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Results: 1-11 |
Results: 11
LIPOPOLYSACCHARIDE DIFFERENTIALLY REGULATES MICROGLIAL TRK RECEPTOR AND NEUROTROPHIN EXPRESSION
Authors: ELKABES S PENG L BLACK IB
Citation: S. Elkabes et al., LIPOPOLYSACCHARIDE DIFFERENTIALLY REGULATES MICROGLIAL TRK RECEPTOR AND NEUROTROPHIN EXPRESSION, Journal of neuroscience research, 54(1), 1998, pp. 117-122
GENE-EXPRESSION IN ACTIVATED BRAIN MICROGLIA - IDENTIFICATION OF A PROTEINASE-INHIBITOR THAT INCREASES MICROGLIAL CELL NUMBER
Authors: THAKKERVARIA S ELKABES S SCHICK C SILVERMAN GA PENG L SHERWOOD AC BLACK IB
Citation: S. Thakkervaria et al., GENE-EXPRESSION IN ACTIVATED BRAIN MICROGLIA - IDENTIFICATION OF A PROTEINASE-INHIBITOR THAT INCREASES MICROGLIAL CELL NUMBER, Molecular brain research, 56(1-2), 1998, pp. 99-107
DIFFERENTIAL INVOLVEMENT OF METABOTROPIC AND P75 NEUROTROPHIN RECEPTORS IN EFFECTS OF NERVE GROWTH-FACTOR AND NEUROTROPHIN-3 ON CULTURED PURKINJE-CELL SURVIVAL
Authors: MOUNT HTJ ELKABES S DREYFUS CF BLACK IB
Citation: Htj. Mount et al., DIFFERENTIAL INVOLVEMENT OF METABOTROPIC AND P75 NEUROTROPHIN RECEPTORS IN EFFECTS OF NERVE GROWTH-FACTOR AND NEUROTROPHIN-3 ON CULTURED PURKINJE-CELL SURVIVAL, Journal of neurochemistry, 70(3), 1998, pp. 1045-1053
EVIDENCE FOR THE PRESENCE OF N-ACETYLASPARTYLGLUTAMATE IN CULTURED OLIGODENDROCYTES AND LPS ACTIVATED MICROGLIA
Authors: PASSANI L ELKABES S COYLE JT
Citation: L. Passani et al., EVIDENCE FOR THE PRESENCE OF N-ACETYLASPARTYLGLUTAMATE IN CULTURED OLIGODENDROCYTES AND LPS ACTIVATED MICROGLIA, Brain research, 794(1), 1998, pp. 143-145
STRESS PERSISTENTLY INCREASES NMDA RECEPTOR-MEDIATED BINDING OF [H-3]PDBU (A MARKER FOR PROTEIN-KINASE-C) IN THE AMYGDALA, AND REEXPOSURE TO THE STRESSFUL CONTEXT REACTIVATES THE INCREASE
Authors: SHORS TJ ELKABES S SELCHER JC BLACK IB
Citation: Tj. Shors et al., STRESS PERSISTENTLY INCREASES NMDA RECEPTOR-MEDIATED BINDING OF [H-3]PDBU (A MARKER FOR PROTEIN-KINASE-C) IN THE AMYGDALA, AND REEXPOSURE TO THE STRESSFUL CONTEXT REACTIVATES THE INCREASE, Brain research, 750(1-2), 1997, pp. 293-300
BRAIN MICROGLIA MACROPHAGES EXPRESS NEUROTROPHINS THAT SELECTIVELY REGULATE MICROGLIAL PROLIFERATION AND FUNCTION
Authors: ELKABES S DICICCOBLOOM EM BLACK IB
Citation: S. Elkabes et al., BRAIN MICROGLIA MACROPHAGES EXPRESS NEUROTROPHINS THAT SELECTIVELY REGULATE MICROGLIAL PROLIFERATION AND FUNCTION, The Journal of neuroscience, 16(8), 1996, pp. 2508-2521
THE IDENTIFICATION OF A NOVEL CDNA PREFERENTIALLY EXPRESSED IN THE OLFACTORY-LIMBIC SYSTEM OF THE ADULT-RAT
Authors: SCHAAR DG VARIA MR ELKABES S RAMAKRISHNAN L DREYFUS CF BLACK IB
Citation: Dg. Schaar et al., THE IDENTIFICATION OF A NOVEL CDNA PREFERENTIALLY EXPRESSED IN THE OLFACTORY-LIMBIC SYSTEM OF THE ADULT-RAT, Brain research, 721(1-2), 1996, pp. 217-228
DEVELOPMENTAL REGULATION OF NEUROTROPHIN-3 AND TRK-C SPLICE VARIANTS IN OPTIC-NERVE GLIA IN-VIVO
Authors: ELKABES S SCHAAR DG DREYFUS CF BLACK IB
Citation: S. Elkabes et al., DEVELOPMENTAL REGULATION OF NEUROTROPHIN-3 AND TRK-C SPLICE VARIANTS IN OPTIC-NERVE GLIA IN-VIVO, Neuroscience, 66(4), 1995, pp. 879-889
PROTEIN-KINASE-C ACTIVITY, TRANSLOCATION, AND CONVENTIONAL ISOFORMS IN AGING RAT-BRAIN
Authors: BATTAINI F ELKABES S BERGAMASCHI S LADISA V LUCCHI L DEGRAAN PNE SCHUURMAN T WETSEL WC TRABUCCHI M GOVONI S
Citation: F. Battaini et al., PROTEIN-KINASE-C ACTIVITY, TRANSLOCATION, AND CONVENTIONAL ISOFORMS IN AGING RAT-BRAIN, Neurobiology of aging, 16(2), 1995, pp. 137-148
EMBRYONIC SENSORY DEVELOPMENT - LOCAL EXPRESSION OF NEUROTROPHIN-3 AND TARGET EXPRESSION OF NERVE GROWTH-FACTOR
Authors: ELKABES S DREYFUS CF SCHAAR DG BLACK IB
Citation: S. Elkabes et al., EMBRYONIC SENSORY DEVELOPMENT - LOCAL EXPRESSION OF NEUROTROPHIN-3 AND TARGET EXPRESSION OF NERVE GROWTH-FACTOR, Journal of comparative neurology, 341(2), 1994, pp. 204-213
REGULATION OF PROTEIN-KINASE-C ACTIVITY BY SENSORY DEPRIVATION IN THEOLFACTORY AND VISUAL SYSTEMS
Authors: ELKABES S CHERRY JA SCHOUPS AA BLACK IB
Citation: S. Elkabes et al., REGULATION OF PROTEIN-KINASE-C ACTIVITY BY SENSORY DEPRIVATION IN THEOLFACTORY AND VISUAL SYSTEMS, Journal of neurochemistry, 60(5), 1993, pp. 1835-1842
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