If the potassium leak channels were suddenly blocked in a resting neuron, what would happen to its resting membrane potential

If the potassium channels of a neuron were to remain suspended, the resting potential would be prolonged and could even reach its absolute rest for a long time if this is not reversed.

High concentrations of neuronal intracellular potassium inhibit the triggering of an action potential, therefore this neuron would not undergo a membrane action potential, would not generate muscle action, or signal transmission.

Explanation:

The ionic channels of neurons are fundamental since they regulate intra and extracellular ionic concentrations, generating resting or action potentials.

The resting potential makes the neuron look inactivated when transmitting a signal and does not accept stimuli from others, it is the opposite situation to the action potential and it always occurs after this, considering a necessary pause.

the three components of a nucleotide are the nitrogenous base, the phosphate group and the five-carbon sugar.

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explanation:

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