Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons

Bibliographic Details
Main Authors: Jaeger Dieter, Maran Selva K
Format: Article
Language:English
Published: BMC 2010-07-01
Series:BMC Neuroscience
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author Jaeger Dieter
Maran Selva K
author_facet Jaeger Dieter
Maran Selva K
author_sort Jaeger Dieter
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issn 1471-2202
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spelling doaj.art-df8412af6cc74088820fb9cee5ae78da2022-12-21T18:14:38ZengBMCBMC Neuroscience1471-22022010-07-0111Suppl 1P11610.1186/1471-2202-11-S1-P116Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neuronsJaeger DieterMaran Selva K
spellingShingle Jaeger Dieter
Maran Selva K
Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons
BMC Neuroscience
title Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons
title_full Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons
title_fullStr Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons
title_full_unstemmed Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons
title_short Data driven generation of Purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons
title_sort data driven generation of purkinje cell spike train correlations to study input output relations in deep cerebellar nuclei neurons
work_keys_str_mv AT jaegerdieter datadrivengenerationofpurkinjecellspiketraincorrelationstostudyinputoutputrelationsindeepcerebellarnucleineurons
AT maranselvak datadrivengenerationofpurkinjecellspiketraincorrelationstostudyinputoutputrelationsindeepcerebellarnucleineurons