Ionic conductances of the IO cell.

Ionic conductances of the IO cell.

<div><p>Olivocerebellar learning is highly adaptable, unfolding over minutes to weeks depending on the task. However, the stabilizing mechanisms of the synaptic dynamics necessary for ongoing learning remain unclear. We constructed a model to examine plasticity dynamics under stochastic...

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Bibliographic Details
Main Author: Elías M. Fernández Santoro (22470299) (author)
Other Authors: Lennart P.L. Landsmeer (22470302) (author), Said Hamdioui (21739013) (author), Christos Strydis (8270760) (author), Chris I. De Zeeuw (7304621) (author), Aleksandra Badura (252212) (author), Mario Negrello (4451539) (author)
Published: 2025
Subjects:
Cell Biology
Neuroscience
Biological Sciences not elsewhere classified
Information Systems not elsewhere classified
unique molecular profiles
frequency band pfs
homeostatic bidirectional plasticity
examine plasticity dynamics
cerebellar nuclei neurons
high intrinsic firing
downbound modules determine
synaptic dynamics necessary
downbound cerebellar micromodules
io neurons participating
synaptic plasticity
downbound micromodules
io neurons
baseline firing
downbound zones
synaptic weights
downbound pcs
weeks depending
stochastic input
stabilizing mechanisms
stabilized optimally
results indicate
relatively low
purkinje cell
overall strength
organized loops
inferior olive
highly adaptable
differential levels
different levels
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