in bot 23 Equilibrium potential b c a Stops net movement of
Last updated: 1/23/2023
in bot 23 Equilibrium potential b c a Stops net movement of ions across the membrane down the electrochemical gradient Causes the movement of ions across the membrane against the concentration gradient Initiates the movement of ions across the membrane down the concentration gradient Initiates the movement of ions across the membrane against the concentration gradient d 24 Capacitive and Ohm s resistance of the membrane causes a Equal distribution of charges across the membrane generation of electric gradients and potential differences across the membrane possible modulation of membrane potential b Unequal distribution of charges across the membrane generation of electric gradients and potentiall difference across the membrane possible modulation of membrane potential c Equal distribution of charges across the membrane generation of electric gradients and potential difference across the membrane possible propagation of membrane potential d Unequal distribution of charges across the membrane generation of electric gradients and potentia difference across the membrane possible propagation of membrane potential