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Results: 1-16 |
Results: 16
SUPPRESSION OF FAS APO-1-MEDIATED APOPTOSIS BY MITOGEN-ACTIVATED KINASE SIGNALING/
Authors: HOLMSTROM TH CHOW SC ELO I COFFEY ET ORRENIUS S SISTONEN L ERIKSSON JE
Citation: Th. Holmstrom et al., SUPPRESSION OF FAS APO-1-MEDIATED APOPTOSIS BY MITOGEN-ACTIVATED KINASE SIGNALING/, The Journal of immunology, 160(6), 1998, pp. 2626-2636
BRAIN-DERIVED NEUROTROPHIC FACTOR INDUCES A RAPID UP-REGULATION OF SYNAPTOPHYSIN AND TAU-PROTEINS VIA THE NEUROTROPHIN RECEPTOR TRKB IN RATCEREBELLAR GRANULE CELLS
Authors: COFFEY ET AKERMAN KEO COURTNEY MJ
Citation: Et. Coffey et al., BRAIN-DERIVED NEUROTROPHIC FACTOR INDUCES A RAPID UP-REGULATION OF SYNAPTOPHYSIN AND TAU-PROTEINS VIA THE NEUROTROPHIN RECEPTOR TRKB IN RATCEREBELLAR GRANULE CELLS, Neuroscience letters, 227(3), 1997, pp. 177-180
REGULATION OF SAPKS IN CNS NEURONS
Authors: COFFEY ET COURTNEY MJ
Citation: Et. Coffey et Mj. Courtney, REGULATION OF SAPKS IN CNS NEURONS, Biochemical Society transactions, 25(4), 1997, pp. 568-568
NEUROTROPHINS PROTECT CULTURED CEREBELLAR GRANULE NEURONS AGAINST THEEARLY PHASE OF CELL-DEATH BY A 2-COMPONENT MECHANISM
Authors: COURTNEY MJ AKERMAN KEO COFFEY ET
Citation: Mj. Courtney et al., NEUROTROPHINS PROTECT CULTURED CEREBELLAR GRANULE NEURONS AGAINST THEEARLY PHASE OF CELL-DEATH BY A 2-COMPONENT MECHANISM, The Journal of neuroscience, 17(11), 1997, pp. 4201-4211
NEUROTROPHIN ACTIVATED KINASE CASCADES IN CEREBELLAR GRANULE NEURONS
Authors: COFFEY ET COURTNEY MJ
Citation: Et. Coffey et Mj. Courtney, NEUROTROPHIN ACTIVATED KINASE CASCADES IN CEREBELLAR GRANULE NEURONS, Journal of neurochemistry, 69, 1997, pp. 33-33
SIGNAL PATHWAYS REGULATING NEURONAL SURVIVAL
Authors: COURTNEY MJ COFFEY ET
Citation: Mj. Courtney et Et. Coffey, SIGNAL PATHWAYS REGULATING NEURONAL SURVIVAL, Journal of neurochemistry, 69, 1997, pp. 133-133
DETECTION OF MYELIN BASIC-PROTEIN ISOFORMS BY ORGANIC CONCENTRATION
Authors: MAATTA JA COFFEY ET HERMONEN JA SALMI AA HINKKANEN AE
Citation: Ja. Maatta et al., DETECTION OF MYELIN BASIC-PROTEIN ISOFORMS BY ORGANIC CONCENTRATION, Biochemical and biophysical research communications, 238(2), 1997, pp. 498-502
GLUTAMATE EXOCYTOSIS AND MARCKS PHOSPHORYLATION ARE ENHANCED BY A METABOTROPIC GLUTAMATE-RECEPTOR COUPLED TO A PROTEIN-KINASE-C SYNERGISTICALLY ACTIVATED BY DIACYLGLYCEROL AND ARACHIDONIC-ACID (VOL 63, PG 1303, 1994)
Authors: COFFEY ET
Citation: Et. Coffey, GLUTAMATE EXOCYTOSIS AND MARCKS PHOSPHORYLATION ARE ENHANCED BY A METABOTROPIC GLUTAMATE-RECEPTOR COUPLED TO A PROTEIN-KINASE-C SYNERGISTICALLY ACTIVATED BY DIACYLGLYCEROL AND ARACHIDONIC-ACID (VOL 63, PG 1303, 1994), Journal of neurochemistry, 64(1), 1995, pp. 471-471
GLUTAMATE EXOCYTOSIS AND MARCKS PHOSPHORYLATION ARE ENHANCED BY A METABOTROPIC GLUTAMATE-RECEPTOR COUPLED TO A PROTEIN-KINASE-C SYNERGISTICALLY ACTIVATED BY DIACYLGLYCEROL AND ARACHIDONIC-ACID
Authors: COFFEY ET HERRERO I SIHRA TS SANCHEZPRIETO J NICHOLLS DG
Citation: Et. Coffey et al., GLUTAMATE EXOCYTOSIS AND MARCKS PHOSPHORYLATION ARE ENHANCED BY A METABOTROPIC GLUTAMATE-RECEPTOR COUPLED TO A PROTEIN-KINASE-C SYNERGISTICALLY ACTIVATED BY DIACYLGLYCEROL AND ARACHIDONIC-ACID, Journal of neurochemistry, 63(4), 1994, pp. 1303-1310
PHOSPHORYLATION OF SYNAPSIN-I AND MARCKS IN NERVE-TERMINALS IS MEDIATED BY CA2-GI SENSITIVE CA2+ CHANNEL WHICH IS COUPLED TO GLUTAMATE EXOCYTOSIS( ENTRY VIA AN AGA)
Authors: COFFEY ET SIHRA TS NICHOLLS DG POCOCK JM
Citation: Et. Coffey et al., PHOSPHORYLATION OF SYNAPSIN-I AND MARCKS IN NERVE-TERMINALS IS MEDIATED BY CA2-GI SENSITIVE CA2+ CHANNEL WHICH IS COUPLED TO GLUTAMATE EXOCYTOSIS( ENTRY VIA AN AGA), FEBS letters, 353(3), 1994, pp. 264-268
PHOSPHORYLATION OF SYNAPSIN-I AND MARCKS IN NERVE-TERMINALS IS MEDIATED BY CA2-GI SENSITIVE CA2+ CHANNEL WHICH IS COUPLED TO GLUTAMATE EXOCYTOSIS( ENTRY VIA AN AGA)
Authors: COFFEY ET SIHRA TS NICHOLLS DG POCOCK JM
Citation: Et. Coffey et al., PHOSPHORYLATION OF SYNAPSIN-I AND MARCKS IN NERVE-TERMINALS IS MEDIATED BY CA2-GI SENSITIVE CA2+ CHANNEL WHICH IS COUPLED TO GLUTAMATE EXOCYTOSIS( ENTRY VIA AN AGA), FEBS letters, 353(3), 1994, pp. 264-268
METABOTROPIC RECEPTOR ACTIVATION OF GLUTAMATE RELEASE IS PKC MEDIATED
Authors: COFFEY ET HERRERO I SANCHEZPRIETO J SIHRA TS NICHOLLS DG
Citation: Et. Coffey et al., METABOTROPIC RECEPTOR ACTIVATION OF GLUTAMATE RELEASE IS PKC MEDIATED, Journal of neurochemistry, 61, 1993, pp. 190000017-190000017
CHANNELS, KINASES AND THE REGULATION OF GLUTAMATE EXOCYTOSIS
Authors: NICHOLLS DG POCOCK JM BARRIE AP MCMAHON HT COFFEY ET
Citation: Dg. Nicholls et al., CHANNELS, KINASES AND THE REGULATION OF GLUTAMATE EXOCYTOSIS, Journal of neurochemistry, 61, 1993, pp. 190000187-190000187
METABOTROPIC RECEPTOR ACTIVATION OF GLUTAMATE RELEASE IS PKC MEDIATED
Authors: COFFEY ET HERRERO I SIHRA TS NICHOLLS DG
Citation: Et. Coffey et al., METABOTROPIC RECEPTOR ACTIVATION OF GLUTAMATE RELEASE IS PKC MEDIATED, Journal of neurochemistry, 61, 1993, pp. 190000253-190000253
THE REGULATION OF GLUTAMATE RELEASE
Authors: NICHOLLS DG COFFEY ET COUSIN M POCOCK JM
Citation: Dg. Nicholls et al., THE REGULATION OF GLUTAMATE RELEASE, Journal of neurochemistry, 61, 1993, pp. 190000284-190000284
PROTEIN-KINASE-C AND THE REGULATION OF GLUTAMATE EXOCYTOSIS FROM CEREBROCORTICAL SYNAPTOSOMES
Authors: COFFEY ET SIHRA TS NICHOLLS DG
Citation: Et. Coffey et al., PROTEIN-KINASE-C AND THE REGULATION OF GLUTAMATE EXOCYTOSIS FROM CEREBROCORTICAL SYNAPTOSOMES, The Journal of biological chemistry, 268(28), 1993, pp. 21060-21065
Risultati: 1-16 |