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Results: 1-11 |
Results: 11
PROLONGED GABA(B) RECEPTOR-MEDIATED SYNAPTIC INHIBITION IN THE CAT SPINAL COLD - AN IN-VIVO STUDY
Authors: CURTIS DR LACEY G
Citation: Dr. Curtis et G. Lacey, PROLONGED GABA(B) RECEPTOR-MEDIATED SYNAPTIC INHIBITION IN THE CAT SPINAL COLD - AN IN-VIVO STUDY, Experimental Brain Research, 121(3), 1998, pp. 319-333
THE LACK OF EFFECT OF BACLOFEN ON ACTION-POTENTIALS OF SPINAL MOTOR AXON COLLATERAL TERMINATIONS IN-VIVO
Authors: CURTIS DR LACEY G
Citation: Dr. Curtis et G. Lacey, THE LACK OF EFFECT OF BACLOFEN ON ACTION-POTENTIALS OF SPINAL MOTOR AXON COLLATERAL TERMINATIONS IN-VIVO, Experimental Brain Research, 114(1), 1997, pp. 184-187
BACLOFEN - REDUCTION OF PRESYNAPTIC CALCIUM INFLUX IN THE CAT SPINAL-CORD IN-VIVO
Authors: CURTIS DR GYNTHER BD LACEY G BEATTIE DT
Citation: Dr. Curtis et al., BACLOFEN - REDUCTION OF PRESYNAPTIC CALCIUM INFLUX IN THE CAT SPINAL-CORD IN-VIVO, Experimental Brain Research, 113(3), 1997, pp. 520-533
ACTIONS OF AMINO-ACIDS ON THE ISOLATED HEMISECTED SPINAL-CORD OF THE TOAD - COMMENTARY
Authors: CURTIS DR
Citation: Dr. Curtis, ACTIONS OF AMINO-ACIDS ON THE ISOLATED HEMISECTED SPINAL-CORD OF THE TOAD - COMMENTARY, British Journal of Pharmacology, 120(4), 1997, pp. 202-203
ACTIONS OF AMINO-ACIDS ON THE ISOLATED HEMISECTED SPINAL-CORD OF THE TOAD (REPRINTED FROM BRIT J PHARMACOL, VOL 16, PG 262-283, 1961)
Authors: CURTIS DR PHILLIS JW WATKINS JC
Citation: Dr. Curtis et al., ACTIONS OF AMINO-ACIDS ON THE ISOLATED HEMISECTED SPINAL-CORD OF THE TOAD (REPRINTED FROM BRIT J PHARMACOL, VOL 16, PG 262-283, 1961), British Journal of Pharmacology, 120(4), 1997, pp. 204-225
GABA SYNAPSES IN THE BRAIN
Authors: CURTIS DR
Citation: Dr. Curtis, GABA SYNAPSES IN THE BRAIN, Trends in neurosciences, 18(6), 1995, pp. 263-263
AN IN-VIVO ELECTROPHYSIOLOGICAL INVESTIGATION OF GROUP IA AFFERENT-FIBERS AND VENTRAL HORN TERMINATIONS IN THE CAT SPINAL-CORD
Authors: CURTIS DR GYNTHER BD BEATTIE DT LACEY G
Citation: Dr. Curtis et al., AN IN-VIVO ELECTROPHYSIOLOGICAL INVESTIGATION OF GROUP IA AFFERENT-FIBERS AND VENTRAL HORN TERMINATIONS IN THE CAT SPINAL-CORD, Experimental Brain Research, 106(3), 1995, pp. 403-417
GABA-B RECEPTOR-MEDIATED SPINAL INHIBITION
Authors: CURTIS DR LACEY G
Citation: Dr. Curtis et G. Lacey, GABA-B RECEPTOR-MEDIATED SPINAL INHIBITION, NeuroReport, 5(5), 1994, pp. 540-542
PHOSPHINIC ACID-DERIVATIVES AS BACLOFEN AGONISTS AND ANTAGONISTS IN THE MAMMALIAN SPINAL-CORD - AN IN-VIVO STUDY
Authors: LACEY G CURTIS DR
Citation: G. Lacey et Dr. Curtis, PHOSPHINIC ACID-DERIVATIVES AS BACLOFEN AGONISTS AND ANTAGONISTS IN THE MAMMALIAN SPINAL-CORD - AN IN-VIVO STUDY, Experimental Brain Research, 101(1), 1994, pp. 59-72
DIFFERING ACTIONS OF NITROPROPANE ANALOGS OF GABA AND BACLOFEN IN CENTRAL AND PERIPHERAL PREPARATIONS
Authors: ONG J KERR DIB LACEY G CURTIS DR HUGHES R PRAGER RH
Citation: J. Ong et al., DIFFERING ACTIONS OF NITROPROPANE ANALOGS OF GABA AND BACLOFEN IN CENTRAL AND PERIPHERAL PREPARATIONS, European journal of pharmacology, 264(1), 1994, pp. 49-54
THIENYL-GABA DERIVATIVES AS SPECIFIC BACLOFEN AGONISTS IN THE RAT ANDCAT SPINAL-CORD IN-VIVO
Authors: LACEY G BERTHELOT P VACCHER C FLOUQUET N VACCHER MP DEBAERT M CURTIS DR
Citation: G. Lacey et al., THIENYL-GABA DERIVATIVES AS SPECIFIC BACLOFEN AGONISTS IN THE RAT ANDCAT SPINAL-CORD IN-VIVO, Neuroscience letters, 159(1-2), 1993, pp. 64-66
Risultati: 1-11 |