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(A) In a resting neuron,the axonal membrane is significantly more permeable to potassium ions $(K^+)$ than to sodium ions $(Na^+)$.This high permeabil

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$K^+$ ions

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(A) In a resting neuron,the axonal membrane is significantly more permeable to potassium ions $(K^+)$ than to sodium ions $(Na^+)$.This high permeability to $K^+$ is due to the presence of numerous 'leak' channels for potassium in the axonal membrane.Conversely,the membrane is nearly impermeable to $Na^+$ ions during the resting state.This selective permeability,combined with the action of the $Na^+-K^+$ pump,helps maintain the resting membrane potential (approximately $-70 \ mV$).

When a neuron is not conducting any impulse,$i.e$.,resting,the axonal membrane is comparatively more permeable to:

Similar Questions

In the resting stage of a neuron,the concentration gradient is generated due to:

The potential difference in the membrane,which is responsible for the conduction of an impulse,is brought about by a change in the membrane:

If the inside of the membrane becomes more negative,it leads to:

Assertion: The imbalance in concentration of $Na^+$,$K^+$ and proteins generates resting potential.
Reason: To maintain the unequal distribution of $Na^+$ and $K^+$,the neurons use electrical energy.

What is the conduction of an action potential at the Nodes of Ranvier called?

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