| Document Date: 2013-10-11 13:34:10
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City Boston / / Company Macmillan Magazines Ltd. / GENE REGULATORY NETWORKS / / Country United States / / / Facility Boston University / stable FIXED POINT / / IndustryTerm synthetic networks / circadian networks / p53 network / p53 activation network / incomplete protein product / lytic machinery / gene chip / noisy systems / protein products / synthetic gene networks / minimal media / analytical tools / oscillator network / oscillatory systems / regulatory networks / gene systems / negative-feedback network / regulatory systems / natural systems / synthetic genetic networks / autorepressive systems / synthetic network / repressilator network / synthetic switching networks / real systems / mathematical and computational tools / post-genomic biotechnology / circadian systems / chemical reactions / theoretical tools / gene product / genetic network / gene products / autorepressive network / genetic networks / hypothetical synthetic network / model circadian network / biological networks / autorepressive gene systems / compared networks / tailor-made synthetic networks / repressive network / regulatory network / co-repressive systems / nonlinear systems / autorepressive gene network / co-repressive network / chemical kinetics / relaxation oscillator network / linear systems / constitutive gene products / gene networks / / Organization Department of Biomedical Engineering / Centre for BioDynamics / Boston University / / Person Jeff Hasty / James Collins / Adam Arkin / Farren Isaacs / David McMillen / / Position representative / reporter / / ProvinceOrState Oregon / Massachusetts / / Technology AIF / biotechnology / ATM / DNA binding / Apoptosis / gene chip / genetic code / simulation / / URL www.nature.com/reviews/genetics / /
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REVIEWS COMPUTATIONAL STUDIES OF GENE REGULATORY NETWORKS: IN NUMERO MOLECULAR BIOLOGY Jeff Hasty, David McMillen, Farren Isaacs and James J. Collins