Temporal summation: Difference between revisions
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'''Temporal summation''' is an effect generated by a single [[neuron]] as a way of achieving [[action potential]]. Summation occurs when the [[time constant]] is sufficiently long and the [[frequency]] of rises in potential are high enough that a rise in potential begins before a previous one ends. The amplitude of the previous potential at the point where the second begins will algebraically summate, generating a potential that is overall larger than the individual potentials. This allows the potential to reach the [[Sensory threshold|threshold]] to generate an action potential. | '''Temporal summation''' is an effect generated by a single [[neuron]] as a way of achieving [[action potential]]. Summation occurs when the [[time constant]] is sufficiently long and the [[frequency]] of rises in potential are high enough that a rise in potential begins before a previous one ends. The amplitude of the previous potential at the point where the second begins will algebraically summate, generating a potential that is overall larger than the individual potentials. This allows the potential to reach the [[Sensory threshold|threshold]] to generate an action potential. | ||
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Latest revision as of 16:00, 25 October 2024
Temporal summation is an effect generated by a single neuron as a way of achieving action potential. Summation occurs when the time constant is sufficiently long and the frequency of rises in potential are high enough that a rise in potential begins before a previous one ends. The amplitude of the previous potential at the point where the second begins will algebraically summate, generating a potential that is overall larger than the individual potentials. This allows the potential to reach the threshold to generate an action potential.