action potential

This effect is probably responsible for the prolongation of the action potential.

When these structures are stimulated by slight pressure, an action potential is started.

This change of potential difference is termed the action potential.

This is the mechanism that prevents an action potential from traveling back the way it just came.

The course of the action potential is determined by two coupled effects.

These changes were attributed to the local currents that form the action potential.

The second is a propagated impulse called an action potential.

The generation of the action potential is called the "firing."

If large enough, this depolarization results in an action potential.

As indeed it has to if the action potential is to occur.