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Results: 1-16 |
Results: 16
CHARACTERIZATION OF MULTIPLE BINDING-SITES OF MET-ENKEPHALIN-ARG(6)-PHE(7) IN RAT AND GUINEA-PIG CEREBELLUM
Authors: BENYHE S FARKAS J TOTH G WOLLEMANN M
Citation: S. Benyhe et al., CHARACTERIZATION OF MULTIPLE BINDING-SITES OF MET-ENKEPHALIN-ARG(6)-PHE(7) IN RAT AND GUINEA-PIG CEREBELLUM, European journal of neuroscience, 10, 1998, pp. 2901-2901
IN-VITRO BINDING AND SIGNALING PROFILE OF THE NOVEL MU-OPIOID RECEPTOR AGONIST ENDOMORPHIN-2 IN RAT-BRAIN MEMBRANES
Authors: SPETEA M MONORY K TOMBOLY C TOTH G TZAVARA E BENYHE S HANOUNE J BORSODI A
Citation: M. Spetea et al., IN-VITRO BINDING AND SIGNALING PROFILE OF THE NOVEL MU-OPIOID RECEPTOR AGONIST ENDOMORPHIN-2 IN RAT-BRAIN MEMBRANES, Biochemical and biophysical research communications (Print), 250(3), 1998, pp. 720-725
MORPHINE ALKALOIDS .141. SYNTHESIS AND OPIOID BINDING-PROPERTIES OF NEW BETA-FUNALTREXAMINE (BETA-FNA) ANALOGS
Authors: SIMON C HOSZTAFI S MAKLEIT S MARKI A BENYHE S BORSODI A
Citation: C. Simon et al., MORPHINE ALKALOIDS .141. SYNTHESIS AND OPIOID BINDING-PROPERTIES OF NEW BETA-FUNALTREXAMINE (BETA-FNA) ANALOGS, Medicinal chemistry research, 7(4), 1997, pp. 251-258
MET(5)-ENKEPHALIN-ARG(6)-PHE(7), AN ENDOGENOUS NEUROPEPTIDE, BINDS TOMULTIPLE OPIOID AND NONOPIOID SITES IN RAT-BRAIN
Authors: BENYHE S FARKAS J TOTH G WOLLEMANN M
Citation: S. Benyhe et al., MET(5)-ENKEPHALIN-ARG(6)-PHE(7), AN ENDOGENOUS NEUROPEPTIDE, BINDS TOMULTIPLE OPIOID AND NONOPIOID SITES IN RAT-BRAIN, Journal of neuroscience research, 48(3), 1997, pp. 249-258
AFFINITY LABELING OF FROG BRAIN OPIOID RECEPTORS BY DYNORPHIN((1-10))CHLOROMETHYL KETONE
Authors: BENYHE S KETEVAN A SIMON J HEPP J MEDZIHRADSZKY K BORSODI A
Citation: S. Benyhe et al., AFFINITY LABELING OF FROG BRAIN OPIOID RECEPTORS BY DYNORPHIN((1-10))CHLOROMETHYL KETONE, Neuropeptides, 31(1), 1997, pp. 52-59
THERMODYNAMIC PARAMETERS OF OPIOID BINDING IN THE PRESENCE AND ABSENCE OF G-PROTEIN COUPLING
Authors: FABIAN G BENYHE S FARKAS J SZUCS M
Citation: G. Fabian et al., THERMODYNAMIC PARAMETERS OF OPIOID BINDING IN THE PRESENCE AND ABSENCE OF G-PROTEIN COUPLING, Journal of receptor and signal transduction research, 16(3-4), 1996, pp. 151-168
OPIOID BINDING PROFILE OF MORPHICEPTIN, TYR-MIF-1 AND DYNORPHIN-RELATED PEPTIDES IN RAT-BRAIN MEMBRANES
Authors: SARTANIA N BENYHE S MAGYAR A RONAI AZ MEDZIHRADSZKY K BORSODI A
Citation: N. Sartania et al., OPIOID BINDING PROFILE OF MORPHICEPTIN, TYR-MIF-1 AND DYNORPHIN-RELATED PEPTIDES IN RAT-BRAIN MEMBRANES, Neuropeptides, 30(3), 1996, pp. 225-230
OPIOID ANTAGONIST PROPERTIES OF THE HIGHLY 6-RECEPTOR-SELECTIVE BOC-TYR-PRO-GLY-PHE-LEU-THR(O(T)BU) PEPTIDE AND OF ITS PHE(1) AND MEL(1) ANALOGS
Authors: RONAI AZ MAGYAR A OROSZ G BORSODI A BENYHE S TOTH G MAKO E KATAY E BABKA E MEDZIHRADSZKY K
Citation: Az. Ronai et al., OPIOID ANTAGONIST PROPERTIES OF THE HIGHLY 6-RECEPTOR-SELECTIVE BOC-TYR-PRO-GLY-PHE-LEU-THR(O(T)BU) PEPTIDE AND OF ITS PHE(1) AND MEL(1) ANALOGS, Archives internationales de pharmacodynamie et de therapie, 330(3), 1995, pp. 361-369
STRUCTURALLY NOVEL GROUP OF LIGANDS SELECTIVE FOR KAPPA-OPIOID RECEPTORS
Authors: BORSODI A BENYHE S HOLZGRABE U MARKI A NACHTSHEIM C
Citation: A. Borsodi et al., STRUCTURALLY NOVEL GROUP OF LIGANDS SELECTIVE FOR KAPPA-OPIOID RECEPTORS, Regulatory peptides, 54(1), 1994, pp. 27-28
GUANINE-NUCLEOTIDE AND CATION MODULATION OF [H-3]ETHYLKETOCYCLAZOCINEBINDING IN FROG BRAIN MEMBRANES
Authors: ROTTMANN M BENYHE S SZUCS M
Citation: M. Rottmann et al., GUANINE-NUCLEOTIDE AND CATION MODULATION OF [H-3]ETHYLKETOCYCLAZOCINEBINDING IN FROG BRAIN MEMBRANES, Regulatory peptides, 1994, pp. 190000023-190000024
[H-3] DYNORPHIN(1-8) BINDING-SITES IN FROG (RANA-ESCULENTA) BRAIN MEMBRANES
Authors: BENYHE S SIMON J BORSODI A WOLLEMANN M BARNARD EA
Citation: S. Benyhe et al., [H-3] DYNORPHIN(1-8) BINDING-SITES IN FROG (RANA-ESCULENTA) BRAIN MEMBRANES, Neuropeptides, 26(5), 1994, pp. 359-364
MORPHINE - NEW ASPECTS IN THE STUDY OF AN ANCIENT COMPOUND
Authors: BENYHE S
Citation: S. Benyhe, MORPHINE - NEW ASPECTS IN THE STUDY OF AN ANCIENT COMPOUND, Life sciences, 55(13), 1994, pp. 969-979
CHARACTERIZATION OF [H-3] MET-ENKEPHALIN-ARG(6)-PHE(7) BINDING TO OPIOID RECEPTORS IN FROG BRAIN MEMBRANE PREPARATIONS
Authors: WOLLEMANN M FARKAS J TOTH G BENYHE S
Citation: M. Wollemann et al., CHARACTERIZATION OF [H-3] MET-ENKEPHALIN-ARG(6)-PHE(7) BINDING TO OPIOID RECEPTORS IN FROG BRAIN MEMBRANE PREPARATIONS, Journal of neurochemistry, 63(4), 1994, pp. 1460-1465
COMPARATIVE-ANALYSIS OF [H-3] MET-ENKEPHALIN-ARG(6)-PHE7 OPIOID RECEPTOR-BINDING IN FROG AND RAT-BRAIN MEMBRANES
Authors: WOLLEMANN M FARKAS J BENYHE S TOTH G
Citation: M. Wollemann et al., COMPARATIVE-ANALYSIS OF [H-3] MET-ENKEPHALIN-ARG(6)-PHE7 OPIOID RECEPTOR-BINDING IN FROG AND RAT-BRAIN MEMBRANES, Journal of neurochemistry, 63, 1994, pp. 190000084-190000084
CHARACTERIZATION OF [H-3] MET-ENKEPHALIN-ARG6-PHE7 OPIOID RECEPTORS IN FROG BRAIN MEMBRANE PREPARATIONS
Authors: WOLLEMANN M FARKAS J TOTH G BENYHE S
Citation: M. Wollemann et al., CHARACTERIZATION OF [H-3] MET-ENKEPHALIN-ARG6-PHE7 OPIOID RECEPTORS IN FROG BRAIN MEMBRANE PREPARATIONS, Journal of neurochemistry, 61, 1993, pp. 190000213-190000213
NOVEL, DELTA-OPIOID RECEPTOR-SELECTIVE PEPTIDE ANTAGONISTS - DEMONSTRATION OF A POSSIBLE OPIOID INTERACTION IN THE ABSENCE OF A PROTONATED NITROGEN AND ATTEMPTS TO LOCATE THE PROTONATED NITROGEN SITE
Authors: RONAI AZ BOTYANSZKI J MAGYAR A BORSODI A BENYHE S MEDZIHRADSZKY K
Citation: Az. Ronai et al., NOVEL, DELTA-OPIOID RECEPTOR-SELECTIVE PEPTIDE ANTAGONISTS - DEMONSTRATION OF A POSSIBLE OPIOID INTERACTION IN THE ABSENCE OF A PROTONATED NITROGEN AND ATTEMPTS TO LOCATE THE PROTONATED NITROGEN SITE, Archives internationales de pharmacodynamie et de therapie, 323, 1993, pp. 114-125
Risultati: 1-16 |