Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations

Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations

A Correction to this paper has been published: https://doi.org/10.1038/s42003-021-01995-5

Guardado en:
Detalles Bibliográficos
Autores principales: Maxime Van Egroo, Justinas Narbutas, Daphne Chylinski, Pamela Villar González, Pouya Ghaemmaghami, Vincenzo Muto, Christina Schmidt, Giulia Gaggioni, Gabriel Besson, Xavier Pépin, Elif Tezel, Davide Marzoli, Caroline Le Goff, Etienne Cavalier, André Luxen, Eric Salmon, Pierre Maquet, Mohamed Ali Bahri, Christophe Phillips, Christine Bastin, Fabienne Collette, Gilles Vandewalle
Formato: article
Lenguaje:EN
Publicado: Nature Portfolio 2021
Materias:
Biology (General)
QH301-705.5
Acceso en línea:https://doaj.org/article/4de2ba1e764140f18c71cdd44f75d1b7
Etiquetas: Agregar Etiqueta
Sin Etiquetas, Sea el primero en etiquetar este registro!
id oai:doaj.org-article:4de2ba1e764140f18c71cdd44f75d1b7
record_format dspace
spelling oai:doaj.org-article:4de2ba1e764140f18c71cdd44f75d1b72021-12-02T18:15:09ZAuthor Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations10.1038/s42003-021-01995-52399-3642https://doaj.org/article/4de2ba1e764140f18c71cdd44f75d1b72021-04-01T00:00:00Zhttps://doi.org/10.1038/s42003-021-01995-5https://doaj.org/toc/2399-3642A Correction to this paper has been published: https://doi.org/10.1038/s42003-021-01995-5Maxime Van EgrooJustinas NarbutasDaphne ChylinskiPamela Villar GonzálezPouya GhaemmaghamiVincenzo MutoChristina SchmidtGiulia GaggioniGabriel BessonXavier PépinElif TezelDavide MarzoliCaroline Le GoffEtienne CavalierAndré LuxenEric SalmonPierre MaquetMohamed Ali BahriChristophe PhillipsChristine BastinFabienne ColletteGilles VandewalleNature PortfolioarticleBiology (General)QH301-705.5ENCommunications Biology, Vol 4, Iss 1, Pp 1-3 (2021)
institution DOAJ
collection DOAJ
language EN
topic Biology (General)
QH301-705.5
spellingShingle Biology (General)
QH301-705.5
Maxime Van Egroo
Justinas Narbutas
Daphne Chylinski
Pamela Villar González
Pouya Ghaemmaghami
Vincenzo Muto
Christina Schmidt
Giulia Gaggioni
Gabriel Besson
Xavier Pépin
Elif Tezel
Davide Marzoli
Caroline Le Goff
Etienne Cavalier
André Luxen
Eric Salmon
Pierre Maquet
Mohamed Ali Bahri
Christophe Phillips
Christine Bastin
Fabienne Collette
Gilles Vandewalle
Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations
description A Correction to this paper has been published: https://doi.org/10.1038/s42003-021-01995-5
format article
author Maxime Van Egroo
Justinas Narbutas
Daphne Chylinski
Pamela Villar González
Pouya Ghaemmaghami
Vincenzo Muto
Christina Schmidt
Giulia Gaggioni
Gabriel Besson
Xavier Pépin
Elif Tezel
Davide Marzoli
Caroline Le Goff
Etienne Cavalier
André Luxen
Eric Salmon
Pierre Maquet
Mohamed Ali Bahri
Christophe Phillips
Christine Bastin
Fabienne Collette
Gilles Vandewalle
author_facet Maxime Van Egroo
Justinas Narbutas
Daphne Chylinski
Pamela Villar González
Pouya Ghaemmaghami
Vincenzo Muto
Christina Schmidt
Giulia Gaggioni
Gabriel Besson
Xavier Pépin
Elif Tezel
Davide Marzoli
Caroline Le Goff
Etienne Cavalier
André Luxen
Eric Salmon
Pierre Maquet
Mohamed Ali Bahri
Christophe Phillips
Christine Bastin
Fabienne Collette
Gilles Vandewalle
author_sort Maxime Van Egroo
title Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations
title_short Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations
title_full Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations
title_fullStr Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations
title_full_unstemmed Author Correction: Preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations
title_sort author correction: preserved wake-dependent cortical excitability dynamics predict cognitive fitness beyond age-related brain alterations
publisher Nature Portfolio
publishDate 2021
url https://doaj.org/article/4de2ba1e764140f18c71cdd44f75d1b7
work_keys_str_mv AT maximevanegroo authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT justinasnarbutas authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT daphnechylinski authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT pamelavillargonzalez authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT pouyaghaemmaghami authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT vincenzomuto authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT christinaschmidt authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT giuliagaggioni authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT gabrielbesson authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT xavierpepin authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT eliftezel authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT davidemarzoli authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT carolinelegoff authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT etiennecavalier authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT andreluxen authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT ericsalmon authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT pierremaquet authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT mohamedalibahri authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT christophephillips authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT christinebastin authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT fabiennecollette authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
AT gillesvandewalle authorcorrectionpreservedwakedependentcorticalexcitabilitydynamicspredictcognitivefitnessbeyondagerelatedbrainalterations
_version_ 1718378392078778368

Ejemplares similares