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Cell biology / Cell signaling / Peripheral membrane proteins / G protein-coupled receptor / GTPase / G protein / Membrane protein / Rab / Palmitoylation / Biology / Membrane biology / Signal transduction


Biochemistry 1999, 38, [removed]13801 Restricting the Mobility of GsR: Impact on Receptor and Effector Coupling Tae Weon Lee,‡ Roland Seifert,‡,§ Xiaoming Guan,| and Brian K. Kobilka*,‡,|
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Document Date: 2009-12-04 19:10:33

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Rahway / Hercules / Boston / Baltimore / Mannheim / L. A. / Diego / Lawrence / San Diego / /

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Amersham / Wilson / Merck Research Labs / Bio-Rad / /

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Germany / United States / /

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University of Montreal / Howard Hughes Medical Institute / mM cAMP / Brian K. Kobilka* / ‡ / | Howard Hughes Medical Institute / terminus of GSR / University of Kansas / Johns Hopkins University / /

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experimental systems / biosynthetic processing / protease cleavage site / degradation products / cleavage site / /

MedicalCondition

strokes / relative deficiency / dissociation / GsR dissociation / /

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Stanford UniVersity Medical School / DiVision of CardioVascular Medicine / Johns Hopkins University / Effector Coupling Tae Weon Lee / ‡ Roland Seifert / ‡ / § Xiaoming Guan / | and Brian K. Kobilka* / ‡ / | Howard Hughes Medical Institute / University of Montreal / Department of Biochemistry / University of Kansas / Department of Pharmacology and Toxicology / Beckman Center / Howard Hughes Medical Institute / Stanford / /

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Tae Weon Lee / Lam / V / Hashimoto / Roland Seifert / M. Bouvier / R. R. Reed / Brian K. Kobilka / /

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representative / /

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glycine / Samsung TL100 Digital Camera / /

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Kansas / New Jersey / California / /

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gel electrophoresis / /

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