Which statement is true for the propagation of the action potential? (Any number of right answers is possible. Mark right answers with the green tick and wrong ones with the red cross.) There are no voltage-gated Na" channels below the myelin sheath, thereby the stimulus propagates saltatory, resulting in a larger propagation velocity. Due to the inactive state of Na' channels following their open state, the action potential propagates in a given direction and cannot return. BO It is responsible for the short-distance conduction of the stimulus. Since Na channels have two states (open and closed), the action potential propagates in a given direction and cannot return.

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Which statement is true for the propagation of the action potential? (Any number of right answers is possible.
Mark right answers with the green tick and wrong ones with the red cross.)
There are no voltage-gated Na" channels below the myelin sheath, thereby the stimulus propagates
saltatory, resulting in a larger propagation velocity.
Due to the inactive state of Na' channels following their open state, the action potential propagates
in a given direction and cannot return.
O It is responsible for the short-distance conduction of the stimulus.
Since Na channels have two states (open and closed), the action potential propagates in a given
direction and cannot return.
Please Disregard the answers as they might be
correct or wrong answers !
Transcribed Image Text:Which statement is true for the propagation of the action potential? (Any number of right answers is possible. Mark right answers with the green tick and wrong ones with the red cross.) There are no voltage-gated Na" channels below the myelin sheath, thereby the stimulus propagates saltatory, resulting in a larger propagation velocity. Due to the inactive state of Na' channels following their open state, the action potential propagates in a given direction and cannot return. O It is responsible for the short-distance conduction of the stimulus. Since Na channels have two states (open and closed), the action potential propagates in a given direction and cannot return. Please Disregard the answers as they might be correct or wrong answers !
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