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Results: 1-8 |
Results: 8
CHRONIC HYPERAMMONEMIA IMPAIRS THE GLUTAMATE-NITRIC OXIDE-CYCLIC GMP PATHWAY IN CEREBELLAR NEURONS IN CULTURE AND IN THE RAT IN-VIVO
Authors: HERMENEGILDO C MONTOLIU C LLANSOLA M MUNOZ MD GAZTELU JM MINANA MD FELIPO V
Citation: C. Hermenegildo et al., CHRONIC HYPERAMMONEMIA IMPAIRS THE GLUTAMATE-NITRIC OXIDE-CYCLIC GMP PATHWAY IN CEREBELLAR NEURONS IN CULTURE AND IN THE RAT IN-VIVO, European journal of neuroscience, 10(10), 1998, pp. 3201-3209
CARBACHOL-INDUCED HYDROLYSIS OF PHOSPHOLIPIDS IN HIPPOCAMPAL SLICES MAY BE MEDIATED IN PART BY SUBSEQUENT ACTIVATION OF METABOTROPIC GLUTAMATE RECEPTORS
Authors: LLANSOLA M HERMENEGILDO C MINANA MD FELIPO V
Citation: M. Llansola et al., CARBACHOL-INDUCED HYDROLYSIS OF PHOSPHOLIPIDS IN HIPPOCAMPAL SLICES MAY BE MEDIATED IN PART BY SUBSEQUENT ACTIVATION OF METABOTROPIC GLUTAMATE RECEPTORS, Neurochemical research, 23(6), 1998, pp. 913-918
CARNITINE INHIBITS HYDROLYSIS OF INOSITOL PHOSPHOLIPIDS INDUCED BY ACTIVATION OF METABOTROPIC RECEPTORS
Authors: LLANSOLA M FELIPO V
Citation: M. Llansola et V. Felipo, CARNITINE INHIBITS HYDROLYSIS OF INOSITOL PHOSPHOLIPIDS INDUCED BY ACTIVATION OF METABOTROPIC RECEPTORS, Neurochemical research, 23(12), 1998, pp. 1533-1537
NEUROTOXICITY OF AMMONIA AND GLUTAMATE - MOLECULAR MECHANISMS AND PREVENTION
Authors: FELIPO V HERMENEGILDO C MONTOLIU C LLANSOLA M MINANA MD
Citation: V. Felipo et al., NEUROTOXICITY OF AMMONIA AND GLUTAMATE - MOLECULAR MECHANISMS AND PREVENTION, Neurotoxicology, 19(4-5), 1998, pp. 675-681
NICOTINE PREVENTS GLUTAMATE-INDUCED PROTEOLYSIS OF THE MICROTUBULE-ASSOCIATED PROTEIN MAP-2 AND GLUTAMATE NEUROTOXICITY IN PRIMARY CULTURESOF CEREBELLAR NEURONS
Authors: MINANA MD MONTOLIU C LLANSOLA M GRISOLIA S FELIPO V
Citation: Md. Minana et al., NICOTINE PREVENTS GLUTAMATE-INDUCED PROTEOLYSIS OF THE MICROTUBULE-ASSOCIATED PROTEIN MAP-2 AND GLUTAMATE NEUROTOXICITY IN PRIMARY CULTURESOF CEREBELLAR NEURONS, Neuropharmacology, 37(7), 1998, pp. 847-857
EXCITATORY AMINO-ACIDS AND NMDA RECEPTORS IN THE MOLECULAR MECHANISMSOF AMMONIA NEUROTOXICITY
Authors: MINANA MD HERMENEGILDO C MONTOLIU C LLANSOLA M SAEZ R MUNOZ MD FELIPO V
Citation: Md. Minana et al., EXCITATORY AMINO-ACIDS AND NMDA RECEPTORS IN THE MOLECULAR MECHANISMSOF AMMONIA NEUROTOXICITY, Journal of neurochemistry, 71, 1998, pp. 76-76
ACTIVATION OF THE METABOTROPIC GLUTAMATE-RECEPTOR MGLUR5 PREVENTS GLUTAMATE TOXICITY IN PRIMARY CULTURES OF CEREBELLAR NEURONS
Authors: MONTOLIU C LLANSOLA M CUCARELLA C GRISOLIA S FELIPO V
Citation: C. Montoliu et al., ACTIVATION OF THE METABOTROPIC GLUTAMATE-RECEPTOR MGLUR5 PREVENTS GLUTAMATE TOXICITY IN PRIMARY CULTURES OF CEREBELLAR NEURONS, The Journal of pharmacology and experimental therapeutics, 281(2), 1997, pp. 643-647
CARNITINE AND CHOLINE DERIVATIVES CONTAINING A TRIMETHYLAMINE GROUP PREVENT AMMONIA TOXICITY IN MICE AND GLUTAMATE TOXICITY IN PRIMARY CULTURES OF NEURONS
Authors: MINANA MD HERMENEGILDO C LLANSOLA M MONTOLIU C GRISOLIA S FELIPO V
Citation: Md. Minana et al., CARNITINE AND CHOLINE DERIVATIVES CONTAINING A TRIMETHYLAMINE GROUP PREVENT AMMONIA TOXICITY IN MICE AND GLUTAMATE TOXICITY IN PRIMARY CULTURES OF NEURONS, The Journal of pharmacology and experimental therapeutics, 279(1), 1996, pp. 194-199
Risultati: 1-8 |