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Cell biology / Growth factors / MAPK/ERK pathway / Protein kinases / Crosstalk / Ras subfamily / Platelet-derived growth factor receptor / Mitogen-activated protein kinase / Platelet-derived growth factor / Biology / Signal transduction / Cell signaling


Resource Using Optogenetics to Interrogate the Dynamic Control of Signal Transmission by the Ras/Erk Module Jared E. Toettcher,1,2,3 Orion D. Weiner,2,3,* and Wendell A. Lim1,3,4,*
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Document Date: 2014-12-24 04:42:47

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File Size: 1,14 MB

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Santos / Oppenheim / /

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Complex Signaling Networks / P90RSK PLC / Shimizu / LIGAND / Komatsu / Elsevier Inc. / /

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Hughes Medical Institute University of California San Francisco / N terminus / 2Cardiovascular SUMMARY The complex / /

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physiological response network / chemical dimerizer modules / physiological signaling response network / noisy systems / Chemical dimerizers / distinct extracellular chemical / cellular optogenetic tools / electronics / signal-processing relationships / cellular network / signal-processing functions / cell-signaling networks / bandwidth transmission device / signal-processing modules / cellular signaling networks / /

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related cytokine leukemia inhibitory factor / serum starvation / /

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National Institute of Health / African Union / Biochemistry 4Howard Hughes Medical Institute University of California San Francisco / San Francisco / /

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Ain Aout / /

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live-cell reporter / Bishop / Erk activation reporter / Representative / complex model of cell-cell communication / reporter / Erk reporter / /

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