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Results: 1-8 |
Results: 8
SIMILAR POTENCY OF CARBAMAZEPINE, OXCARBAZEPINE, AND LAMOTRIGINE IN INHIBITING THE RELEASE OF GLUTAMATE AND OTHER NEUROTRANSMITTERS
Authors: WALDMEIER PC BAUMANN PA WICKI P FELDTRAUER JJ STIERLIN C SCHMUTZ M
Citation: Pc. Waldmeier et al., SIMILAR POTENCY OF CARBAMAZEPINE, OXCARBAZEPINE, AND LAMOTRIGINE IN INHIBITING THE RELEASE OF GLUTAMATE AND OTHER NEUROTRANSMITTERS, Neurology, 45(10), 1995, pp. 1907-1913
EFFECTS OF THE PUTATIVE P-TYPE CALCIUM-CHANNEL BLOCKER, R,R-(-)-DAURISOLINE ON NEUROTRANSMITTER RELEASE
Authors: WALDMEIER PC WICKI P FROSTL W BITTIGER H FELDTRAUER JJ BAUMANN PA
Citation: Pc. Waldmeier et al., EFFECTS OF THE PUTATIVE P-TYPE CALCIUM-CHANNEL BLOCKER, R,R-(-)-DAURISOLINE ON NEUROTRANSMITTER RELEASE, Naunyn-Schmiedeberg's archives of pharmacology, 352(6), 1995, pp. 670-678
PHOSPHINIC ACID ANALOGS OF GABA .1. NEW POTENT AND SELECTIVE GABA(B) AGONISTS
Authors: FROESTL W MICKEL SJ HALL RG VONSPRECHER G STRUB D BAUMANN PA BRUGGER F GENTSCH C JAEKEL J OLPE HR RIHS G VASSOUT A WALDMEIER PC BITTIGER H
Citation: W. Froestl et al., PHOSPHINIC ACID ANALOGS OF GABA .1. NEW POTENT AND SELECTIVE GABA(B) AGONISTS, Journal of medicinal chemistry, 38(17), 1995, pp. 3297-3312
PHOSPHINIC ACID ANALOGS OF GABA .2. SELECTIVE, ORALLY-ACTIVE GABA(B) ANTAGONISTS
Authors: FROESTL W MICKEL SJ VONSPRECHER G DIEL PJ HALL RG MAIER L STRUB D MELILLO V BAUMANN PA BERNASCONI R GENTSCH C HAUSER K JAEKEL J KARLSSON G KLEBS K MAITRE L MARESCAUX C POZZA MF SCHMUTZ M STEINMANN MW VANRIEZEN H VASSOUT A MONDADORI C OLPE HR WALDMEIER PC BITTIGER H
Citation: W. Froestl et al., PHOSPHINIC ACID ANALOGS OF GABA .2. SELECTIVE, ORALLY-ACTIVE GABA(B) ANTAGONISTS, Journal of medicinal chemistry, 38(17), 1995, pp. 3313-3331
OXCARBAZEPINE, CARBAMAZEPINE, AND LAMOTRIGINE PREFERENTIALLY SUPPRESSGENERALIZED TONIC SEIZURES IN RODENTS AND INHIBIT THE RELEASE OF GLUTAMATE AND OTHER NEUROTRANSMITTERS
Authors: SCHMUTZ M BAUMANN PA FELDTRAUER JJ PORTER C STIERLIN C WICKI P WALDMEIER PC
Citation: M. Schmutz et al., OXCARBAZEPINE, CARBAMAZEPINE, AND LAMOTRIGINE PREFERENTIALLY SUPPRESSGENERALIZED TONIC SEIZURES IN RODENTS AND INHIBIT THE RELEASE OF GLUTAMATE AND OTHER NEUROTRANSMITTERS, Epilepsia, 36, 1995, pp. 53-53
GABA AND GLUTAMATE RELEASE AFFECTED BY GABA(B) RECEPTOR ANTAGONISTS WITH SIMILAR POTENCY - NO EVIDENCE FOR PHARMACOLOGICALLY DIFFERENT PRESYNAPTIC RECEPTORS
Authors: WALDMEIER PC WICKI P FELDTRAUER JJ MICKEL SJ BITTIGER H BAUMANN PA
Citation: Pc. Waldmeier et al., GABA AND GLUTAMATE RELEASE AFFECTED BY GABA(B) RECEPTOR ANTAGONISTS WITH SIMILAR POTENCY - NO EVIDENCE FOR PHARMACOLOGICALLY DIFFERENT PRESYNAPTIC RECEPTORS, British Journal of Pharmacology, 113(4), 1994, pp. 1515-1521
A ROLE FOR COMPUTER-SIMULATION IN SOLVING THE RIDDLES OF AUTORECEPTOR-MEDIATED REGULATION OF GABA RELEASE
Authors: CHRISTEN T BAUMANN PA WALDMEIER PC
Citation: T. Christen et al., A ROLE FOR COMPUTER-SIMULATION IN SOLVING THE RIDDLES OF AUTORECEPTOR-MEDIATED REGULATION OF GABA RELEASE, Naunyn-Schmiedeberg's archives of pharmacology, 348(6), 1993, pp. 618-627
AUTORECEPTOR-MEDIATED REGULATION OF GABA RELEASE - ROLE OF UPTAKE INHIBITION AND EFFECTS OF NOVEL GABA(B) ANTAGONISTS
Authors: WALDMEIER PC HERTZ C WICKI P GRUNENWALD C BAUMANN PA
Citation: Pc. Waldmeier et al., AUTORECEPTOR-MEDIATED REGULATION OF GABA RELEASE - ROLE OF UPTAKE INHIBITION AND EFFECTS OF NOVEL GABA(B) ANTAGONISTS, Naunyn-Schmiedeberg's archives of pharmacology, 347(5), 1993, pp. 514-520
Risultati: 1-8 |