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Results: 1-10 |
Results: 10
CYANIDE-INDUCED GENERATION OF OXIDATIVE SPECIES - INVOLVEMENT OF NITRIC-OXIDE SYNTHASE AND CYCLOOXYGENASE-2
Authors: GUNASEKAR PG BOROWITZ JL ISOM GE
Citation: Pg. Gunasekar et al., CYANIDE-INDUCED GENERATION OF OXIDATIVE SPECIES - INVOLVEMENT OF NITRIC-OXIDE SYNTHASE AND CYCLOOXYGENASE-2, The Journal of pharmacology and experimental therapeutics, 285(1), 1998, pp. 236-241
TRIMETHYLTIN STIMULATES PROTEIN-KINASE-C TRANSLOCATION THROUGH RECEPTOR-MEDIATED PHOSPHOLIPASE-C ACTIVATION IN PC12 CELLS
Authors: KANE MD YANG CW GUNASEKAR PG ISOM GE
Citation: Md. Kane et al., TRIMETHYLTIN STIMULATES PROTEIN-KINASE-C TRANSLOCATION THROUGH RECEPTOR-MEDIATED PHOSPHOLIPASE-C ACTIVATION IN PC12 CELLS, Journal of neurochemistry, 70(2), 1998, pp. 509-514
MODULATION OF THE NMDA RECEPTOR BY CYANIDE - ENHANCEMENT OF RECEPTOR-MEDIATED RESPONSES
Authors: SUN PW RANE SG GUNASEKAR PG BOROWITZ JL ISOM GE
Citation: Pw. Sun et al., MODULATION OF THE NMDA RECEPTOR BY CYANIDE - ENHANCEMENT OF RECEPTOR-MEDIATED RESPONSES, The Journal of pharmacology and experimental therapeutics, 280(3), 1997, pp. 1341-1348
HYDROGEN-CYANIDE GENERATION BY MU-OPIATE RECEPTOR ACTIVATION - POSSIBLE NEUROMODULATORY ROLE OF ENDOGENOUS CYANIDE
Authors: BOROWITZ JL GUNASEKAR PG ISOM GE
Citation: Jl. Borowitz et al., HYDROGEN-CYANIDE GENERATION BY MU-OPIATE RECEPTOR ACTIVATION - POSSIBLE NEUROMODULATORY ROLE OF ENDOGENOUS CYANIDE, Brain research, 768(1-2), 1997, pp. 294-300
CYANIDE-INDUCED NEUROTOXICITY INVOLVES NITRIC-OXIDE AND REACTIVE OXYGEN SPECIES GENERATION AFTER N-METHYL-D-ASPARTATE RECEPTOR ACTIVATION
Authors: GUNASEKAR PG SUN PW KANTHASAMY AG BOROWITZ JL ISOM GE
Citation: Pg. Gunasekar et al., CYANIDE-INDUCED NEUROTOXICITY INVOLVES NITRIC-OXIDE AND REACTIVE OXYGEN SPECIES GENERATION AFTER N-METHYL-D-ASPARTATE RECEPTOR ACTIVATION, The Journal of pharmacology and experimental therapeutics, 277(1), 1996, pp. 150-155
CYANIDE-INDUCED APOPTOSIS AND OXIDATIVE STRESS IN DIFFERENTIATED PC12CELLS
Authors: MILLS EM GUNASEKAR PG PAVLAKOVIC G ISOM GE
Citation: Em. Mills et al., CYANIDE-INDUCED APOPTOSIS AND OXIDATIVE STRESS IN DIFFERENTIATED PC12CELLS, Journal of neurochemistry, 67(3), 1996, pp. 1039-1046
ANTAGONISM OF CYANIDE TOXICITY BY ISOSORBIDE DINITRATE - POSSIBLE ROLE OF NITRIC-OXIDE
Authors: SUN P BOROWITZ JL KANTHASAMY AG KANE MD GUNASEKAR PG ISOM GE
Citation: P. Sun et al., ANTAGONISM OF CYANIDE TOXICITY BY ISOSORBIDE DINITRATE - POSSIBLE ROLE OF NITRIC-OXIDE, Toxicology, 104(1-3), 1995, pp. 105-111
MONITORING INTRACELLULAR NITRIC-OXIDE FORMATION BY DICHLOROFLUORESCININ NEURONAL CELLS
Authors: GUNASEKAR PG KANTHASAMY AG BOROWITZ JL ISOM GE
Citation: Pg. Gunasekar et al., MONITORING INTRACELLULAR NITRIC-OXIDE FORMATION BY DICHLOROFLUORESCININ NEURONAL CELLS, Journal of neuroscience methods, 61(1-2), 1995, pp. 15-21
NMDA RECEPTOR ACTIVATION PRODUCES CONCURRENT GENERATION OF NITRIC-OXIDE AND REACTIVE OXYGEN SPECIES - IMPLICATION FOR CELL-DEATH
Authors: GUNASEKAR PG KANTHASAMY AG BOROWITZ JL ISOM GE
Citation: Pg. Gunasekar et al., NMDA RECEPTOR ACTIVATION PRODUCES CONCURRENT GENERATION OF NITRIC-OXIDE AND REACTIVE OXYGEN SPECIES - IMPLICATION FOR CELL-DEATH, Journal of neurochemistry, 65(5), 1995, pp. 2016-2021
EXCITOPROTECTIVE EFFECT OF FELBAMATE IN CULTURED CORTICAL-NEURONS
Authors: KANTHASAMY AG MATSUMOTO RR GUNASEKAR PG TRUONG DD
Citation: Ag. Kanthasamy et al., EXCITOPROTECTIVE EFFECT OF FELBAMATE IN CULTURED CORTICAL-NEURONS, Brain research, 705(1-2), 1995, pp. 97-104
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