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A neurite to measure ePSP and AP amplitude after passive spread (DeMaegd & Stein, 2021)
Margaret L. DeMaegd
Increasing temperatures overwhelmingly shunts dendritic electrical spread in a crustacean motor neuron (LG) leading to the disruption of a vital pattern generator. LG recieves synaptic input from a descending projection neuron (MCN1) via a chemical and electrical synapse. Warmer temperatures increase leak conductances in the neurite and increase the synaptic input. Here, we modelled the conflicting influence of temperature at the MCN1-LG synapse and LG neurite to determine the resulting ePSP and AP amplitude measured at different distanced from the synaptic input after passive progation through the neurite.
  • Demaegd, Maggie [mdemaeg at ilstu.edu] Show Other
  • Stein, Wolfgang [wstein@ilstu.edu] Show Other
mdemaeg@ilstu.edu
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Revisions: 9
Last Time: 8/10/2021 4:41:09 PM
Reviewer: Robert A McDougal
Owner: Tom Morse - MoldelDB admin