| Document Date: 2008-05-05 08:00:09
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City Kansas City / Santa Fe / / Company Complex Systems / 2The Bios Group / B3b / 3Discrete Dynamics Inc. / Wiley Periodicals Inc. / / Event Natural Disaster / / Facility University of Missouri / Santa Fe Institute / / IndustryTerm near power-law distribution / Genetic regulatory networks / ordered nontrivial network / transcriptional regulatory networks / genetic networks / ordered networks / gene microarray technology / gene regulatory network / business to business / large model transcriptional regulatory networks / wired networks / biological systems / gene regulatory networks / model genetic network / Representative gene networks / transcriptional systems / eukaryotic gene networks / continuous systems / chemical simplicity / dynamical systems / ranscriptional regulatory networks / genomic regulatory systems / / Organization University of Missouri at Kansas City / U.S. Department of Energy / National Science Foundation / / Person Andreas Wagner / Gene Activities / / Position Major / Representative / forward / reporter / / ProvinceOrState Missouri / New Mexico / / PublishedMedium Complex Systems / / Technology DNA Chip / gene expression / cell signaling / gene microarray technology / human genome / / URL www.dlab.com / /
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A Model of Transcriptional Regulatory Networks Based on Biases in the Observed Regulation Rules STEPHEN E. HARRIS, 1 BRUCE K. SAWHILL, 2 ANDREW WUENSCHE, 3 AND STUART KAUFFMAN 2 1