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Signal transduction / Genetics / Tumor suppressor genes / Period / Advanced sleep phase disorder / Phosphorylation / Protein kinase / Mutation / P53 / Biology / Proteins / Casein kinase 1


REPORTS An hPer2 Phosphorylation Site Mutation in Familial Advanced Sleep Phase Syndrome Kong L. Toh,1* Christopher R. Jones,2,3* Yan He,4 Erik J. Eide,5
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Document Date: 2011-08-30 17:40:38

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City

Neuroreport / Sunnyvale / Burlingame / Watertown / Foster City / Vista / /

Company

K. Wager-Smith S. A. / GenBank / Huntsman / hPer2 cDNA GenBank / /

Country

United States / /

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Facility

National Center / Howard Hughes Medical Institute / University of Utah School / Hospital Sleep Disorders Center / University of Utah / Hughes Medical Institute / BAC library / /

IndustryTerm

recognition site / potential phosphorylation site / chemical stimuli / model systems / peak-calling software / Web text / rubber cement / /

MarketIndex

set 400 / /

Organization

3University Hospital Sleep Disorders Center / University of Utah School of Medicine / National Institute of Health / 7Howard Hughes Medical Institute / University of Utah / Salt Lake City / Public Health Service / National Center for Research Resources / Howard Hughes Medical Institute / Department of Human Genetics / Institutional Review Board for Human Research / /

Person

Lixia Yue / David E. Clapham / Loren W. Runnels / Yan He / /

Position

Investigator / /

Product

acetic acid / TnT / /

ProvinceOrState

Utah / Alabama / /

Technology

x-ray / electrophoresis / antibodies / hybridization / directed mutagenesis / genotyping / genotype / recombination / /

URL

www.sciencemag.org / /

SocialTag