Time and frequency characteristics of purkinje cell complex spikes in the awake monkey performing a nonperiodic task

Shahin Hakimian; Scott A. Norris; Bradley Greger; Jeffrey G. Keating; Charles H. Anderson; W. Thomas Thach

doi:10.1152/jn.90277.2008

Time and frequency characteristics of purkinje cell complex spikes in the awake monkey performing a nonperiodic task

Shahin Hakimian, Scott A. Norris, Bradley Greger, Jeffrey G. Keating, Charles H. Anderson, W. Thomas Thach

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13 Scopus citations

Abstract

A number of studies have been interpreted to support the view that the inferior olive climbing fibers send periodic signals to the cerebellum to time and pace behavior. In a direct test of this hypothesis in macaques performing nonperiodic tasks, we analyzed continuous recordings of complex spikes from the lateral cerebellar hemisphere. We found no periodicity outside of a 100-ms relative refractory period.

Original language	English
Pages (from-to)	1032-1040
Number of pages	9
Journal	Journal of neurophysiology
Volume	100
Issue number	2
DOIs	https://doi.org/10.1152/jn.90277.2008
State	Published - Aug 2008

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title = "Time and frequency characteristics of purkinje cell complex spikes in the awake monkey performing a nonperiodic task",

abstract = "A number of studies have been interpreted to support the view that the inferior olive climbing fibers send periodic signals to the cerebellum to time and pace behavior. In a direct test of this hypothesis in macaques performing nonperiodic tasks, we analyzed continuous recordings of complex spikes from the lateral cerebellar hemisphere. We found no periodicity outside of a 100-ms relative refractory period.",

author = "Shahin Hakimian and Norris, {Scott A.} and Bradley Greger and Keating, {Jeffrey G.} and Anderson, {Charles H.} and Thach, {W. Thomas}",

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AU - Hakimian, Shahin

AU - Norris, Scott A.

AU - Greger, Bradley

AU - Keating, Jeffrey G.

AU - Anderson, Charles H.

AU - Thach, W. Thomas

PY - 2008/8

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AB - A number of studies have been interpreted to support the view that the inferior olive climbing fibers send periodic signals to the cerebellum to time and pace behavior. In a direct test of this hypothesis in macaques performing nonperiodic tasks, we analyzed continuous recordings of complex spikes from the lateral cerebellar hemisphere. We found no periodicity outside of a 100-ms relative refractory period.

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AN - SCOPUS:55249107558

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SP - 1032

EP - 1040

JO - Journal of neurophysiology

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ER -

Time and frequency characteristics of purkinje cell complex spikes in the awake monkey performing a nonperiodic task

Abstract

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