Barcelona / Pasadena / Boston / Manneville / Washington / DC / Toronto / London / /
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AMP / Pearson / /
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United States / Canada / United Kingdom / Spain / /
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CFP / / /
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Product Issues / /
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Howard Hughes Medical Institute / A. Hall / Mount Sinai Hospital / Samuel Lunenfeld Research Institute / University Avenue / Ontario Genomics Institute / Hughes Medical Institute / California Institute of Technology / /
IndustryTerm
information processing / cellular networks / online version / protein networks / protein products / higher-order cellular information processing operations / biological systems / Online Material / phosphorylation network / Molecular information processing systems / energy / image analysis protocol / integrative network algorithm / food production / fluorescence resonance energy transfer / Information processing systems / encoded technologies / /
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set 1565 / /
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FOS Smg1 Warts / SAD / diseases / /
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Harvard Medical School / California Institute of Technology / Ontario Genomics Institute / Drosophila RNAi Screening Center / Samuel Lunenfeld Research Institute / 2Howard Hughes Medical Institute / Leukemia and Lymphoma Society / Institute for Cancer Research / Hughes Medical Institute / Spanish Council for Scientific Research / American Association for the Advancement of Science / FRET dJun Department of Genetics / European Union / Division of Chemistry and Chemical Engineering / Mount Sinai Hospital / /
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Christina D. Smolke / Nat / Maung Nyan Win / J. G. Gindhart Jr. / /
Phosphorylation Networks Regulating JNK Activity in Diverse Genetic Backgrounds Chris Bakal, et al. Science 322, [removed]); DOI: [removed]science[removed]The following resources related to this article are available onli