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NUMB / Wnt signaling pathway / Lateral inhibition / Cell signaling / Ultrasensitivity / Regulation of gene expression / Juxtacrine signalling / Notch proteins / Biology / Signal transduction / Notch signaling pathway


Mutual Inactivation of Notch Receptors and Ligands Facilitates Developmental Patterning David Sprinzak1,2., Amit Lakhanpal1,2., Lauren LeBon1,2, Jordi Garcia-Ojalvo3, Michael B. Elowitz1,2* 1 Howard Hughes Medical Instit
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Document Date: 2011-06-10 12:53:14

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File Size: 1,70 MB

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Barcelona / Pasadena / Milan / /

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Chitnis AB / BP / Matsuda / cDi / Fannie / Creative Commons / /

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United States / /

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Howard Hughes Medical Institute / California Institute of Technology / /

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lateral inhibition systems / biological patterning systems / natural systems / diverse biological systems / web.micinn.es / developmental systems / model systems / steady state solutions / /

MusicGroup

Notch / MI / /

Organization

John Hertz Foundation / UCLA / California Institute of Technology / National Institute of Health / Division of Biology / Caltech Center for Biological Circuit Design / Packard Foundation / Universitat Polite`cnica de Catalunya / Ecole Normale Supe´rieure / Department of Applied Physics / Howard Hughes Medical Institute / /

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AL JGO MBE / Denis Thieffry / AL LL JGO / Salud Carlos III / /

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original author / Editor / Author / Author Summary Multicellular development / reporter / /

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Michigan / California / /

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PLoS Computational Biology / the PLoS Computational Biology / /

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Arias AM / /

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DSL / PDF / gene expression / simulation / /

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www.nih.gov / www.icrea.cat / www.packard.org / www.isciii.es / www.cbcd.caltech.edu / www.ploscompbiol.org / /

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