Repolarization is when the cell or neuron returns to be more negative. Depolarization is when the cell or neuron becomes less and less negative.
After depolarization repolarization occur whcih then again lead to resting potentiol
After the falling phase or repolarization the membrane potential goes below its normal resting potential.This phase is often called undershoot, or phase of hyperpolarization.
Once the membrane depolarizes to a peak value of +30 mV, it repolarizes to its negative resting value of -70 mV.
Once the membrane depolarizes to a peak value of +30 mV, it repolarizes to its negative resting value of -70 mV.
Action Potential
Repolarization
After depolarization repolarization occur whcih then again lead to resting potentiol
Repolarization is after depolarization. It descends to a region of hyper polarization where it is more polar than resting membrane potential
After the falling phase or repolarization the membrane potential goes below its normal resting potential.This phase is often called undershoot, or phase of hyperpolarization.
repolarization
Once the membrane depolarizes to a peak value of +30 mV, it repolarizes to its negative resting value of -70 mV.
Once the membrane depolarizes to a peak value of +30 mV, it repolarizes to its negative resting value of -70 mV.
The Sodium Potassium Pump (opposed to the channels)
repolarization
Action Potential
repolarization
The chemical gradient refers to the imbalance of substances across the membrane. The Electrical Gradient refers to the difference of charges between substances on different sides of the Membrane. The Electrochemical Gradient refers to the combination of the previous two gradients. The short answer is MEMBRANE POTENTIAL.