Spatial summation: Difference between revisions
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'''Spatial summation''' is a way of achieving [[action potential]] in a [[neuron]] which involves input from multiple cells. Spatial summation is the algebraic summation of potentials from different areas of input, usually on the [[dendrites]]. Summation of [[excitatory postsynaptic potentials]] allows the potential to reach the [[Sensory threshold|threshold]] to generate an action potential, whereas [[inhibitory postsynaptic potentials]] can prevent the cell from achieving action potential. | '''Spatial summation''' is a way of achieving [[action potential]] in a [[neuron]] which involves input from multiple cells. Spatial summation is the algebraic summation of potentials from different areas of input, usually on the [[dendrites]]. Summation of [[excitatory postsynaptic potentials]] allows the potential to reach the [[Sensory threshold|threshold]] to generate an action potential, whereas [[inhibitory postsynaptic potentials]] can prevent the cell from achieving action potential. | ||
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* [[Temporal summation]] | * [[Temporal summation]] | ||
* [[Shunting]] | * [[Shunting]] | ||
* [[Length constant]] | * [[Length constant]][[Category:Suggestion Bot Tag]] | ||
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Latest revision as of 16:01, 20 October 2024
Spatial summation is a way of achieving action potential in a neuron which involves input from multiple cells. Spatial summation is the algebraic summation of potentials from different areas of input, usually on the dendrites. Summation of excitatory postsynaptic potentials allows the potential to reach the threshold to generate an action potential, whereas inhibitory postsynaptic potentials can prevent the cell from achieving action potential.