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Nervous system stuff

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Nervous system stuffVersión en línea

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por Aisha Swaray
1

potassium sodium Sodium potassium leak

[ Mild ] Channels that are always open are called channels . leaks into the cell , while leaks out of the cell . There are more channels than channel s

2

sodium open 55 into depolarization sodium depolarizatio

[ Mild ] When a reaches a threshold of negative , voltage gated channels , resulting in an influx of the cell , causing further

3

sodium hillock closed millisecon open all

[ EZ GG ] - 55 threshold : Voltage - gated ion channel in the axon . They are always until membrane potential reaches - 55 ( ) . These channels only open for a

4

negative fluctuating 70mv membrane

[ Mild ] The charge difference , measured as voltage , is the potential . The resing potential is always around negative . Inside the cell is more than outsid e

5

into out against 2 pump 3

[ EZ GG ] A sodium - potassium works by pumping sodium ions of the cell and potassium ions the cell , going their concentration gradient

6

end out open open close slowly lowering open

[ MILD - SPICY ] As the action potential develops , the sodium VG ion channels , while the potassium VG ion channels , allowing K + to diffuse , the membrane potential . K + VG ion channels more than Na + , but remain until the of the action potentia l

7

not hillock between

[ MEH ] " Why does the action potential only move down the axon ? " Action potentials are generated nodes of Ranvier or by diffusion . An influx of sodium creates a mini battery between the axon and the mixed part of the axon . Creates a current flowing between the nodes .

8

presynaptic synaptic neurotransmitter terminal vesicles

[ HARD ! ] Chemical synapses involve the release of a chemical , like a . These are packaged in synaptic . They are communicated by the axon at the

9

presynaptic terminal calcium

[ OKAY ] Depolarization of the plasma membrane at the axon opens VG channels , which enter the axo n

10

neurotransmitters terminal calcium

[ OKAY ] Vesicles in the axon contain , and the influx of signals their releas e

11

graded ESPS ISPS

[ MILD ] Excitatory post - synaptic potential . ( ) and Inhibitory post synaptic potential ( ) are types of potential s

12

contracted Muscles never

[ EZ GG ] that are by the dead motor neurons will contract agai n

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