the opening of voltage-gated potassium channels and the closing of sodium activation gates.
After depolarization repolarization occur whcih then again lead to resting potentiol
Depolarization occurs when a stimulus opens sodium channels which allow more sodium to go into the membrane making it less negative and more positive (toward reaching threshold). An action potential can only occur once the membrane reaches threshold which means it has reached the level needed through depolarization. An action potential is a brief reversal in polarity of the membrane making the inside more positive and the outside more negative, the reverse occurs again once the membrane reaches resting potential.
Action potential
repolarization
Action potentialaction potential
depolarization
After depolarization repolarization occur whcih then again lead to resting potentiol
Depolarization occurs when a stimulus opens sodium channels which allow more sodium to go into the membrane making it less negative and more positive (toward reaching threshold). An action potential can only occur once the membrane reaches threshold which means it has reached the level needed through depolarization. An action potential is a brief reversal in polarity of the membrane making the inside more positive and the outside more negative, the reverse occurs again once the membrane reaches resting potential.
depolarization
Action potential
Depolarization is the first event in action potential. During depolarization, the sodium gates open and the membrane depolarizes.
despolarization
repolarization
Action potentialaction potential
It provides insulation to the axons and dendrites during depolarization or action potential.
Resting potential and action potential are both names for the measure of electrical voltage within the membrane of a cell. Specifically, these terms are used in describing the transfer of information along neural pathways. Resting potential is a state where cells are at rest. However, if an electrical response or depolarization reaches threshold, then ion channels open, allowing sodium ions to rush into the membrane and increase the voltage measure, firing an action potential along the length of this membrane.
depolarization