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Results: 1-17 |
Results: 17
SIBUTRAMINE - A NOVEL ANTIOBESITY DRUG - A REVIEW OF THE PHARMACOLOGICAL EVIDENCE TO DIFFERENTIATE IT FROM D-AMPHETAMINE AND D-FENFLURAMINE
Authors: HEAL DJ ASPLEY S PROW MR JACKSON HC MARTIN KF CHEETHAM SC
Citation: Dj. Heal et al., SIBUTRAMINE - A NOVEL ANTIOBESITY DRUG - A REVIEW OF THE PHARMACOLOGICAL EVIDENCE TO DIFFERENTIATE IT FROM D-AMPHETAMINE AND D-FENFLURAMINE, International journal of obesity, 22, 1998, pp. 18-28
A COMPARISON OF THE EFFECTS ON CENTRAL 5-HT FUNCTION OF SIBUTRAMINE HYDROCHLORIDE AND OTHER WEIGHT-MODIFYING AGENTS
Authors: HEAL DJ CHEETHAM SC PROW MR MARTIN KF BUCKETT WR
Citation: Dj. Heal et al., A COMPARISON OF THE EFFECTS ON CENTRAL 5-HT FUNCTION OF SIBUTRAMINE HYDROCHLORIDE AND OTHER WEIGHT-MODIFYING AGENTS, British Journal of Pharmacology, 125(2), 1998, pp. 301-308
SIBUTRAMINE AND ITS ACTIVE METABOLITES DO NOT RELEASE [H-3] NORADRENALINE FROM RAT-BRAIN SLICES IN-VITRO
Authors: ASPLEY S PROW MR MARTIN KF HEAL DJ
Citation: S. Aspley et al., SIBUTRAMINE AND ITS ACTIVE METABOLITES DO NOT RELEASE [H-3] NORADRENALINE FROM RAT-BRAIN SLICES IN-VITRO, Diabetologia, 40, 1997, pp. 1468-1468
D-FENFLURAMINE-INDUCED DEPLETION OF RAT-BRAIN 5-HT IS PREVENTED BY SIBUTRAMINE OR FLUOXETINE PRETREATMENT
Authors: ASPLEY S BUTLER SA PROW MR MARTIN KF HEAL DJ
Citation: S. Aspley et al., D-FENFLURAMINE-INDUCED DEPLETION OF RAT-BRAIN 5-HT IS PREVENTED BY SIBUTRAMINE OR FLUOXETINE PRETREATMENT, Diabetologia, 40, 1997, pp. 1470-1470
D-FENFLURAMINE-INDUCED DEPLETION OF RAT-BRAIN 5-HT IS PREVENTED BY FLUOXETINE OR SIBUTRAMINE PRETREATMENT
Authors: BUTLER SA SLATER NA PROW MR ASPLEY S MARTIN KF HEAL DJ
Citation: Sa. Butler et al., D-FENFLURAMINE-INDUCED DEPLETION OF RAT-BRAIN 5-HT IS PREVENTED BY FLUOXETINE OR SIBUTRAMINE PRETREATMENT, British Journal of Pharmacology, 120, 1997, pp. 350-350
COMPARISON OF THE EFFECTS OF SIBUTRAMINE, FLUOXETINE AND D-FENFLURAMINE ON EXTRACELLULAR 5-HT IN RAT ANTERIOR HYPOTHALAMUS - AN IN-VIVO MICRODIALYSIS STUDY
Authors: PROW MR HANNON SD ASPLEY S MARTIN KF HEAL DJ
Citation: Mr. Prow et al., COMPARISON OF THE EFFECTS OF SIBUTRAMINE, FLUOXETINE AND D-FENFLURAMINE ON EXTRACELLULAR 5-HT IN RAT ANTERIOR HYPOTHALAMUS - AN IN-VIVO MICRODIALYSIS STUDY, British Journal of Pharmacology, 120, 1997, pp. 351-351
SIBUTRAMINE AND ITS ACTIVE METABOLITES DO NOT RELEASE [H-3] NORADRENALINE FROM RAT-HEART OR BRAIN-SLICES IN-VITRO - COMPARISON WITH OTHER WEIGHT REDUCING AND SYMPATHOMIMETIC DRUGS
Authors: ASPLEY S BROUGHTON DM PROW MR MARTIN KF HEAL DJ
Citation: S. Aspley et al., SIBUTRAMINE AND ITS ACTIVE METABOLITES DO NOT RELEASE [H-3] NORADRENALINE FROM RAT-HEART OR BRAIN-SLICES IN-VITRO - COMPARISON WITH OTHER WEIGHT REDUCING AND SYMPATHOMIMETIC DRUGS, British Journal of Pharmacology, 120, 1997, pp. 353-353
[H-3] NISOXETINE - A RADIOLIGAND FOR NORADRENALINE REUPTAKE SITES - CORRELATION WITH INHIBITION OF [H-3] NORADRENALINE UPTAKE AND EFFECT OFDSP-4 LESIONING AND ANTIDEPRESSANT TREATMENTS
Authors: CHEETHAM SC VIGGERS JA BUTLER SA PROW MR HEAL DJ
Citation: Sc. Cheetham et al., [H-3] NISOXETINE - A RADIOLIGAND FOR NORADRENALINE REUPTAKE SITES - CORRELATION WITH INHIBITION OF [H-3] NORADRENALINE UPTAKE AND EFFECT OFDSP-4 LESIONING AND ANTIDEPRESSANT TREATMENTS, Neuropharmacology, 35(1), 1996, pp. 63-70
8-OH-DPAT-INDUCED MYDRIASIS IN MICE - A PHARMACOLOGICAL CHARACTERIZATION
Authors: PROW MR MARTIN KF HEAL DJ
Citation: Mr. Prow et al., 8-OH-DPAT-INDUCED MYDRIASIS IN MICE - A PHARMACOLOGICAL CHARACTERIZATION, European journal of pharmacology, 317(1), 1996, pp. 21-28
DSP-4 NEUROTOXICITY IN RAT-BRAIN - EFFECT ON HEAT-SHOCK PROTEIN EXPRESSION AND IN-VIVO NORADRENALINE EFFLUX
Authors: SMITH SL MASON K STANFORD SC PROW MR HEAL DJ
Citation: Sl. Smith et al., DSP-4 NEUROTOXICITY IN RAT-BRAIN - EFFECT ON HEAT-SHOCK PROTEIN EXPRESSION AND IN-VIVO NORADRENALINE EFFLUX, British Journal of Pharmacology, 117, 1996, pp. 181-181
EFFLUX OF [H-3] DOPAMINE FROM SUPERFUSED RAT STRIATAL SLICES - PREDICTIVE VALUE FOR DETECTING STIMULANT-DRUGS OF ABUSE
Authors: HEAL DJ PROW MR HEARSON M BUCKETT WR
Citation: Dj. Heal et al., EFFLUX OF [H-3] DOPAMINE FROM SUPERFUSED RAT STRIATAL SLICES - PREDICTIVE VALUE FOR DETECTING STIMULANT-DRUGS OF ABUSE, British Journal of Pharmacology, 117, 1996, pp. 325-325
MEDIATION OF MYDRIASIS IN CONSCIOUS RATS BY CENTRAL POSTSYNAPTIC ALPHA(2)-ADRENOCEPTORS
Authors: HEAL DJ PROW MR BUTLER SA BUCKETT WR
Citation: Dj. Heal et al., MEDIATION OF MYDRIASIS IN CONSCIOUS RATS BY CENTRAL POSTSYNAPTIC ALPHA(2)-ADRENOCEPTORS, Pharmacology, biochemistry and behavior, 50(2), 1995, pp. 219-224
RECEPTOR-BINDING AND FUNCTIONAL EVIDENCE SUGGEST THAT POSTSYNAPTIC ALPHA(2)-ADRENOCEPTORS IN RAT-BRAIN ARE OF THE ALPHA(2D) SUBTYPE
Authors: HEAL DJ CHEETHAM SC BUTLER SA GOSDEN J PROW MR BUCKETT WR
Citation: Dj. Heal et al., RECEPTOR-BINDING AND FUNCTIONAL EVIDENCE SUGGEST THAT POSTSYNAPTIC ALPHA(2)-ADRENOCEPTORS IN RAT-BRAIN ARE OF THE ALPHA(2D) SUBTYPE, European journal of pharmacology, 277(2-3), 1995, pp. 215-221
[H-3] NISOXETINE, A NOVEL LIGAND FOR NORADRENALINE (NA) UPTAKE SITES - CORRELATIONS WITH INHIBITION OF [H-3] NA UPTAKE AND LOSS OF NA NERVE-TERMINALS AFTER DENERVATION
Authors: CHEETHAM SC VIGGERS JA BUTLER SA PROW MR HEAL DJ
Citation: Sc. Cheetham et al., [H-3] NISOXETINE, A NOVEL LIGAND FOR NORADRENALINE (NA) UPTAKE SITES - CORRELATIONS WITH INHIBITION OF [H-3] NA UPTAKE AND LOSS OF NA NERVE-TERMINALS AFTER DENERVATION, British Journal of Pharmacology, 112, 1994, pp. 210000080-210000080
EVIDENCE TO DEMONSTRATE THAT POSTSYNAPTIC ALPHA(2) ADRENOCEPTORS IN THE RAT CORTEX ARE OF THE ALPHA(2D) SUBTYPE
Authors: HEAL DJ CHEETHAM SC BUTLER SA PROW MR BUCKETT WR
Citation: Dj. Heal et al., EVIDENCE TO DEMONSTRATE THAT POSTSYNAPTIC ALPHA(2) ADRENOCEPTORS IN THE RAT CORTEX ARE OF THE ALPHA(2D) SUBTYPE, British Journal of Pharmacology, 112, 1994, pp. 210000162-210000162
QUANTIFICATION OF PRESYNAPTIC ALPHA(2)-ADRENOCEPTORS IN RAT-BRAIN AFTER SHORT-TERM DSP-4 LESIONING
Authors: HEAL DJ BUTLER SA PROW MR BUCKETT WR
Citation: Dj. Heal et al., QUANTIFICATION OF PRESYNAPTIC ALPHA(2)-ADRENOCEPTORS IN RAT-BRAIN AFTER SHORT-TERM DSP-4 LESIONING, European journal of pharmacology, 249(1), 1993, pp. 37-41
THE USE OF SHORT-TERM DSP-4 LESIONING TO QUANTIFY PRESYNAPTIC ALPHA-2-ADRENOCEPTORS IN VARIOUS REGIONS OF RAT-BRAIN
Authors: HEAL DJ BUTLER SA PROW MR BUCKETT WR
Citation: Dj. Heal et al., THE USE OF SHORT-TERM DSP-4 LESIONING TO QUANTIFY PRESYNAPTIC ALPHA-2-ADRENOCEPTORS IN VARIOUS REGIONS OF RAT-BRAIN, British Journal of Pharmacology, 109, 1993, pp. 160000084-160000084
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