Questions in this topic
- At what voltage do potassium channels open?
- What happens to action potential when potassium channels are blocked?
- What happens when potassium channels are blocked?
- What happens when voltage gated K channels open?
- What is the equilibrium potential for potassium?
- What is the function of the Na +/ K+ pump?
- What would happen if the voltage gated sodium and potassium channels opened at the same time?
- Why does K+ move out of the cell?
- Why does potassium efflux cause hyperpolarization?
- Why does the peak of an action potential overshoot 0 mV?
- Why does the resting potential occur?
- Why is inside of cell more negative?
- Why is it useful to know the K+ equilibrium potential?
- Why is the equilibrium potential for potassium negative?
- Why is the membrane more permeable to K+ than Na+?
- Why is the resting membrane potential negative 70?
- What happens in each stage of action potential?
- What happens if the Na K pump is inhibited?
- What does equilibrium potential mean?
- Does depolarization mean more negative?
- Does hyperpolarization always occur?
- Does permeability affect equilibrium potential?
- Does the sodium equilibrium potential change?
- How does hypokalemia cause hyperpolarization?
- How does potassium cause hyperpolarization?
- Is potassium more negative than sodium?
- Is potassium negative or positive?
- Is resting potential the same as equilibrium potential?
- Is Sodium more permeable than potassium?
- What are the 4 steps of an action potential?
- What are the 5 steps of an action potential?
- What are the six phases of the action potential?
- What are the stages of action potential?
- What are the steps of action potential?
- Why is the resting potential negative?