25 Jan Goldman Equation Calculate the equilibrium potential for K+ and NA+ When: •Room temperature= 310.15 Kelvin •K+ is 70 mM inside the cell and 7 mM outside the cell. •NA+ is 10 mM insi
Here is a practice question I am stuck on. Thank you!
Goldman Equation
Calculate the equilibrium potential for K+ and NA+
When:
•Room temperature= 310.15 Kelvin
•K+ is 70 mM inside the cell and 7 mM outside the cell.
•NA+ is 10 mM inside the cell and 80 mM outside the cell
•Permeability to K is 30 times greater than it is to Na
R = 8.314 J/(mol K)
F = 96,485 C/mol
T = absolute temperature (in Kelvin)
[x]o= ionic concentration outside the cell
[x]i= ionic concentration inside the cell
P = Relative permeability
