Yes
It would be zero because there is a leakage.
Inactivation gates of voltage-gated Na+ channels close, while activation gates of voltage-gated K+ channels open.
No. Capacitors need current to charge or discharge. In an open circuit, current is impossible, so they will stay at the last known charge, depending on the amount of leakage current.
A: All transistor experience some kind of leakage with the one of the three termianal open. it called Iceo.
The current of the minority charges (collector region) is the source of the leakage current. At higher temperature, this leakage current increases due to increase in thermal energy.
They may be always open or they may have close gated channels
Depends on the ion channel. Heart muscle cells have both leaky channels that are open all the time and other channels that only open at certain voltages across the cell membrane.
Ion channels that are always open are called leak channels. They allow a continuous flow of ions across the cell membrane, helping to maintain the resting membrane potential of the cell.
During depolarization Na channels are open During repolarization K channels are open
yes, it should be around all the sports channels. they always have the us open on tv
Leak channels are always open and allow ions to pass through the cell membrane freely, while gated channels can open and close in response to specific signals. Gated channels are regulated by various factors such as voltage, ligands, or mechanical stimuli, whereas leak channels do not require any specific signals to function.
Marketing channels always emerge from the demands of a marketplace.
voltage-gated ion channels
Yes, it can a gated ion channel is opened when a signal molecule binds to a receptor protein causing the receptor protein to open the ion channel through the cell membrane and after this process the ion channel is closed once again to prevent various molecules to enter the cell.
During resting potential, the Sodium-Potassium pump is inactive. Therefore, it is indirectly responsible for the resting potential. However, Potassium diffuses outside the membrane via "leakage" channels, and causes the resting potential.
As always, marketing channels were evolving in response to changing marketplace needs.
sodium channels