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neurophys

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neurophysOnline version

neurphys

by kenneth thomas
1

cannot strength Sodium Potassium diffusion into stimulus K Na

Action Potential :

Inside the celli s * and MG * *

Outside the cell is * and Cl * .

Stimulation increases membrane permeability to sodium .

Passive depolarization :

Na * goes into the cell by creating a change in electronegativity .

K * goes out of the cell .

Cl * goes the cell .

Decreased membrane permeability to Na , K and Cl .

Active transport :

goes out of the cell .

goes into the cell .

Repolarization occurs due to increase potassium conductance .

Moves back to resting membrane potential .

Resting membrane potential : Muscle - 90 MV

Neuron - 70MV

Absolute Refractory Period :

When a second action potential be elicited .

Relative Refractory Period :

When a second action potential can be elicited , but must be a greater than the first .

Rheobase :

Minimum current for an action potential to occur .

Chronaxie :

Time needed using 2x the rheobase for excitatio n

 
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