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Flip-flop / Transcription factor / Promoter / Bistability / Transcriptional regulation / Regulation of gene expression / Epigenetics / Signal transduction / Sequential logic / Biology / Gene expression / Gene regulatory network


11693_2007_9006_1_2-web
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Document Date: 2015-04-03 03:41:58


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City

Munich / Ko¨ln / San Diego / /

Company

Fisher AG / I2 I2 S S A / Khodursky AB / Bernstein / Business Media B.V. / /

Country

Germany / United States / /

Currency

Rs / /

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EntertainmentAwardEvent

Emmy / /

Event

FDA Phase / /

Facility

The Rockefeller University / University of Freiburg / University of California / /

IndustryTerm

input protocol / signal processing capabilities / genetic networks / natural genetic networks / online version / digital electronics / extent molecular networks / gene regulatory networks / engineered gene networks / regulatory networks / coupled chemical reactions / chemical modification / dynamical systems / synthetic oscillatory network / biochemical networks / /

Organization

Rockefeller University / New York / Center for Theoretical Biological Physics / Institute for Theoretical Physics / National Science Foundation / N. E. Buchler Center for Studies / Theoretical Biological Physics and Physics Department / Department of Physics and CeNS / USA T. Hwa Center for Theoretical Biological Physics / University of Freiburg / University of California at San Diego / /

Person

Fritz Æ Nicolas / Georg Fritz / G. Fritz U. Gerland / Ulrich Gerland / Terence Hwa / Nicolas E. Buchler / Hwa Æ Ulrich / /

Position

Author / Sauer RT / rate mp / mp / /

Product

Fig / /

ProgrammingLanguage

R / /

ProvinceOrState

Pennsylvania / S. / California / New York / Ontario / /

Technology

same input protocol / gene expression / simulation / DNA binding / /

SocialTag