The resting membrane potential of neurons is, on average, -70mV. This is nearest the equilibrium potential for because o

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The Resting Membrane Potential Of Neurons Is On Average 70mv This Is Nearest The Equilibrium Potential For Because O 1 (21.22 KiB) Viewed 81 times

The Resting Membrane Potential Of Neurons Is On Average 70mv This Is Nearest The Equilibrium Potential For Because O 2 (11.37 KiB) Viewed 81 times

The Resting Membrane Potential Of Neurons Is On Average 70mv This Is Nearest The Equilibrium Potential For Because O 3 (14.04 KiB) Viewed 81 times

The resting membrane potential of neurons is, on average, -70mV. This is nearest the equilibrium potential for because of channels. 1 2 A. Na+, Na+ leak OB K+: voltage-gated K+ channels OCK+; K+ leak OD. Na+; voltage-gated Na+ channels
Sensory transduction is mediated by the opening or closing of ion channels, resulting in A. IPSPS OB. receptor potentials ⒸC.EPSPS OD. postsynaptic potentials
The scientists who helped support Katz's Quantal Hypothesis by imaging (using Electron Microscopy) the fusion of synaptic vesicles with the plasma membrane of the axon terminal were: Heuser and Reese Dougie and Heuser Reese and Pieces Fatt and Katz Jorgensen and Reese por