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DNA repair / Poly ADP ribose polymerase / Programmed cell death / PARP1 / Nucleotides / PARP inhibitor / PER2 / ARNTL / CLOCK / Biology / Transcription factors / Circadian rhythms


Poly(ADP-Ribose) Polymerase 1 Participates in the Phase Entrainment of Circadian Clocks to Feeding Gad Asher,1,* Hans Reinke,2,5 Matthias Altmeyer,3,4,5 Maria Gutierrez-Arcelus,1 Michael O. Hottiger,3 and Ueli Schibler1,
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Document Date: 2011-06-08 05:03:16

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File Size: 1,59 MB

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City

Geneva / Zurich / Santa Cruz / /

Company

Elsevier Inc. / /

Country

Germany / United States / /

Currency

pence / /

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Facility

Laboratory Diagnostics / laboratory of M.O.H. / laboratory of U.S. / University of Geneva / DNA complex / CLOCK-BMAL1 complex / Molecular Life Science Program University of Zurich / /

Holiday

between day / /

IndustryTerm

impaired food entrainment / food-regimen-induced phase inversion / food entrainment / food shifting / nutrient processing / little food / normal food consumption / energy homeostasis / food anticipatory activity / molecular clock machinery / food-derived signals / food / /

MedicalCondition

inflammation / /

Organization

Federal Aviation Administration / Louis Jeantet Foundation of Medicine / Graduate School / University of Geneva / Institute for Molecular Preventive Medicine / US Federal Reserve / Medical School / Molecular Life Science Program University of Zurich / Zurich / Swiss National Foundation / European Research Council / /

Person

Hans Reinke / Gallego / Alexis Biochemicals / Gad Asher / Cell / Feeding Gad Asher / /

/

Position

liver clock operative / Representative / /

Product

doxycycline / /

ProvinceOrState

Geneva / Nova Scotia / /

PublishedMedium

Molecular Biology / /

Technology

Genomics / antibodies / gene expression / real-time PCR technology / DNA binding / genotype / 3G / gel electrophoresis / recombinant DNA / CAT / /

SocialTag