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Results: 1-8 |
Results: 8
NEFIRACETAM PREVENTS PROPOFOL-INDUCED ANTEROGRADE AND RETROGRADE-AMNESIA IN THE RODENT WITHOUT COMPROMISING QUALITY OF ANESTHESIA
Authors: OGORMAN DA OCONNELL AW MURPHY KJ MORIARTY DC SHIOTANI T REGAN CM
Citation: Da. Ogorman et al., NEFIRACETAM PREVENTS PROPOFOL-INDUCED ANTEROGRADE AND RETROGRADE-AMNESIA IN THE RODENT WITHOUT COMPROMISING QUALITY OF ANESTHESIA, Anesthesiology, 89(3), 1998, pp. 699-706
ALTERED EXPRESSION OF AMYLOID PROTEIN-PRECURSOR MESSENGER-RNA IN THE RAT HIPPOCAMPUS FOLLOWING TRIMETHYLTIN INTOXICATION - AN IN-SITU HYBRIDIZATION STUDY
Authors: OCONNELL AW STRADA O EARLEY B LEONARD BE
Citation: Aw. Oconnell et al., ALTERED EXPRESSION OF AMYLOID PROTEIN-PRECURSOR MESSENGER-RNA IN THE RAT HIPPOCAMPUS FOLLOWING TRIMETHYLTIN INTOXICATION - AN IN-SITU HYBRIDIZATION STUDY, Neurochemistry international, 30(3), 1997, pp. 313-320
INFLUENCE OF NEFIRACETAM ON NGF-INDUCED NEURITOGENESIS AND NEURAL CELL-ADHESION MOLECULE POLYSIALIC ACID EXPRESSION - IN-VIVO AND IN-VITRO COMPARISONS
Authors: ODUMERU O MURPHY KJ OCONNELL AW REGAN CM SHIOTANI T
Citation: O. Odumeru et al., INFLUENCE OF NEFIRACETAM ON NGF-INDUCED NEURITOGENESIS AND NEURAL CELL-ADHESION MOLECULE POLYSIALIC ACID EXPRESSION - IN-VIVO AND IN-VITRO COMPARISONS, Behavioural brain research, 83(1-2), 1997, pp. 173-178
SPATIAL-LEARNING ACTIVATES NEURAL CELL-ADHESION MOLECULE POLYSIALYLATION IN A CORTICOHIPPOCAMPAL PATHWAY WITHIN THE MEDIAL TEMPORAL-LOBE
Authors: OCONNELL AW FOX GB BARRY T MURPHY KJ FICHERA G FOLEY AG KELLY J REGAN CM
Citation: Aw. Oconnell et al., SPATIAL-LEARNING ACTIVATES NEURAL CELL-ADHESION MOLECULE POLYSIALYLATION IN A CORTICOHIPPOCAMPAL PATHWAY WITHIN THE MEDIAL TEMPORAL-LOBE, Journal of neurochemistry, 68(6), 1997, pp. 2538-2546
THE SIGMA-LIGAND JO-1784 PREVENTS TRIMETHYLTIN-INDUCED BEHAVIORAL ANDSIGMA-RECEPTOR DYSFUNCTION IN THE RAT
Authors: OCONNELL AW EARLEY B LEONARD E
Citation: Aw. Oconnell et al., THE SIGMA-LIGAND JO-1784 PREVENTS TRIMETHYLTIN-INDUCED BEHAVIORAL ANDSIGMA-RECEPTOR DYSFUNCTION IN THE RAT, Pharmacology & toxicology, 78(5), 1996, pp. 296-302
REPETITIVE AND TRANSIENT INCREASES IN HIPPOCAMPAL NEURAL CELL-ADHESION MOLECULE POLYSIALYLATION STATE FOLLOWING MULTITRIAL SPATIAL TRAINING
Authors: MURPHY KJ OCONNELL AW REGAN CM
Citation: Kj. Murphy et al., REPETITIVE AND TRANSIENT INCREASES IN HIPPOCAMPAL NEURAL CELL-ADHESION MOLECULE POLYSIALYLATION STATE FOLLOWING MULTITRIAL SPATIAL TRAINING, Journal of neurochemistry, 67(3), 1996, pp. 1268-1274
REPETITIVE AND TRANSIENT INCREASES IN NEURAL CELL-ADHESION MOLECULE POLYSIALYLATION STATE FOLLOWING MULTI-TRIAL SPATIAL TRAINING
Authors: MURPHY KJ OCONNELL AW REGAN CM
Citation: Kj. Murphy et al., REPETITIVE AND TRANSIENT INCREASES IN NEURAL CELL-ADHESION MOLECULE POLYSIALYLATION STATE FOLLOWING MULTI-TRIAL SPATIAL TRAINING, Journal of neurochemistry, 66, 1996, pp. 17-17
MEMORY CONSOLIDATION INDUCES A TRANSIENT AND TIME-DEPENDENT INCREASE IN THE FREQUENCY OF NEURAL CELL-ADHESION MOLECULE POLYSIALYLATED CELLSIN THE ADULT-RAT HIPPOCAMPUS
Authors: FOX GB OCONNELL AW MURPHY KJ REGAN CM
Citation: Gb. Fox et al., MEMORY CONSOLIDATION INDUCES A TRANSIENT AND TIME-DEPENDENT INCREASE IN THE FREQUENCY OF NEURAL CELL-ADHESION MOLECULE POLYSIALYLATED CELLSIN THE ADULT-RAT HIPPOCAMPUS, Journal of neurochemistry, 65(6), 1995, pp. 2796-2799
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