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Results: 1-9 |
Results: 9
THE VENOUS THROMBECTOMY - OBSOLETE OR FORGOTTEN
Authors: LACROIX H VANBELLE K NEVELSTEEN A SUY R
Citation: H. Lacroix et al., THE VENOUS THROMBECTOMY - OBSOLETE OR FORGOTTEN, Acta Chirurgica Belgica, 98(1), 1998, pp. 14-17
CHARACTERIZATION OF LY344864 AS A PHARMACOLOGICAL TOOL TO STUDY 5-HT1F RECEPTORS - BINDING AFFINITIES, BRAIN PENETRATION AND ACTIVITY IN THE NEUROGENIC DURAL INFLAMMATION MODEL OF MIGRAINE
Authors: PHEBUS LA JOHNSON KW ZGOMBICK JM GILBERT PJ VANBELLE K MANCUSO V NELSON DLG CALLIGARO DO KIEFER AD BRANCHEK TA FLAUGH ME
Citation: La. Phebus et al., CHARACTERIZATION OF LY344864 AS A PHARMACOLOGICAL TOOL TO STUDY 5-HT1F RECEPTORS - BINDING AFFINITIES, BRAIN PENETRATION AND ACTIVITY IN THE NEUROGENIC DURAL INFLAMMATION MODEL OF MIGRAINE, Life sciences, 61(21), 1997, pp. 2117-2126
HIPPOCAMPAL AND CEREBELLAR EXTRACELLULAR AMINO-ACIDS DURING PILOCARPINE-INDUCED SEIZURES IN FREELY MOVING RATS
Authors: SMOLDERS I VANBELLE K EBINGER G MICHOTTE Y
Citation: I. Smolders et al., HIPPOCAMPAL AND CEREBELLAR EXTRACELLULAR AMINO-ACIDS DURING PILOCARPINE-INDUCED SEIZURES IN FREELY MOVING RATS, European journal of pharmacology, 319(1), 1997, pp. 21-29
LIQUID-CHROMATOGRAPHIC ASSAY USING A MICROCOLUMN COUPLED TO A U-SHAPED OPTICAL-CELL FOR HIGH-SENSITIVITY ULTRAVIOLET ABSORBENCY DETECTION OF OXCARBAZEPINE AND ITS MAJOR METABOLITE IN MICRODIALYSATES
Authors: VANBELLE K VERFAILLIE I EBINGER G MICHOTTE Y
Citation: K. Vanbelle et al., LIQUID-CHROMATOGRAPHIC ASSAY USING A MICROCOLUMN COUPLED TO A U-SHAPED OPTICAL-CELL FOR HIGH-SENSITIVITY ULTRAVIOLET ABSORBENCY DETECTION OF OXCARBAZEPINE AND ITS MAJOR METABOLITE IN MICRODIALYSATES, Journal of chromatography B. Biomedical applications, 672(1), 1995, pp. 97-102
QUANTITATIVE MICRODIALYSIS FOR THE IN-VIVO MEASUREMENT OF CARBAMAZEPINE, OXCARBAZEPINE AND THEIR MAJOR METABOLITES IN RAT BRAIN AND LIVER-TISSUE AND IN BLOOD USING THE INTERNAL STANDARD TECHNIQUE
Authors: VANBELLE K SARRE S EBINGER G MICHOTTE Y
Citation: K. Vanbelle et al., QUANTITATIVE MICRODIALYSIS FOR THE IN-VIVO MEASUREMENT OF CARBAMAZEPINE, OXCARBAZEPINE AND THEIR MAJOR METABOLITES IN RAT BRAIN AND LIVER-TISSUE AND IN BLOOD USING THE INTERNAL STANDARD TECHNIQUE, European journal of pharmaceutical sciences, 3(5), 1995, pp. 273-280
QUANTITATIVE MICRODIALYSIS FOR STUDYING THE IN-VIVO L-DOPA KINETICS IN BLOOD AND SKELETAL-MUSCLE OF THE DOG
Authors: SARRE S DELEU D VANBELLE K EBINGER G MICHOTTE Y
Citation: S. Sarre et al., QUANTITATIVE MICRODIALYSIS FOR STUDYING THE IN-VIVO L-DOPA KINETICS IN BLOOD AND SKELETAL-MUSCLE OF THE DOG, Pharmaceutical research, 12(5), 1995, pp. 746-750
BRAIN, LIVER AND BLOOD DISTRIBUTION KINETICS OF CARBAMAZEPINE AND ITSMETABOLIC INTERACTION WITH CLOMIPRAMINE IN RATS - A QUANTITATIVE MICRODIALYSIS STUDY
Authors: VANBELLE K SARRE S EBINGER G MICHOTTE Y
Citation: K. Vanbelle et al., BRAIN, LIVER AND BLOOD DISTRIBUTION KINETICS OF CARBAMAZEPINE AND ITSMETABOLIC INTERACTION WITH CLOMIPRAMINE IN RATS - A QUANTITATIVE MICRODIALYSIS STUDY, The Journal of pharmacology and experimental therapeutics, 272(3), 1995, pp. 1217-1222
NARROW-BORE LIQUID-CHROMATOGRAPHIC ASSAY FOR OXCARBAZEPINE AND ITS MAJOR METABOLITE IN RAT-BRAIN, LIVER AND BLOOD MICRODIALYSATES
Authors: VANBELLE K DEKOSTER V SARRE S EBINGER G MICHOTTE Y
Citation: K. Vanbelle et al., NARROW-BORE LIQUID-CHROMATOGRAPHIC ASSAY FOR OXCARBAZEPINE AND ITS MAJOR METABOLITE IN RAT-BRAIN, LIVER AND BLOOD MICRODIALYSATES, Journal of chromatography B. Biomedical applications, 657(1), 1994, pp. 149-154
IN-VITRO AND IN-VIVO MICRODIALYSIS CALIBRATION FOR THE MEASUREMENT OFCARBAMAZEPINE AND ITS METABOLITES IN RAT-BRAIN TISSUE USING THE INTERNAL REFERENCE TECHNIQUE
Authors: VANBELLE K DZEKA T SARRE S EBINGER G MICHOTTE Y
Citation: K. Vanbelle et al., IN-VITRO AND IN-VIVO MICRODIALYSIS CALIBRATION FOR THE MEASUREMENT OFCARBAMAZEPINE AND ITS METABOLITES IN RAT-BRAIN TISSUE USING THE INTERNAL REFERENCE TECHNIQUE, Journal of neuroscience methods, 49(3), 1993, pp. 167-173
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