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Results: 1-9 |
Results: 9
PHOSPHORYLATION AND FUNCTIONAL DESENSITIZATION OF THE ALPHA(2A)-ADRENERGIC RECEPTOR BY PROTEIN-KINASE-C
Authors: LIANG M EASON MG JEWELLMOTZ EA WILLIAMS MA THEISS CT DORN GW LIGGETT SB
Citation: M. Liang et al., PHOSPHORYLATION AND FUNCTIONAL DESENSITIZATION OF THE ALPHA(2A)-ADRENERGIC RECEPTOR BY PROTEIN-KINASE-C, Molecular pharmacology, 54(1), 1998, pp. 44-49
AGONIST-MEDIATED DOWN-REGULATION OF G(ALPHA-I) VIA THE ALPHA(2)-ADRENERGIC RECEPTOR IS TARGETED BY RECEPTOR-G(I) INTERACTION AND IS INDEPENDENT OF RECEPTOR SIGNALING AND REGULATION
Authors: JEWELLMOTZ EA DONNELLY ET EASON MG LIGGETT SB
Citation: Ea. Jewellmotz et al., AGONIST-MEDIATED DOWN-REGULATION OF G(ALPHA-I) VIA THE ALPHA(2)-ADRENERGIC RECEPTOR IS TARGETED BY RECEPTOR-G(I) INTERACTION AND IS INDEPENDENT OF RECEPTOR SIGNALING AND REGULATION, Biochemistry (Easton), 37(45), 1998, pp. 15720-15725
MUTATIONAL ANALYSIS OF GLU-327 OF NA-K+-ATPASE REVEALS STIMULATION OFRB-86(+) UPTAKE BY EXTERNAL K+()
Authors: TEPPERMAN K MILLETTE LA JOHNSON CL JEWELLMOTZ EA LINGREL JB WALLICK ET
Citation: K. Tepperman et al., MUTATIONAL ANALYSIS OF GLU-327 OF NA-K+-ATPASE REVEALS STIMULATION OFRB-86(+) UPTAKE BY EXTERNAL K+(), American journal of physiology. Cell physiology, 42(6), 1997, pp. 2065-2079
ROLE OF THE AMINO-TERMINUS OF THE 3RD INTRACELLULAR LOOP IN AGONIST-PROMOTED DOWN-REGULATION OF THE ALPHA(2A)-ADRENERGIC RECEPTOR
Authors: JEWELLMOTZ EA DONNELLY ET EASON MG LIGGETT SB
Citation: Ea. Jewellmotz et al., ROLE OF THE AMINO-TERMINUS OF THE 3RD INTRACELLULAR LOOP IN AGONIST-PROMOTED DOWN-REGULATION OF THE ALPHA(2A)-ADRENERGIC RECEPTOR, Biochemistry, 36(29), 1997, pp. 8858-8863
G-PROTEIN-COUPLED RECEPTOR KINASE SPECIFICITY FOR PHOSPHORYLATION ANDDESENSITIZATION OF ALPHA(2)-ADRENERGIC RECEPTOR SUBTYPES
Authors: JEWELLMOTZ EA LIGGETT SB
Citation: Ea. Jewellmotz et Sb. Liggett, G-PROTEIN-COUPLED RECEPTOR KINASE SPECIFICITY FOR PHOSPHORYLATION ANDDESENSITIZATION OF ALPHA(2)-ADRENERGIC RECEPTOR SUBTYPES, The Journal of biological chemistry, 271(30), 1996, pp. 18082-18087
A UNIQUE ACIDIC MOTIF WITHIN THE 3RD INTRACELLULAR LOOP OF THE ALPHA(2)C2 ADRENERGIC-RECEPTOR IS REQUIRED FOR AGONIST-PROMOTED PHOSPHORYLATION AND DESENSITIZATION
Authors: JEWELLMOTZ EA LIGGETT SB
Citation: Ea. Jewellmotz et Sb. Liggett, A UNIQUE ACIDIC MOTIF WITHIN THE 3RD INTRACELLULAR LOOP OF THE ALPHA(2)C2 ADRENERGIC-RECEPTOR IS REQUIRED FOR AGONIST-PROMOTED PHOSPHORYLATION AND DESENSITIZATION, The FASEB journal, 9(4), 1995, pp. 850-850
AN ACIDIC MOTIF WITHIN THE 3RD INTRACELLULAR LOOP OF THE ALPHA(2)C2 ADRENERGIC-RECEPTOR IS REQUIRED FOR AGONIST-PROMOTED PHOSPHORYLATION AND DESENSITIZATION
Authors: JEWELLMOTZ EA LIGGETT SB
Citation: Ea. Jewellmotz et Sb. Liggett, AN ACIDIC MOTIF WITHIN THE 3RD INTRACELLULAR LOOP OF THE ALPHA(2)C2 ADRENERGIC-RECEPTOR IS REQUIRED FOR AGONIST-PROMOTED PHOSPHORYLATION AND DESENSITIZATION, Biochemistry, 34(37), 1995, pp. 11946-11953
TISSUE-SPECIFIC AND ISOFORM-SPECIFIC KINETIC-BEHAVIOR OF THE NA,K-ATPASE
Authors: MUNZER JS DALY SE JEWELLMOTZ EA LINGREL JB BLOSTEIN R
Citation: Js. Munzer et al., TISSUE-SPECIFIC AND ISOFORM-SPECIFIC KINETIC-BEHAVIOR OF THE NA,K-ATPASE, The Journal of biological chemistry, 269(24), 1994, pp. 16668-16676
SITE-DIRECTED MUTAGENESIS OF THE NA,K-ATPASE - CONSEQUENCES OF SUBSTITUTIONS OF NEGATIVELY-CHARGED AMINO-ACIDS LOCALIZED IN THE TRANSMEMBRANE DOMAINS
Authors: JEWELLMOTZ EA LINGREL JB
Citation: Ea. Jewellmotz et Jb. Lingrel, SITE-DIRECTED MUTAGENESIS OF THE NA,K-ATPASE - CONSEQUENCES OF SUBSTITUTIONS OF NEGATIVELY-CHARGED AMINO-ACIDS LOCALIZED IN THE TRANSMEMBRANE DOMAINS, Biochemistry, 32(49), 1993, pp. 13523-13530
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