactivation of voltage-gated Na+ channels<br>

Extracted text: After an action potential has been initiated, there are two processes that prevent the membrane from remaining depolarized forever. What are these two processes? activation of ligand-gated channels activation of the Na/K pump activation of voltage-gated K+ channels activation of voltage-gated Na+ channels inactivation of ligand-gated channels inactivation of the Na/K pump inactivation of voltage-gated K+ channels inactivation of voltage-gated Na+ channels

Jun 10, 2022
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