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Results: 1-9 |
Results: 9
THE DELAYED DEPOLARIZATION IN RAT CUTANEOUS AFFERENT AXONS IS REDUCEDFOLLOWING NERVE TRANSECTION AND LIGATION, BUT NOT CRUSH - IMPLICATIONS FOR INJURY-INDUCED AXONAL NA+ CHANNEL REORGANIZATION
Authors: SAKAI J HONMOU O KOCSIS JD HASHI K
Citation: J. Sakai et al., THE DELAYED DEPOLARIZATION IN RAT CUTANEOUS AFFERENT AXONS IS REDUCEDFOLLOWING NERVE TRANSECTION AND LIGATION, BUT NOT CRUSH - IMPLICATIONS FOR INJURY-INDUCED AXONAL NA+ CHANNEL REORGANIZATION, Muscle & nerve, 21(8), 1998, pp. 1040-1047
RESTORATION OF NORMAL CONDUCTION PROPERTIES IN DEMYELINATED SPINAL-CORD AXONS IN THE ADULT-RAT BY TRANSPLANTATION OF EXOGENOUS SCHWANN-CELLS
Authors: HONMOU O FELTS PA WAXMAN SG KOCSIS JD
Citation: O. Honmou et al., RESTORATION OF NORMAL CONDUCTION PROPERTIES IN DEMYELINATED SPINAL-CORD AXONS IN THE ADULT-RAT BY TRANSPLANTATION OF EXOGENOUS SCHWANN-CELLS, The Journal of neuroscience, 16(10), 1996, pp. 3199-3208
PATHOGENESIS OF HYPONATREMIA FOLLOWING SUBARACHNOID HEMORRHAGE DUE TORUPTURED CEREBRAL ANEURYSM
Authors: KUROKAWA Y UEDE T ISHIGURO M HONDA O HONMOU O KATO T WANIBUCHI M
Citation: Y. Kurokawa et al., PATHOGENESIS OF HYPONATREMIA FOLLOWING SUBARACHNOID HEMORRHAGE DUE TORUPTURED CEREBRAL ANEURYSM, Surgical neurology, 46(5), 1996, pp. 500-507
GABAPENTIN POTENTIATES THE CONDUCTANCE INCREASE INDUCED BY NIPECOTIC ACID IN CA1 PYRAMIDAL NEURONS IN-VITRO
Authors: HONMOU O KOCSIS JD RICHERSON GB
Citation: O. Honmou et al., GABAPENTIN POTENTIATES THE CONDUCTANCE INCREASE INDUCED BY NIPECOTIC ACID IN CA1 PYRAMIDAL NEURONS IN-VITRO, Epilepsy research, 20(3), 1995, pp. 193-202
NOREPINEPHRINE MODULATES EXCITABILITY OF NEONATAL RAT OPTIC NERVES THROUGH CALCIUM-MEDIATED MECHANISMS
Authors: HONMOU O YOUNG W
Citation: O. Honmou et W. Young, NOREPINEPHRINE MODULATES EXCITABILITY OF NEONATAL RAT OPTIC NERVES THROUGH CALCIUM-MEDIATED MECHANISMS, Neuroscience, 65(1), 1995, pp. 241-251
THE ANTICONVULSANT GABAPENTIN ENHANCES PROMOTED RELEASE OF GABA IN HIPPOCAMPUS - A FIELD POTENTIAL ANALYSIS
Authors: HONMOU O OYELESE AA KOCSIS JD
Citation: O. Honmou et al., THE ANTICONVULSANT GABAPENTIN ENHANCES PROMOTED RELEASE OF GABA IN HIPPOCAMPUS - A FIELD POTENTIAL ANALYSIS, Brain research, 692(1-2), 1995, pp. 273-277
GABAPENTIN INCREASES GABA-INDUCED DEPOLARIZATION IN RAT NEONATAL OPTIC-NERVE
Authors: KOCSIS JD HONMOU O
Citation: Jd. Kocsis et O. Honmou, GABAPENTIN INCREASES GABA-INDUCED DEPOLARIZATION IN RAT NEONATAL OPTIC-NERVE, Neuroscience letters, 169(1-2), 1994, pp. 181-184
DELAYED DEPOLARIZATION AND SLOW SODIUM CURRENTS IN CUTANEOUS AFFERENTS
Authors: HONMOU O UTZSCHNEIDER DA RIZZO MA BOWE CM WAXMAN SG KOCSIS JD
Citation: O. Honmou et al., DELAYED DEPOLARIZATION AND SLOW SODIUM CURRENTS IN CUTANEOUS AFFERENTS, Journal of neurophysiology, 71(5), 1994, pp. 1627-1637
GABA AND POTASSIUM EFFECTS ON CORTICOSPINAL AND PRIMARY AFFERENT TRACTS OF NEONATAL RAT SPINAL DORSAL COLUMNS
Authors: HONMOU O SAKATANI K YOUNG W
Citation: O. Honmou et al., GABA AND POTASSIUM EFFECTS ON CORTICOSPINAL AND PRIMARY AFFERENT TRACTS OF NEONATAL RAT SPINAL DORSAL COLUMNS, Neuroscience, 54(1), 1993, pp. 93-104
Risultati: 1-9 |