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File:Membrane Permeability of a Neuron During an Action Potential.svg

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43: 787:{{Information |description={{en|1=Key:<br /> '''a)''' Sodium (Na+) ion<br /> '''b)''' Potassium (K+) ion<br /> '''c)''' Sodium channel<br /> '''d)''' Potassium channel<br /> '''e)''' Sodium-Potassium Pump In the stages of an action potential, the permeability of the membrane of the neuron changes. At the resting state (1), sodium and potassium ions are unable to pass through the membrane, and the neuron has a negative charge inside (mainly due to the large proteins that are negatively charge... 330: 370: 376: 154: 381: 219:, where the sodium channels close and the potassium channels open, allowing potassium ions to cross the membrane and flood into the extracellular fluid, resulting in a positive charge in the extracellular fluid and a negative charge that is below the resting potential of the neuron. Finally, the membrane potential returns to the resting state as the potassium channels close during the 311: 140: 99: 800: 282: 770: 210:, sodium and potassium ions are unable to pass through the membrane, and the neuron has a negative charge inside (mainly due to the large proteins that are negatively charged, as well as the lower amount of positive K+ ions inside the neuron). Once the action potential is triggered, the 214:
of the neuron activates the sodium channel, allowing sodium ions to pass through the membrane of the neuron and results in a positive charge in the neuron and a negative charge in the extracellular fluid. After the action potential is reached, the neuron begins
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In the stages of an action potential, the permeability of the membrane of the neuron changes. At the
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Membrane Permeability of a Neuron During an Action Potential.pdf
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Membrane Permeability of a Neuron During an Action Potential.svg
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Membrane Permeability of a Neuron During an Action Potential
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Information from its 339:text that can be 111:description page there 221:refractory period (4) 204:Sodium-Potassium Pump 343:using a text editor. 272:SVG development 256:Action potential.svg 158:Action potential.svg 70:2,560 × 1,894 pixels 419:– to adapt the work 335:This diagram uses 250:Own work based on: 52:Other resolutions: 795:00:56, 1 June 2018 765:21:51, 2 June 2018 570:author name string 555:Wikimedia username 217:repolarization (3) 212:depolarization (2) 189:Potassium (K+) ion 74:1,200 × 888 pixels 66:1,280 × 947 pixels 62:1,024 × 758 pixels 924: 923: 848:Global file usage 820: 632:copyright license 477: 350: 349: 341:easily translated 208:resting state (1) 199:Potassium channel 126: 125: 106:Wikimedia Commons 32:Global file usage 928: 898: 880:Beat (acoustics) 832:Action potential 807: 777: 596:copyright status 577: 574: 564: 559: 549: 544: 460: 457: 454: 451: 448: 440:as the original. 402: 389:Creative Commons 383: 382: 378: 377: 372: 371: 338: 332: 313: 304: 298: 284: 242: 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File:Membrane Permeability of a Neuron During an Action Potential.svg
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Action potential.svg
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Membrane Permeability of a Neuron During an Action Potential.pdf
Action potential.svg
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