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4] With the above ion concentrations, calculate the membrane bio- potential (Vm) for the cell using the Hodgkin-Goldman-Katz equation: (PK+ [K]e + PNa+ [Natle
4] With the above ion concentrations, calculate the membrane bio- potential (Vm) for the cell using the Hodgkin-Goldman-Katz equation: (PK+ [K]e + PNa+ [Natle + Pc- [Ci-]) RT . (PK+ [K+] + PNa+ [Na+]i + Pci- [Cl]e) Veq == In m ZF Based on the following -44.32 mV -56.27 mV -61.33 mV +44.32 mV +56.27 mV +61.33 mV . . ion permeabilities: PK+ = 1.0 m/s PNa+ = 0.05 m/s Pct = 0.55 m/s .
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Physics
Authors: Alan Giambattista, Betty Richardson, Robert Richardson
2nd edition
77339681, 978-0077339685
