Morphogenesis at criticality? Dmitry Krotov1,2, Julien O. Dubuis1,2,3, and William Bialek1,2 Short Abstract — We study the spatial pattern formed by the gap gene proteins in the early fruit fly embryo, which is anchore - Gap gene - Document - PDFSEARCH.IO

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	Morphogenesis at criticality? Dmitry Krotov1,2, Julien O. Dubuis1,2,3, and William Bialek1,2 Short Abstract — We study the spatial pattern formed by the gap gene proteins in the early fruit fly embryo, which is anchore Add to Reading List Document Date: 2013-07-16 18:42:22 Open Document File Size: 212,96 KB Share Result on Facebook City Oxford / / Company Joseph Henry Laboratories / / Country United States / / / Facility Princeton University / Sigler Institute / Hughes Medical Institute / / IndustryTerm genetic networks / gene network / gene regulatory networks / real genetic network / regulatory network / / Organization Princeton University / 2Lewis-Sigler Institute for Integrative Genomics / 3Howard Hughes Medical Institute / / Position Hb / / ProvinceOrState New Jersey / / PublishedMedium Molecular Systems Biology / / Technology Genomics / / SocialTag Embryology Gene expression Pair-rule gene Segment polarity gene Krüppel Gene regulatory network Segmentation Drosophila embryogenesis Biology Developmental biology

Morphogenesis at criticality? Dmitry Krotov1,2, Julien O. Dubuis1,2,3, and William Bialek1,2 Short Abstract — We study the spatial pattern formed by the gap gene proteins in the early fruit fly embryo, which is anchoreAdd to Reading List