membrane potential

This is used to measure resistance and membrane potential at the same time.

Na+ channels remain open even if there is very little increase in the membrane potential.

The two terms refer to different aspects of the difference in membrane potential.

Noise is observed as changes in the membrane potential of a cell.

The effect is loss of cellular membrane potential and eventually cell death.

The effect of high membrane potential is thought to have a similar effect.

This is a common mechanism by which many cells establish a membrane potential.

He knew that living cells had a membrane potential; interior negative to the environment.

The higher the membrane potential the greater the probability of activation.

In neurons, the factors that influence the membrane potential are diverse.

All mechanisms involved are explained in the main article on generation of the resting membrane potential.

As such, it also spans the electric field generated by the membrane potential.

This hyperpolarization causes the membrane potential to become more negative.

Stämpfli observed many problems with the ways that were being used to measure membrane potential at the time.

The transition between conformations is influenced by the membrane potential.

Hyperpolarization is a change in a cell's membrane potential that makes it more negative.

This occurrence happens in the background while a cell is at resting membrane potential.

By convention, the sign of the membrane potential is the voltage inside relative to ground outside the cell.

They are extremely sensitive to the membrane potential and changes in this potential.

The electrical source is the muscle membrane potential of about -90 mV.

A less negative resting membrane potential is made, leading to increased excitability.

But at about 30 seconds, the membrane potential rose above a critical value, allowing potassium to be released.

On release, the membrane potential dropped again, blocking potassium transport.

So membrane potential doesn't represent either cell death or brain tissue death.

Double sucrose gap, however, can measure the membrane potential and resistance.