QuestionAugust 9, 2025

What is the mechanism underlying the absolute refractory period in a neuron? the voltage-gated Na+ channels are closed the volutege-gated Na+ channels are in axtivated by the inaxtivating particle the voltage-gated K+ channels are open the Nernst equation

What is the mechanism underlying the absolute refractory period in a neuron? the voltage-gated Na+ channels are closed the volutege-gated Na+ channels are in axtivated by the inaxtivating particle the voltage-gated K+ channels are open the Nernst equation
What is the mechanism underlying the absolute refractory period in a neuron?
the voltage-gated Na+ channels are closed
the volutege-gated Na+ channels are in axtivated by the inaxtivating particle
the voltage-gated K+ channels are open
the Nernst equation

Solution
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Answer

the voltage-gated Na^+ channels are inactivated by the inactivating particle Explanation 1. Identify the Mechanism During the absolute refractory period, voltage-gated Na^+ channels are inactivated by the inactivating particle. This prevents any new action potential from being initiated regardless of the stimulus strength.

Explanation

1. Identify the Mechanism<br /> During the absolute refractory period, voltage-gated $Na^+$ channels are inactivated by the inactivating particle. This prevents any new action potential from being initiated regardless of the stimulus strength.
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