| Document Date: 2011-08-10 05:51:03
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City Manrubia / Copenhagen / / Company Gould / Cambridge University Press / / Country United States / / Currency cent / / / Facility Institute forTheoretical Physics / / IndustryTerm prototype networks / threshold network / genetic regulatory networks / daughter network / biochemical systems / real genetic networks / regulatory genetic network / subsequent networks / neural network / genetic network / genetic networks / mother network / accepted networks mutant networks random networks / model neural networks / evolutionary law / generated threshold networks / explicit energy function / dynamical networks / real molecular networks / threshold networks / combinatory mapsöneutral networks / logical networks / supercritical networks / neighbour mutant networks / Neutral networks / random threshold networks / random dynamical networks / molecular networks / regulatory networks / random network / genetic regulation networks / particular network / networks mutant networks random networks / subcritical networks / coli transcriptional network / neural threshold networks / random networks / evolved and random networks / larger systems / energy / / Organization Cambridge University / New York Academy of Sciences / Royal Society / / Person Stanley Brown / Van Valen / Kim Sneppen / Van Nimwegen / / Position Author / / ProvinceOrState South Carolina / / PublishedMedium Physica D / Physica A / / Technology genetic engineering / neural network / http / molecular evolution / simulation / genotype / / URL http /
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doirspbRobustness as an evolutionary principle Stefan Bornholdt1* and Kim Sneppen 2 1Institut 2Nordic