Graded potential and action potential steps

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Place the steps of action potentials and graded potentials in order.

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Carey, Amanda

United States

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Graded potential and action potential stepsVersion en ligne Place the steps of action potentials and graded potentials in order. par Carey, Amanda 1 Put the steps of the action potential in order Membrane voltage goes to -70mV All sodium and potasium voltage channels are closed. Only leakage channels are open Sodium rushes into the cell Axon Hillock is depolarized Sodium-Potassium pump reestablishes the RMP of -70mV Inactivation socium channels close. Potassium voltage gated channels open. Sodium channels start to reset Membrane potential reaches -55mV after the axon hillock Some potassium stays open resulting in -90mV, All sodium channels are reset Sodium voltage gates open, potassium voltage gates stay closed Cell membrane reaches +30mV, next segment is depolarized at the same time. 2 Put the steps of the graded potential in order IPSP and EPSP are summed up and an action potenial is initiated if the threshold of -70mV is reached. Neurotransmitter binds to the receptor and opens the sodium gated channels Sodium enters the ICF, then receptor closes. As sodium enters the ICF, it moves away from the channel via diffusion and like-charges repelling As ions move further away, the depolarization gets smaller due to the charges dispersing. The positive charge spreads and depolarizes the next regions of the neuron Multiple depolarizations can strengthen the graded potential, helping it get to the axon hillock

Graded potential and action potential stepsVersion en ligne

Place the steps of action potentials and graded potentials in order.

par Carey, Amanda

Put the steps of the action potential in order

Membrane voltage goes to -70mV

All sodium and potasium voltage channels are closed. Only leakage channels are open

Sodium rushes into the cell

Axon Hillock is depolarized

Sodium-Potassium pump reestablishes the RMP of -70mV

Inactivation socium channels close. Potassium voltage gated channels open. Sodium channels start to reset

Membrane potential reaches -55mV after the axon hillock

Some potassium stays open resulting in -90mV, All sodium channels are reset

Sodium voltage gates open, potassium voltage gates stay closed

Cell membrane reaches +30mV, next segment is depolarized at the same time.

Put the steps of the graded potential in order

IPSP and EPSP are summed up and an action potenial is initiated if the threshold of -70mV is reached.

Neurotransmitter binds to the receptor and opens the sodium gated channels

Sodium enters the ICF, then receptor closes.

As sodium enters the ICF, it moves away from the channel via diffusion and like-charges repelling

As ions move further away, the depolarization gets smaller due to the charges dispersing.

The positive charge spreads and depolarizes the next regions of the neuron

Multiple depolarizations can strengthen the graded potential, helping it get to the axon hillock

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Graded potential and action potential steps

Rangées

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Graded potential and action potential stepsVersion en ligne

par Carey, Amanda

Put the steps of the action potential in order

Put the steps of the graded potential in order

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