Looking at the figure #1, at what part of the action potential would you expect to find the voltage-gated Na+ channel in a state where it is closed but sensitive to voltage? Figure 1 3 +30 4 2 -55 1 -70- 5 4 Time (msec) 5 2 and 3 4 and 5 4 1 Membrane potential (mv)
Looking at the figure #1, at what part of the action potential would you expect to find the voltage-gated Na+ channel in a state where it is closed but sensitive to voltage? Figure 1 3 +30 4 2 -55 1 -70- 5 4 Time (msec) 5 2 and 3 4 and 5 4 1 Membrane potential (mv)
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Transcribed Image Text:Looking at the figure #1, at what part of the action potential would you
expect to find the voltage-gated Na+ channel in a state where it is
closed but sensitive to voltage?
Figure 1
3
+30
4
2
-55
-70-
5
2
Time (msec)
1
4
2 and 3
4 and 5
4
2
Membrane potential (mv)
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