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Results: 1-13 |
Results: 13
EFFECTS OF GINSENOSIDES ON CA2+ CHANNELS AND MEMBRANE CAPACITANCE IN RAT ADRENAL CHROMAFFIN CELLS
Authors: KIM HS LEE JH GOO YS NAH SY
Citation: Hs. Kim et al., EFFECTS OF GINSENOSIDES ON CA2+ CHANNELS AND MEMBRANE CAPACITANCE IN RAT ADRENAL CHROMAFFIN CELLS, Brain research bulletin, 46(3), 1998, pp. 245-251
GINSENOSIDES INDUCE DIFFERENTIAL ANTINOCICEPTION AND INHIBIT SUBSTANCE-P INDUCED-NOCICEPTIVE RESPONSE IN MICE
Authors: YOON SR NAH JJ SHIN YH KIM SK NAM KY CHOI HS NAH SY
Citation: Sr. Yoon et al., GINSENOSIDES INDUCE DIFFERENTIAL ANTINOCICEPTION AND INHIBIT SUBSTANCE-P INDUCED-NOCICEPTIVE RESPONSE IN MICE, Life sciences, 62(21), 1998, pp. 319-325
DETERMINATION OF GINSENOSIDE RF AND RG(2) FROM PANAX-GINSENG USING ENZYME-IMMUNOASSAY
Authors: YOON SR NAH JJ KIM SK KIM SC NAM KY JUNG DW NAH SY
Citation: Sr. Yoon et al., DETERMINATION OF GINSENOSIDE RF AND RG(2) FROM PANAX-GINSENG USING ENZYME-IMMUNOASSAY, Chemical and Pharmaceutical Bulletin, 46(7), 1998, pp. 1144-1147
GINSENOSIDE RF, A TRACE COMPONENT OF GINSENG ROOT, PRODUCES ANTINOCICEPTION IN MICE
Authors: MOGIL JS SHIN YH MCCLESKEY EW KIM SC NAH SY
Citation: Js. Mogil et al., GINSENOSIDE RF, A TRACE COMPONENT OF GINSENG ROOT, PRODUCES ANTINOCICEPTION IN MICE, Brain research, 792(2), 1998, pp. 218-228
MU-OPIOID AND DELTA-OPIOID BUT NOT KAPPA-OPIOID INHIBIT VOLTAGE-ACTIVATED BA2-11 CELL( CURRENTS IN NEURONAL F)
Authors: NAH SY UNTEUTSCH A BUNZOW JR COOK SP BEACHAM DW GRANDY DK
Citation: Sy. Nah et al., MU-OPIOID AND DELTA-OPIOID BUT NOT KAPPA-OPIOID INHIBIT VOLTAGE-ACTIVATED BA2-11 CELL( CURRENTS IN NEURONAL F), Brain research, 766(1-2), 1997, pp. 66-71
SELECTIVE OPIOID INHIBITION OF SMALL NOCICEPTIVE NEURONS
Authors: TADDESE A NAH SY MCCLESKEY EW
Citation: A. Taddese et al., SELECTIVE OPIOID INHIBITION OF SMALL NOCICEPTIVE NEURONS, Science, 270(5240), 1995, pp. 1366-1369
A TRACE COMPONENT OF GINSENG THAT INHIBITS CA2-TOXIN-SENSITIVE G-PROTEIN( CHANNELS THROUGH A PERTUSSIS)
Authors: NAH SY PARK HJ MCCLESKEY EW
Citation: Sy. Nah et al., A TRACE COMPONENT OF GINSENG THAT INHIBITS CA2-TOXIN-SENSITIVE G-PROTEIN( CHANNELS THROUGH A PERTUSSIS), Proceedings of the National Academy of Sciences of the United Statesof America, 92(19), 1995, pp. 8739-8743
SIGNAL-TRANSDUCTION OP OPIATE RECEPTORS IN SPINAL-CORD CELLS
Authors: VOGEL Z NAH SY SAYA D LEVY R ATTALI B BARG J
Citation: Z. Vogel et al., SIGNAL-TRANSDUCTION OP OPIATE RECEPTORS IN SPINAL-CORD CELLS, Journal of toxicology. Toxin reviews, 13(1), 1994, pp. 115-123
GINSENG ROOT EXTRACT INHIBITS CALCIUM CHANNELS IN RAT SENSORY NEURONSTHROUGH A SIMILAR PATH, BUT DIFFERENT RECEPTOR, AS MU-TYPE OPIOIDS
Authors: NAH SY MCCLESKEY EW
Citation: Sy. Nah et Ew. Mccleskey, GINSENG ROOT EXTRACT INHIBITS CALCIUM CHANNELS IN RAT SENSORY NEURONSTHROUGH A SIMILAR PATH, BUT DIFFERENT RECEPTOR, AS MU-TYPE OPIOIDS, Journal of ethnopharmacology, 42(1), 1994, pp. 45-51
THE SYNAPTIC VESICLE PROTEIN, SYNAPSIN - ITS ROLE IN OPIATE DRUG-ADDICTION
Authors: VOGEL Z ATTALI B LEVY R SAYA D MATUSLEIBOVITCH N EZRA V NAH SY BARG J
Citation: Z. Vogel et al., THE SYNAPTIC VESICLE PROTEIN, SYNAPSIN - ITS ROLE IN OPIATE DRUG-ADDICTION, Journal of neurochemistry, 63, 1994, pp. 190000003-190000003
CANNABINOIDS INHIBIT AGONIST-STIMULATED FORMATION OF INOSITOL PHOSPHATES IN RAT HIPPOCAMPAL CULTURES
Authors: NAH SY SAYA D VOGEL Z
Citation: Sy. Nah et al., CANNABINOIDS INHIBIT AGONIST-STIMULATED FORMATION OF INOSITOL PHOSPHATES IN RAT HIPPOCAMPAL CULTURES, European journal of pharmacology. Molecular pharmacology section, 246(1), 1993, pp. 19-24
OPIATE RECEPTOR AGONISTS REGULATE PHOSPHORYLATION OF SYNAPSIN-I IN COCULTURES OF RAT SPINAL-CORD AND DORSAL-ROOT GANGLION
Authors: NAH SY SAYA D BARG J VOGEL Z
Citation: Sy. Nah et al., OPIATE RECEPTOR AGONISTS REGULATE PHOSPHORYLATION OF SYNAPSIN-I IN COCULTURES OF RAT SPINAL-CORD AND DORSAL-ROOT GANGLION, Proceedings of the National Academy of Sciences of the United Statesof America, 90(9), 1993, pp. 4052-4056
MODULATION OF THYMIDINE INCORPORATION BY KAPPA-OPIOID LIGANDS IN RAT SPINAL CORD-DORSAL ROOT GANGLION COCULTURES
Authors: BARG J NAH SY LEVY R SAYA D VOGEL Z
Citation: J. Barg et al., MODULATION OF THYMIDINE INCORPORATION BY KAPPA-OPIOID LIGANDS IN RAT SPINAL CORD-DORSAL ROOT GANGLION COCULTURES, Brain research, 629(1), 1993, pp. 109-114
Risultati: 1-13 |