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Results: 1-11 |
Results: 11
HALOTHANE DEPRESSES ACTION-POTENTIAL CONDUCTION IN HIPPOCAMPAL AXONS
Authors: MIKULEC AA PITTSON S AMAGASU SM MONROE FA MACIVER MB
Citation: Aa. Mikulec et al., HALOTHANE DEPRESSES ACTION-POTENTIAL CONDUCTION IN HIPPOCAMPAL AXONS, Brain research, 796(1-2), 1998, pp. 231-238
DIFFERING DEGREES OF GABA ENHANCEMENT FOR THE DEPRESSANT EFFECTS OF PENTOBARBITAL AND ISOFLURANE
Authors: HIMMEL AM MONROE FA MACIVER MB
Citation: Am. Himmel et al., DIFFERING DEGREES OF GABA ENHANCEMENT FOR THE DEPRESSANT EFFECTS OF PENTOBARBITAL AND ISOFLURANE, Anesthesiology, 89(3A), 1998, pp. 721-721
ISOFLURANE DEPRESSES NMDA-MEDIATED SYNAPSES VIA PRESYNAPTIC MECHANISMS
Authors: PHAM DT HIMMEL AM MONROE FA MACIVER MB
Citation: Dt. Pham et al., ISOFLURANE DEPRESSES NMDA-MEDIATED SYNAPSES VIA PRESYNAPTIC MECHANISMS, Anesthesiology, 89(3A), 1998, pp. 724-724
HALOTHANE ENHANCES PRESYNAPTIC GABA RELEASE BY INCREASING INTERNAL CALCIUM
Authors: DOZE VA MONROE FA MACIVER MB
Citation: Va. Doze et al., HALOTHANE ENHANCES PRESYNAPTIC GABA RELEASE BY INCREASING INTERNAL CALCIUM, Anesthesiology, 87(3), 1997, pp. 626-626
VOLATILE ANESTHETICS DEPRESS GLUTAMATE TRANSMISSION VIA PRESYNAPTIC ACTIONS
Authors: MACIVER MB MIKULEC AA AMAGASU SM MONROE FA
Citation: Mb. Maciver et al., VOLATILE ANESTHETICS DEPRESS GLUTAMATE TRANSMISSION VIA PRESYNAPTIC ACTIONS, Anesthesiology, 85(4), 1996, pp. 823-834
HALOTHANE ENHANCES FEEDBACK BUT FEEDFORWARD GABA INHIBITION
Authors: PITTSON S MONROE FA MACIVER MB
Citation: S. Pittson et al., HALOTHANE ENHANCES FEEDBACK BUT FEEDFORWARD GABA INHIBITION, Anesthesiology, 85(3A), 1996, pp. 674-674
VOLATILE ANESTHETICS ENHANCE PRESYNAPTIC GABA RELEASE
Authors: DOZE VA LUKATCH HS MONROE FA MACIVER MB
Citation: Va. Doze et al., VOLATILE ANESTHETICS ENHANCE PRESYNAPTIC GABA RELEASE, Anesthesiology, 85(3A), 1996, pp. 706-706
RILUZOLE ANESTHESIA - USE-DEPENDENT BLOCK OF PRESYNAPTIC GLUTAMATE FIBERS
Authors: MACIVER MB AMAGASU SM MIKULEC AA MONROE FA
Citation: Mb. Maciver et al., RILUZOLE ANESTHESIA - USE-DEPENDENT BLOCK OF PRESYNAPTIC GLUTAMATE FIBERS, Anesthesiology, 85(3), 1996, pp. 626-634
DILTIAZEM SPARES CORNEAL A-DELTA-MECHANORECEPTORS AND C-FIBER-COLD-RECEPTORS AND PRESERVES EPITHELIAL WOUND-HEALING
Authors: MIKULEC AA LUKATCH HS MONROE FA MACIVER MB
Citation: Aa. Mikulec et al., DILTIAZEM SPARES CORNEAL A-DELTA-MECHANORECEPTORS AND C-FIBER-COLD-RECEPTORS AND PRESERVES EPITHELIAL WOUND-HEALING, Cornea, 14(5), 1995, pp. 490-496
RILUZOLE PRODUCES A POTENT, USE-DEPENDENT DEPRESSION OF SYNAPTIC TRANSMISSION IN RAT HIPPOCAMPAL CA-1 NEURONS
Authors: AMAGASU SM MIKULEC AA MONROE FA MACIVER MB
Citation: Sm. Amagasu et al., RILUZOLE PRODUCES A POTENT, USE-DEPENDENT DEPRESSION OF SYNAPTIC TRANSMISSION IN RAT HIPPOCAMPAL CA-1 NEURONS, Anesthesiology, 83(3A), 1995, pp. 745-745
3 SITES OF ACTION ARE NECESSARY AND SUFFICIENT FOR HALOTHANE-INDUCED DEPRESSION OF HIPPOCAMPAL CA-1 NEURONS
Authors: MIKULEC AA AMAGASU SM MONROE FA MACIVER MB
Citation: Aa. Mikulec et al., 3 SITES OF ACTION ARE NECESSARY AND SUFFICIENT FOR HALOTHANE-INDUCED DEPRESSION OF HIPPOCAMPAL CA-1 NEURONS, Anesthesiology, 83(3A), 1995, pp. 1266-1266
Risultati: 1-11 |