| Document Date: 2013-12-02 10:16:08
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City Rinaldi / Amsterdam / Walport / Flossdorf / Lyon / Goldberg / Elowitz / L.A. / Gerstein / New York / Hannett / / Company Mayo A.E. / Cambridge University Press / Shimizu / Dexter / Elsevier Inc. / / Country United States / / / Facility Plant Physiol / RhoGAP complex / Weizmann Institute of Science / / IndustryTerm Genetic regulatory networks / human regulatory network / transcription networks / sensory systems / enzymatic networks / biomolecular regulatory networks / transcriptional networks / signal transduction systems / analytical solution / genetic networks / human transcription networks / monocyclic systems / transcriptional regulation network / animal gene regulatory networks / nonlinear systems / bacterial signaling systems / regulatory networks / intracellular regulatory networks / regulatory systems / pulse-generating networks / biochemical reaction networks / synthetic oscillatory network / gene networks / biochemical networks / / MedicalCondition starvation / autoimmune disease / inflammation / / Organization Cambridge University / Israel Science Foundation / European Research Council / Weizmann Institute of Science / / Person Ben-Zion Shilo / Edward H. Egelman / Cua / Nat / Hariharan / Ben-Zvi / / Position Abisch-Frenkel Professorial Chair / Hunter / messenger / D.J. / / ProvinceOrState South Dakota / New Jersey / New Mexico / M.B. / / Technology alpha / BMP / gene expression / http / Simulation / stem cells / apoptosis / / URL http /
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The Utility of Paradoxical Components in Biological Circuits