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Cell signaling / Cell biology / Transmembrane receptors / Two-component regulatory system / Protein kinase / Histidine kinase / Protein-glutamate methylesterase / Signal transduction / Prokaryote / Biology / Protein domains / Microbiology


Evolution and phyletic distribution of two-component signal transduction systems
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Document Date: 2010-03-03 10:00:22

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File Size: 447,25 KB

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City

Simon / Durham / /

Company

Oak Ridge National Laboratory / TCS / Cox / Archaea / Elsevier Ltd. / Verhoeven AB / Arabidopsis / Shimizu / Bacteria / Ge / Suzuki / Dutta R. Academic Press / /

Country

United States / /

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Facility

University of Tennessee / BioEnergy Science Center / Plant Physiol / Plant Cell Physiol / plant TCSs / /

IndustryTerm

signal transduction systems / protein product / bacterial systems / eukaryotic chemosignaling systems / machinery / transduction systems / studied systems / regulatory systems / prokaryotic twocomponent systems / /

Organization

Department of Microbiology / National Institute of Health / office of Biological and Environmental Research / BioEnergy Science Center / University of Tennessee / Knoxville / DOE office of Science / /

Person

Ruth Silversmith / Robert Bourret / /

Position

Wolanin PM / commander / representative / Corresponding author / /

ProgrammingLanguage

EC / /

ProvinceOrState

Tennessee / Virginia / /

PublishedMedium

Current Opinion / Microbiology / Environmental Research / the Current Opinion / /

RadioStation

Ausubel FM / Lynn AM / /

Technology

genomics / gene expression / /

URL

www.sciencedirect.com / mistdb.com / /

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