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This Concept Map has information related to: ghk equation, Furmato, RT/F x ln, 8.314KJ/mol this is commonly referred to as The universal gas constant, Goldman-Hodgkin Katz Equation is useful because It takes into account permeablility, charge, and concentration of each ion, and calculates resting membrane potential when the cell is differentiable permeable to multiple ions by determining the potential of all ions together., RT/F R stand for 8.314KJ/mol, pK(concentration of potassium out) + pNa(concentration of sodium out) + pCl(concentration of chloride in) pK(concentration of potassium in) + pNa(concentration of sodium in) + pCl(concentration of chloride out) in this equation, pK stands for permeability constant of potassium pNa stands for the permeability constant of sodium pCl stands for the permeability constant of chloride, ln which is the natural log of, 98485C.mol also known as Faraday's Constant, ln of pK(concentration of potassium out) + pNa(concentration of sodium out) + pCl(concentration of chloride in) pK(concentration of potassium in) + pNa(concentration of sodium in) + pCl(concentration of chloride out), RT/F F stands for 98485C.mol, Goldman-Hodgkin Katz Equation used to calculate the resting membrane potential for a given cell