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Avidin / Proteins / Receptors / G protein-coupled receptor / Biotin / Streptavidin / Fluorescence spectroscopy / Biology / Membrane biology / Biotinylation


Functional Immobilization of a Ligand-Activated G-Protein-Coupled Receptor Lars Neumann,‡[a] Thorsten Wohland,‡[b] Rebecca J. Whelan,[b] Richard N. Zare,*[b] and Brian K. Kobilka*[a] G-protein-coupled receptors (GPCRs)
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Document Date: 2009-12-04 19:09:59


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Irvine / Edison / Media / Brattleboro / Dallas / Bedford / Trenton / Thornwood / Weinheim / Mannheim / Diego / San Diego / /

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Millipore / Ligand / Prolinx Inc. / WILEY-VCH Verlag GmbH & Co. KGaA / Texas Instruments / Pharmacia / Amersham Biosciences / /

Country

Germany / Sweden / United States / /

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USD / /

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National Institute / Howard Hughes Medical Institute Stanford University / /

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Enough protein solution / protein solutions / detergent solution / protein-free buffer solutions / extracellular labeling site / oil immersion / protein chip / /

Organization

National Institute on Drug Abuse / R. J. Whelan Department / Stanford University Stanford / Stanford University / European Molecular Biology Organization / Swiss National Science Foundation / NHS / Mather's Charitable Foundation / /

Person

Rebecca J. Whelan / Nat / R. N. Zare / Yvon Horiba / Thorsten Wohland / Richard N. Zare / T. Wohland / S. M. Nie / A. Van Orden / Brian K. Kobilka / B. K. Kobilka / Lars Neumann / L. Neumann / /

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Position

R. N. / conformationally sensitive fluorescent reporter / R.N. / reporter / /

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Iowa / /

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Stanford University / /

Technology

high-throughput screening / human genome / drug screening / laser / drug discovery / spectroscopy / protein chip / dialysis / /

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