Multiple Choice
The time after an excitation during which the cell can produce another action potential, but it requires a larger than normal stimulus, is called the
A) Latency
B) Overshoot
C) Relative refractory period
D) Absolute refractory period
E) Voltage blockade
Correct Answer:
Verified
Correct Answer:
Verified
Q8: The time after an excitation during which
Q9: “Latency” refers to the<br>A) Delay between increase
Q10: Opening of the inactivation gate of the
Q11: In most cells, Increasing g<sub>K</sub> would cause<br>A)
Q12: A cell has a resting membrane potential
Q13: Repolarization of the nerve during the action
Q14: In most cells, Increasing g<sub>Na</sub> would cause<br>A)
Q15: In the Hodgkin-Huxley explanation of the action
Q16: At rest, the Na channel<br>A) Activation gates
Q17: Opening of the Na+ activation gates in