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Results: 1-10 |
Results: 10
OPIOID RECEPTOR 3-DIMENSIONAL STRUCTURES FROM DISTANCE GEOMETRY CALCULATIONS WITH HYDROGEN-BONDING CONSTRAINTS
Authors: POGOZHEVA ID LOMIZE AL MOSBERG HI
Citation: Id. Pogozheva et al., OPIOID RECEPTOR 3-DIMENSIONAL STRUCTURES FROM DISTANCE GEOMETRY CALCULATIONS WITH HYDROGEN-BONDING CONSTRAINTS, Biophysical journal, 75(2), 1998, pp. 612-634
THERMODYNAMIC MODEL OF SECONDARY STRUCTURE FOR ALPHA-HELICAL PEPTIDESAND PROTEINS
Authors: LOMIZE AL MOSBERG HI
Citation: Al. Lomize et Hi. Mosberg, THERMODYNAMIC MODEL OF SECONDARY STRUCTURE FOR ALPHA-HELICAL PEPTIDESAND PROTEINS, Biopolymers, 42(2), 1997, pp. 239-269
THE TRANSMEMBRANE 7-ALPHA-BUNDLE OF RHODOPSIN - DISTANCE GEOMETRY CALCULATIONS WITH HYDROGEN-BONDING CONSTRAINTS
Authors: POGOZHEVA ID LOMIZE AL MOSBERG HI
Citation: Id. Pogozheva et al., THE TRANSMEMBRANE 7-ALPHA-BUNDLE OF RHODOPSIN - DISTANCE GEOMETRY CALCULATIONS WITH HYDROGEN-BONDING CONSTRAINTS, Biophysical journal, 72(5), 1997, pp. 1963-1985
DEVELOPMENT OF A MODEL FOR THE DELTA-OPIOID RECEPTOR PHARMACOPHORE .4. RESIDUE-3 DEHYDROPHENYLALANINE ANALOGS OF TYR-C[D-CYS-PHE-D-PEN]OH(JOM-13) CONFIRM REQUIRED GAUCHE ORIENTATION OF AROMATIC SIDE-CHAIN
Authors: MOSBERG HI DUA RK POGOZHEVA ID LOMIZE AL
Citation: Hi. Mosberg et al., DEVELOPMENT OF A MODEL FOR THE DELTA-OPIOID RECEPTOR PHARMACOPHORE .4. RESIDUE-3 DEHYDROPHENYLALANINE ANALOGS OF TYR-C[D-CYS-PHE-D-PEN]OH(JOM-13) CONFIRM REQUIRED GAUCHE ORIENTATION OF AROMATIC SIDE-CHAIN, Biopolymers, 39(3), 1996, pp. 287-296
DEVELOPMENT OF A MODEL FOR THE DELTA-OPIOID RECEPTOR PHARMACOPHORE .3. COMPARISON OF THE CYCLIC TETRAPEPTIDE, TYR-C[D-CYS-PHE-D-PEN]OH WITHOTHER CONFORMATIONALLY CONSTRAINED DELTA-RECEPTOR SELECTIVE LIGANDS
Authors: LOMIZE AL POGOZHEVA ID MOSBERG HI
Citation: Al. Lomize et al., DEVELOPMENT OF A MODEL FOR THE DELTA-OPIOID RECEPTOR PHARMACOPHORE .3. COMPARISON OF THE CYCLIC TETRAPEPTIDE, TYR-C[D-CYS-PHE-D-PEN]OH WITHOTHER CONFORMATIONALLY CONSTRAINED DELTA-RECEPTOR SELECTIVE LIGANDS, Biopolymers, 38(2), 1996, pp. 221-234
THERMODYNAMIC MODEL OF ALPHA-HELIX FORMATION
Authors: LOMIZE AL MOSBERG HI
Citation: Al. Lomize et Hi. Mosberg, THERMODYNAMIC MODEL OF ALPHA-HELIX FORMATION, The FASEB journal, 9(6), 1995, pp. 1245-1245
3D MODELS OF RHODOPSIN AND METARHODOPSIN-II
Authors: POGOZHEVA ID LOMIZE AL MOSBERG HI
Citation: Id. Pogozheva et al., 3D MODELS OF RHODOPSIN AND METARHODOPSIN-II, The FASEB journal, 9(6), 1995, pp. 1431-1431
DEVELOPMENT OF A MODEL FOR THE DELTA-OPIOID RECEPTOR PHARMACOPHORE .1. CONFORMATIONALLY RESTRICTED TYR(1) REPLACEMENTS IN THE CYCLIC DELTA-RECEPTOR SELECTIVE TETRAPEPTIDE TYR-C[D-CYS-PHE-D-PEN]OH (JOM-13)
Authors: MOSBERG HI LOMIZE AL WANG CG KROONA H HEYL DL SOBCZYKKOJIRO K MA WL MOUSIGIAN C PORRECA F
Citation: Hi. Mosberg et al., DEVELOPMENT OF A MODEL FOR THE DELTA-OPIOID RECEPTOR PHARMACOPHORE .1. CONFORMATIONALLY RESTRICTED TYR(1) REPLACEMENTS IN THE CYCLIC DELTA-RECEPTOR SELECTIVE TETRAPEPTIDE TYR-C[D-CYS-PHE-D-PEN]OH (JOM-13), Journal of medicinal chemistry, 37(25), 1994, pp. 4371-4383
CONFORMATIONAL-ANALYSIS OF THE DELTA-RECEPTOR-SELECTIVE, CYCLIC OPIOID PEPTIDE, TYR-CYCLO[D-CYS-PHE-D-PEN]OH (JOM-13) - COMPARISON OF X-RAYCRYSTALLOGRAPHIC STRUCTURES, MOLECULAR MECHANICS SIMULATIONS, AND H-1-NMR DATA
Authors: LOMIZE AL FLIPPENANDERSON JL GEORGE C MOSBERG HI
Citation: Al. Lomize et al., CONFORMATIONAL-ANALYSIS OF THE DELTA-RECEPTOR-SELECTIVE, CYCLIC OPIOID PEPTIDE, TYR-CYCLO[D-CYS-PHE-D-PEN]OH (JOM-13) - COMPARISON OF X-RAYCRYSTALLOGRAPHIC STRUCTURES, MOLECULAR MECHANICS SIMULATIONS, AND H-1-NMR DATA, Journal of the American Chemical Society, 116(2), 1994, pp. 429-436
2-DIMENSIONAL H-1-NMR STUDY OF THE SPATIAL STRUCTURE OF NEUROTOXIN-IIFROM NAJA-NAJA-OXIANA
Authors: GOLOVANOV AP LOMIZE AL ARSENIEV AS UTKIN YN TSETLIN VI
Citation: Ap. Golovanov et al., 2-DIMENSIONAL H-1-NMR STUDY OF THE SPATIAL STRUCTURE OF NEUROTOXIN-IIFROM NAJA-NAJA-OXIANA, European journal of biochemistry, 213(3), 1993, pp. 1213-1223
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