「Mechanism of synaptic transmission」の版間の差分
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Soichi.Nakatake (トーク | 投稿記録) 編集の要約なし |
Soichi.Nakatake (トーク | 投稿記録) 編集の要約なし |
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| 11行目: | 11行目: | ||
{{QuizTitle}} | {{QuizTitle}} | ||
<GIFT> | <GIFT> | ||
When action potential reaches a synapse, the synaptic vesicle fuse with the {=pre ~post} synaptic membrane. | When action potential reaches a synapse, the synaptic vesicle fuse with the {=pre.~post} synaptic membrane. | ||
The receptors for the synaptic transmitters are mainly located on the {~pre =post} synaptic membrane. | The receptors for the synaptic transmitters are mainly located on the {~pre.=post} synaptic membrane. | ||
When a membrane of a neuron is stimulated, the membrane hyperpolarizes. {~true =false} | When a membrane of a neuron is stimulated, the membrane hyperpolarizes. {~true.=false} | ||
</GIFT> | </GIFT> | ||
2012年6月14日 (木) 23:48時点における版
POINT!
| The synaptic transmitter combines with the receptor in the post-synaptic membrane and induces action potentials. |
The synaptic transmission is chemical.
When ① action potential reaches the nerve ending of pre-synaptic neuron,
② the synaptic vesicle move towards, and ③ fuses with the presynaptic membrane. This ④ releases the synaptic transmitter, which ⑤ combines with the receptor and ⑥ induces action potential in the post-synaptic membrane.
Challenge Quiz
1.
When action potential reaches a synapse, the synaptic vesicle fuse with the pre. post synaptic membrane.
The receptors for the synaptic transmitters are mainly located on the pre.post synaptic membrane.
When a membrane of a neuron is stimulated, the membrane hyperpolarizes. true.false