In a resting neuron, the primary channels that facilitate the movement of potassium ions (K⁺) across the neuronal membrane are known as **leakage channels**. These channels are always open and allow the passive movement of potassium ions to flow out of the neuron, helping to maintain the resting membrane potential.

On the other hand, **chemically gated channels** open in response to neurotransmitters binding to receptors, and **voltage-gated channels** open in response to changes in membrane potential, primarily during action potentials. Therefore, while chemically gated and voltage-gated channels play significant roles during neuronal activity, they are not primarily responsible for potassium movement in a resting state.

To summarize: the correct answer to the question is **leakage channels**.

Question

In a resting neuron, the primary channels that facilitate the movement of potassium ions (K⁺) across the neuronal membrane are known as **leakage channels**. These channels are always open and allow the passive movement of potassium ions to flow out of the neuron, helping to maintain the resting membrane potential.

On the other hand, **chemically gated channels** open in response to neurotransmitters binding to receptors, and **voltage-gated channels** open in response to changes in membrane potential, primarily during action potentials. Therefore, while chemically gated and voltage-gated channels play significant roles during neuronal activity, they are not primarily responsible for potassium movement in a resting state.

To summarize: the correct answer to the question is **leakage channels**.

Knowee AI · Accepted Answer

In a resting neuron, the primary channels that facilitate the movement of potassium ions (K⁺) across the neuronal membrane are known as **leakage channels**. These channels are always open and allow the passive movement of potassium ions to flow out of the neuron, helping to maintain the resting membrane potential.

On the other hand, **chemically gated channels** open in response to neurotransmitters binding to receptors, and **voltage-gated channels** open in response to changes in membrane potential, primarily during action potentials. Therefore, while chemically gated and voltage-gated channels play significant roles during neuronal activity, they are not primarily responsible for potassium movement in a resting state.

To summarize: the correct answer to the question is **leakage channels**.

The channels that provide for the movement of potassium in the resting neuron are _______.leakage and chemically gated.chemically gatedleakagevoltage gated

Question

The channels that provide for the movement of potassium in the resting neuron are _______.

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