The equilibrium potential for a channel can be described as proportional to the
A) difference between the concentration inside the cell and outside the cell.
B) between the logarithms of the concentration inside the cell and outside the cell.
C) addition of the logarithms of the concentration inside the cell and outside the cell.
D) addition of the concentration inside the cell and outside the cell.
E) multiplication of the logarithms of the concentration inside the cell and outside the cell.
Correct Answer:
Verified
Q35: At the equilibrium potential
A) the concentration gradient
Q36: When membrane potential is at the equilibrium
Q37: Increasing the concentration of potassium ions on
Q38: If the potassium ion concentration is 3
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Q41: A "rectifiying" channel
A) does not conduct ions
Q42: Based on the Nernst equation, if the
Q43: Based on the Nernst equation, if the
Q44: Eyring rate theory models of ion permeation
A)
Q45: Ion permeation can be described as
A) simple
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