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Results: 1-11 |
Results: 11
STEPWISE PHOSPHORYLATION MECHANISMS AND SIGNAL TRANSMISSION WITHIN A LIGAND-RECEPTOR-G-ALPHA-BETA-GAMMA-PROTEIN-COMPLEX
Authors: NEDERKOORN PHJ TIMMERMAN H TIMMS D WILKINSON AJ KELLY DR BROADLEY KJ DAVIES RH
Citation: Phj. Nederkoorn et al., STEPWISE PHOSPHORYLATION MECHANISMS AND SIGNAL TRANSMISSION WITHIN A LIGAND-RECEPTOR-G-ALPHA-BETA-GAMMA-PROTEIN-COMPLEX, Journal of molecular structure. Theochem, 452, 1998, pp. 25-47
DEVELOPMENT OF A 3-DIMENSIONAL CYSLT(1) (LTD4) ANTAGONIST MODEL WITH AN INCORPORATED AMINO-ACID RESIDUE FROM THE RECEPTOR
Authors: ZWAAGSTRA ME SCHOENMAKERS SHHF NEDERKOORN PHJ GELENS E TIMMERMAN H ZHANG MQ
Citation: Me. Zwaagstra et al., DEVELOPMENT OF A 3-DIMENSIONAL CYSLT(1) (LTD4) ANTAGONIST MODEL WITH AN INCORPORATED AMINO-ACID RESIDUE FROM THE RECEPTOR, Journal of medicinal chemistry, 41(9), 1998, pp. 1439-1445
TRIMERIC G-ALPHA-BETA-GAMMA PROTEIN COUPLING TO A 3D MODEL OF G-PROTEIN-COUPLED RECEPTORS CONFIRMING A NEW MOLECULAR MECHANISM FOR ACTIVATION
Authors: NEDERKOORN PHJ DAVIES RH TIMMS D TIMMERMAN H
Citation: Phj. Nederkoorn et al., TRIMERIC G-ALPHA-BETA-GAMMA PROTEIN COUPLING TO A 3D MODEL OF G-PROTEIN-COUPLED RECEPTORS CONFIRMING A NEW MOLECULAR MECHANISM FOR ACTIVATION, Receptors & channels, 5(2), 1997, pp. 91
THE ROLE OF ARGININE IN THE BINDING OF LTD4 ANTAGONISTS TO CYSLT(1) RECEPTORS OF GUINEA-PIG LUNG
Authors: ZHANG MQ ZWAAGSTRA ME NEDERKOORN PHJ TIMMERMAN H
Citation: Mq. Zhang et al., THE ROLE OF ARGININE IN THE BINDING OF LTD4 ANTAGONISTS TO CYSLT(1) RECEPTORS OF GUINEA-PIG LUNG, Bioorganic & medicinal chemistry letters, 7(10), 1997, pp. 1331-1336
GTP SYNTHASES - PROTON-PUMPING AND PHOSPHORYLATION IN LIGAND-RECEPTOR-G-BETA-ALPHA-PROTEIN COMPLEXES
Authors: NEDERKOORN PHJ TIMMERMAN H DENKELDER GMDO TIMMS D WILKINSON AJ KELLY DR BROADLEY KJ DAVIES RH
Citation: Phj. Nederkoorn et al., GTP SYNTHASES - PROTON-PUMPING AND PHOSPHORYLATION IN LIGAND-RECEPTOR-G-BETA-ALPHA-PROTEIN COMPLEXES, Receptors & channels, 4(2), 1996, pp. 111
AN ALTERNATIVE MODEL FOR HEME LIGATION IN NITRATE REDUCTASE AND ANALOGOUS RESPIRATORY CYTOCHROME-B COMPLEXES
Authors: VANDEROOST J NEDERKOORN PHJ STOUTHAMER AH WESTERHOFF HV VANSPANNING RJM
Citation: J. Vanderoost et al., AN ALTERNATIVE MODEL FOR HEME LIGATION IN NITRATE REDUCTASE AND ANALOGOUS RESPIRATORY CYTOCHROME-B COMPLEXES, Molecular microbiology, 22(1), 1996, pp. 193-195
THE AGONISTIC BINDING-SITE AT THE HISTAMINE H-2-RECEPTOR .1. THEORETICAL INVESTIGATIONS OF HISTAMINE BINDING TO AN OLIGOPEPTIDE MIMICKING APART OF THE 5TH TRANSMEMBRANE ALPHA-HELIX
Authors: NEDERKOORN PHJ VANLENTHE JH VANDERGOOT H DENKELDER GMDO TIMMERMAN H
Citation: Phj. Nederkoorn et al., THE AGONISTIC BINDING-SITE AT THE HISTAMINE H-2-RECEPTOR .1. THEORETICAL INVESTIGATIONS OF HISTAMINE BINDING TO AN OLIGOPEPTIDE MIMICKING APART OF THE 5TH TRANSMEMBRANE ALPHA-HELIX, Journal of computer-aided molecular design, 10(5), 1996, pp. 461-478
THE AGONISTIC BINDING-SITE AT THE HISTAMINE H-2-RECEPTOR .2. THEORETICAL INVESTIGATIONS OF HISTAMINE BINDING TO RECEPTOR MODELS OF THE 7 ALPHA-HELICAL TRANSMEMBRANE DOMAIN
Authors: NEDERKOORN PHJ VANGELDER EM DENKELDER GMDO TIMMERMAN H
Citation: Phj. Nederkoorn et al., THE AGONISTIC BINDING-SITE AT THE HISTAMINE H-2-RECEPTOR .2. THEORETICAL INVESTIGATIONS OF HISTAMINE BINDING TO RECEPTOR MODELS OF THE 7 ALPHA-HELICAL TRANSMEMBRANE DOMAIN, Journal of computer-aided molecular design, 10(5), 1996, pp. 479-489
DOES THE TERNARY COMPLEX ACT AS A SECONDARY PROTON PUMP AND A GTP SYNTHASE
Authors: NEDERKOORN PHJ TIMMERMAN H DENKELDER GMDO
Citation: Phj. Nederkoorn et al., DOES THE TERNARY COMPLEX ACT AS A SECONDARY PROTON PUMP AND A GTP SYNTHASE, Trends in pharmacological sciences, 16(5), 1995, pp. 156-161
MODELING AND MUTATION STUDIES ON THE HISTAMINE H-1-RECEPTOR AGONIST BINDING-SITE REVEAL DIFFERENT BINDING MODES FOR H-1-AGONISTS - ASP(116)(TM3) HAS A CONSTITUTIVE ROLE IN RECEPTOR STIMULATION
Authors: TERLAAK AM TIMMERMAN H LEURS R NEDERKOORN PHJ SMIT MJ DENKELDER GMDO
Citation: Am. Terlaak et al., MODELING AND MUTATION STUDIES ON THE HISTAMINE H-1-RECEPTOR AGONIST BINDING-SITE REVEAL DIFFERENT BINDING MODES FOR H-1-AGONISTS - ASP(116)(TM3) HAS A CONSTITUTIVE ROLE IN RECEPTOR STIMULATION, Journal of computer-aided molecular design, 9(4), 1995, pp. 319-330
A NEW MODEL FOR THE AGONISTIC BINDING-SITE ON THE HISTAMINE H-2-RECEPTOR - THE CATALYTIC TRIAD IN SERINE PROTEASES AS A MODEL FOR THE BINDING-SITE OF HISTAMINE H-2-RECEPTOR AGONISTS
Authors: NEDERKOORN PHJ VERNOOIJS P DENKELDER GMDO BAERENDS EJ TIMMERMAN H
Citation: Phj. Nederkoorn et al., A NEW MODEL FOR THE AGONISTIC BINDING-SITE ON THE HISTAMINE H-2-RECEPTOR - THE CATALYTIC TRIAD IN SERINE PROTEASES AS A MODEL FOR THE BINDING-SITE OF HISTAMINE H-2-RECEPTOR AGONISTS, Journal of molecular graphics, 12(4), 1994, pp. 242-256
Risultati: 1-11 |