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Results: 1-4 |
Results: 4
CALCIUM INFLUX FROM THE EXTRACELLULAR-SPACE PROMOTES NADH HYPEROXIDATION AND ELECTRICAL DYSFUNCTION AFTER ANOXIA IN HIPPOCAMPAL SLICES
Authors: PEREZPINZON MA MUMFORD PL CARRANZA V SICK TJ
Citation: Ma. Perezpinzon et al., CALCIUM INFLUX FROM THE EXTRACELLULAR-SPACE PROMOTES NADH HYPEROXIDATION AND ELECTRICAL DYSFUNCTION AFTER ANOXIA IN HIPPOCAMPAL SLICES, Journal of cerebral blood flow and metabolism, 18(2), 1998, pp. 215-221
PROLONGED ANOXIC DEPOLARIZATION EXACERBATES NADH HYPEROXIDATION AND PROMOTES POOR ELECTRICAL RECOVERY AFTER ANOXIA IN HIPPOCAMPAL SLICES
Authors: PEREZPINZON MA MUMFORD PL SICK TJ
Citation: Ma. Perezpinzon et al., PROLONGED ANOXIC DEPOLARIZATION EXACERBATES NADH HYPEROXIDATION AND PROMOTES POOR ELECTRICAL RECOVERY AFTER ANOXIA IN HIPPOCAMPAL SLICES, Brain research, 786(1-2), 1998, pp. 165-170
ANTIOXIDANTS, MITOCHONDRIAL HYPEROXIDATION AND ELECTRICAL RECOVERY AFTER ANOXIA IN HIPPOCAMPAL SLICES
Authors: PEREZPINZON MA MUMFORD PL ROSENTHAL M SICK TJ
Citation: Ma. Perezpinzon et al., ANTIOXIDANTS, MITOCHONDRIAL HYPEROXIDATION AND ELECTRICAL RECOVERY AFTER ANOXIA IN HIPPOCAMPAL SLICES, Brain research, 754(1-2), 1997, pp. 163-170
ANOXIC PRECONDITIONING IN HIPPOCAMPAL SLICES - ROLE OF ADENOSINE
Authors: PEREZPINZON MA MUMFORD PL ROSENTHAL M SICK TJ
Citation: Ma. Perezpinzon et al., ANOXIC PRECONDITIONING IN HIPPOCAMPAL SLICES - ROLE OF ADENOSINE, Neuroscience, 75(3), 1996, pp. 687-694
Risultati: 1-4 |