「Nervous system/overview of neurons/Action potential/stability」の版間の差分
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{{Point|When the negative resting intracellular potential is smaller (larger), less (more) stimulation is needed for action potential generation, making the cell less (more) stable.}} | {{Point|When the negative resting intracellular potential is smaller (larger), less (more) stimulation is needed for action potential generation, making the cell less (more) stable.}} | ||
[[メディア:Stability.mp4|narrated animation]]<br> | [[メディア:Stability.mp4|narrated animation]]<br> | ||
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When the negative resting intracellular potential is larger, the cell is {~less~=more} stable. | When the negative resting intracellular potential is larger, the cell is {~less~=more} stable. | ||
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2016年4月24日 (日) 23:56時点における最新版
POINT!
| When the negative resting intracellular potential is smaller (larger), less (more) stimulation is needed for action potential generation, making the cell less (more) stable. |
narrated animation
When the resting membrane potential is increased, more stimulus is needed to reach the firing level. This means that the stability is increased.
When the resting membrane potential is decreased, less stimulus is needed to reach the firing level. This means that the stability is decreased.
Challenge Quiz
1.
When the negative resting intracellular potential is smaller, the cell is less more stable.
2.
When the negative resting intracellular potential is larger, the cell is less more stable.