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Results: 1-25 | 26-28
Results: 1-25/28
POSITIVE INFLUENCE OF BDNF AND S-PBN ON GAP-43, L1 AND TAG-1 MESSENGER-RNA EXPRESSION IN RAT RETINAL GANGLION-CELLS (RGCS) AFTER OPTIC-NERVE LESION
Authors: JUNG M KLOCKER N BAHR M STUERMER CAO
Citation: M. Jung et al., POSITIVE INFLUENCE OF BDNF AND S-PBN ON GAP-43, L1 AND TAG-1 MESSENGER-RNA EXPRESSION IN RAT RETINAL GANGLION-CELLS (RGCS) AFTER OPTIC-NERVE LESION, European journal of neuroscience, 10, 1998, pp. 2506-2506
PATHFINDING ERRORS OF GOLDFISH RETINAL AXONS ARE CAUSED BY ANTIBODIESAGAINST IMMUNOGLOBULIN DOMAIN-2 OF NEUROLIN (DM-GRASP SC-1-BEN)/
Authors: LEPPERT CA DIEKMANN H BASTMEYER M STUERMER CAO
Citation: Ca. Leppert et al., PATHFINDING ERRORS OF GOLDFISH RETINAL AXONS ARE CAUSED BY ANTIBODIESAGAINST IMMUNOGLOBULIN DOMAIN-2 OF NEUROLIN (DM-GRASP SC-1-BEN)/, European journal of neuroscience, 10, 1998, pp. 5906-5906
REGGIE-PROTEINS ARE LOCALIZED TO THE INNER FACE OF THE NEURONAL PLASMAMEMBRANE AND ARE NOT ASSOCIATED WITH CAVEOLAE
Authors: LANG DM DEHNER F LOMMEL S LAESSING U ANKERHOLD R PETRAUSCH B PLATTNER H STUERMER CAO
Citation: Dm. Lang et al., REGGIE-PROTEINS ARE LOCALIZED TO THE INNER FACE OF THE NEURONAL PLASMAMEMBRANE AND ARE NOT ASSOCIATED WITH CAVEOLAE, European journal of neuroscience, 10, 1998, pp. 11104-11104
MAB M802 RECOGNIZES A 48 KDA GPI-ANCHORED SURFACE PROTEIN INVOLVED INAXONAL GUIDANCE
Authors: LANG DM LEPPERT CA WIECHERS M STUERMER CAO
Citation: Dm. Lang et al., MAB M802 RECOGNIZES A 48 KDA GPI-ANCHORED SURFACE PROTEIN INVOLVED INAXONAL GUIDANCE, European journal of neuroscience, 10, 1998, pp. 11105-11105
E587 ANTIGEN IS UP-REGULATED BY GOLDFISH OLIGODENDROCYTES AFTER OPTIC-NERVE LESION AND SUPPORTS RETINAL AXON REGENERATION
Authors: ANKERHOLD R LEPPERT CA BASTMEYER M STUERMER CAO
Citation: R. Ankerhold et al., E587 ANTIGEN IS UP-REGULATED BY GOLDFISH OLIGODENDROCYTES AFTER OPTIC-NERVE LESION AND SUPPORTS RETINAL AXON REGENERATION, Glia, 23(3), 1998, pp. 257-270
RETINAL AXON REGENERATION IN THE LIZARD GALLOTIA-GALLOTI IN THE PRESENCE OF CNS MYELIN AND OLIGODENDROCYTES
Authors: LANG DM MONZONMAYOR M BANDTLOW CE STUERMER CAO
Citation: Dm. Lang et al., RETINAL AXON REGENERATION IN THE LIZARD GALLOTIA-GALLOTI IN THE PRESENCE OF CNS MYELIN AND OLIGODENDROCYTES, Glia, 23(1), 1998, pp. 61-74
NEUROLIN, THE GOLDFISH HOMOLOG OF DM-GRASP, IS INVOLVED IN RETINAL AXON PATHFINDING TO THE OPTIC DISK
Authors: OTT H BASTMEYER M STUERMER CAO
Citation: H. Ott et al., NEUROLIN, THE GOLDFISH HOMOLOG OF DM-GRASP, IS INVOLVED IN RETINAL AXON PATHFINDING TO THE OPTIC DISK, The Journal of neuroscience, 18(9), 1998, pp. 3363-3372
IDENTIFICATION OF REGGIE-1 AND REGGIE-2 AS PLASMAMEMBRANE-ASSOCIATED PROTEINS WHICH COCLUSTER WITH ACTIVATED GPI-ANCHORED CELL-ADHESION MOLECULES IN NON-CAVEOLAR MICROPATCHES IN NEURONS
Authors: LANG DM LOMMEL S JUNG M ANKERHOLD R PETRAUSCH B LAESSING U WIECHERS MF PLATTNER H STUERMER CAO
Citation: Dm. Lang et al., IDENTIFICATION OF REGGIE-1 AND REGGIE-2 AS PLASMAMEMBRANE-ASSOCIATED PROTEINS WHICH COCLUSTER WITH ACTIVATED GPI-ANCHORED CELL-ADHESION MOLECULES IN NON-CAVEOLAR MICROPATCHES IN NEURONS, Journal of neurobiology, 37(4), 1998, pp. 502-523
AXON OUTGROWTH IS REGULATED BY AN INTRACELLULAR PURINE-SENSITIVE MECHANISM IN RETINAL GANGLION-CELLS
Authors: BENOWITZ LI JING Y TABIBIAZAR R JO SA PETRAUSCH B STUERMER CAO ROSENBERG PA IRWIN N
Citation: Li. Benowitz et al., AXON OUTGROWTH IS REGULATED BY AN INTRACELLULAR PURINE-SENSITIVE MECHANISM IN RETINAL GANGLION-CELLS, The Journal of biological chemistry, 273(45), 1998, pp. 29626-29634
AXON-REGENERATING RETINAL GANGLION-CELLS IN ADULT RATS SYNTHESIZE THECELL-ADHESION MOLECULE L1 BUT NOT TAG-1 OR SC-1
Authors: JUNG M PETRAUSCH B STUERMER CAO
Citation: M. Jung et al., AXON-REGENERATING RETINAL GANGLION-CELLS IN ADULT RATS SYNTHESIZE THECELL-ADHESION MOLECULE L1 BUT NOT TAG-1 OR SC-1, Molecular and cellular neurosciences, 9(2), 1997, pp. 116-131
EXPRESSION OF AN L1-RELATED CELL-ADHESION MOLECULE ON DEVELOPING CNS FIBER TRACTS IN ZEBRAFISH AND ITS FUNCTIONAL CONTRIBUTION TO AXON FASCICULATION
Authors: WEILAND UM OTT H BASTMEYER M SCHADEN H GIORDANO S STUERMER CAO
Citation: Um. Weiland et al., EXPRESSION OF AN L1-RELATED CELL-ADHESION MOLECULE ON DEVELOPING CNS FIBER TRACTS IN ZEBRAFISH AND ITS FUNCTIONAL CONTRIBUTION TO AXON FASCICULATION, Molecular and cellular neurosciences, 9(1), 1997, pp. 77-89
REGGIE-1 AND REGGIE-2, 2 CELL-SURFACE PROTEINS EXPRESSED BY RETINAL GANGLION-CELLS DURING AXON REGENERATION
Authors: SCHULTE T PASCHKE KA LAESSING U LOTTSPEICH F STUERMER CAO
Citation: T. Schulte et al., REGGIE-1 AND REGGIE-2, 2 CELL-SURFACE PROTEINS EXPRESSED BY RETINAL GANGLION-CELLS DURING AXON REGENERATION, Development, 124(2), 1997, pp. 577-587
AF-1, AN ENDOGENOUS TRIGGER FOR AXONAL REGENERATION, IS POTENTIATED BY 2 POLYPEPTIDES AND STIMULATES GAP-43 EXPRESSION IN GOLDFISH RETINAL GANGLION-CELLS
Authors: BENOWITZ LI TABIBIAZAR R PETRAUSCH B WANG EY JING Y LEPPERT CA LAESSING U STUERMER CAO IRWIN N
Citation: Li. Benowitz et al., AF-1, AN ENDOGENOUS TRIGGER FOR AXONAL REGENERATION, IS POTENTIATED BY 2 POLYPEPTIDES AND STIMULATES GAP-43 EXPRESSION IN GOLDFISH RETINAL GANGLION-CELLS, Journal of neurochemistry, 69, 1997, pp. 141-141
DYNAMICS OF PROCESS FORMATION DURING DIFFERENTIATION OF TECTAL NEURONS IN EMBRYONIC ZEBRAFISH
Authors: KAETHNER RJ STUERMER CAO
Citation: Rj. Kaethner et Cao. Stuermer, DYNAMICS OF PROCESS FORMATION DURING DIFFERENTIATION OF TECTAL NEURONS IN EMBRYONIC ZEBRAFISH, Journal of neurobiology, 32(6), 1997, pp. 627-639
MOLECULAR CHARACTERIZATION OF E587 ANTIGEN - AN AXONAL RECOGNITION MOLECULE EXPRESSED IN THE GOLDFISH CENTRAL-NERVOUS-SYSTEM
Authors: GIORDANO S LAESSING U ANKERHOLD R LOTTSPEICH F STUERMER CAO
Citation: S. Giordano et al., MOLECULAR CHARACTERIZATION OF E587 ANTIGEN - AN AXONAL RECOGNITION MOLECULE EXPRESSED IN THE GOLDFISH CENTRAL-NERVOUS-SYSTEM, Journal of comparative neurology, 377(2), 1997, pp. 286-297
ADAPTIVE PLASTICITY OF XENOPUS GLIAL-CELLS IN-VITRO AND AFTER CNS FIBER TRACT LESIONS IN-VIVO
Authors: LANG DM STUERMER CAO
Citation: Dm. Lang et Cao. Stuermer, ADAPTIVE PLASTICITY OF XENOPUS GLIAL-CELLS IN-VITRO AND AFTER CNS FIBER TRACT LESIONS IN-VIVO, Glia, 18(2), 1996, pp. 92-106
MODULATION OF THE INHIBITORY SUBSTRATE PROPERTIES OF OLIGODENDROCYTESBY PLATELET-DERIVED GROWTH-FACTOR
Authors: LANG DM HILLE MG SCHWAB ME STUERMER CAO
Citation: Dm. Lang et al., MODULATION OF THE INHIBITORY SUBSTRATE PROPERTIES OF OLIGODENDROCYTESBY PLATELET-DERIVED GROWTH-FACTOR, The Journal of neuroscience, 16(18), 1996, pp. 5741-5748
SPATIOTEMPORAL PATTERN OF RETINAL GANGLION-CELL DIFFERENTIATION REVEALED BY THE EXPRESSION OF NEUROLIN IN EMBRYONIC ZEBRAFISH
Authors: LAESSING U STUERMER CAO
Citation: U. Laessing et Cao. Stuermer, SPATIOTEMPORAL PATTERN OF RETINAL GANGLION-CELL DIFFERENTIATION REVEALED BY THE EXPRESSION OF NEUROLIN IN EMBRYONIC ZEBRAFISH, Journal of neurobiology, 29(1), 1996, pp. 65-74
REEVALUATION OF THE GROWTH-PERMISSIVE SUBSTRATE PROPERTIES OF GOLDFISH OPTIC-NERVE MYELIN AND MYELIN PROTEINS
Authors: WANNER M LANG DM BANDTLOW CE SCHWAB ME BASTMEYER M STUERMER CAO
Citation: M. Wanner et al., REEVALUATION OF THE GROWTH-PERMISSIVE SUBSTRATE PROPERTIES OF GOLDFISH OPTIC-NERVE MYELIN AND MYELIN PROTEINS, The Journal of neuroscience, 15(11), 1995, pp. 7500-7508
CNS MYELIN AND OLIGODENDROCYTES OF THE XENOPUS SPINAL-CORD - BUT NOT OPTIC-NERVE - ARE NONPERMISSIVE FOR AXON GROWTH
Authors: LANG DM RUBIN BP SCHWAB ME STUERMER CAO
Citation: Dm. Lang et al., CNS MYELIN AND OLIGODENDROCYTES OF THE XENOPUS SPINAL-CORD - BUT NOT OPTIC-NERVE - ARE NONPERMISSIVE FOR AXON GROWTH, The Journal of neuroscience, 15(1), 1995, pp. 99-109
FIBROBLASTS AT THE TRANSECTION SITE OF THE INJURED GOLDFISH OPTIC-NERVE AND THEIR POTENTIAL ROLE DURING RETINAL AXONAL REGENERATION
Authors: HIRSCH S CAHILL MA STUERMER CAO
Citation: S. Hirsch et al., FIBROBLASTS AT THE TRANSECTION SITE OF THE INJURED GOLDFISH OPTIC-NERVE AND THEIR POTENTIAL ROLE DURING RETINAL AXONAL REGENERATION, Journal of comparative neurology, 360(4), 1995, pp. 599-611
FISH E587 GLYCOPROTEIN, A MEMBER OF THE L1 FAMILY OF CELL-ADHESION MOLECULES, PARTICIPATES IN AXONAL FASCICULATION AND THE AGE-RELATED ORDER OF GANGLION-CELL AXONS IN THE GOLDFISH RETINA
Authors: BASTMEYER M OTT H LEPPERT CA STUERMER CAO
Citation: M. Bastmeyer et al., FISH E587 GLYCOPROTEIN, A MEMBER OF THE L1 FAMILY OF CELL-ADHESION MOLECULES, PARTICIPATES IN AXONAL FASCICULATION AND THE AGE-RELATED ORDER OF GANGLION-CELL AXONS IN THE GOLDFISH RETINA, The Journal of cell biology, 130(4), 1995, pp. 969-976
SIMILARITIES AND DIFFERENCES BETWEEN FISH OLIGODENDROCYTES AND SCHWANN-CELLS IN-VITRO
Authors: BASTMEYER M JESERICH G STUERMER CAO
Citation: M. Bastmeyer et al., SIMILARITIES AND DIFFERENCES BETWEEN FISH OLIGODENDROCYTES AND SCHWANN-CELLS IN-VITRO, Glia, 11(4), 1994, pp. 300-314
MOLECULAR CHARACTERIZATION OF FISH NEUROLIN - A GROWTH-ASSOCIATED CELL-SURFACE PROTEIN AND MEMBER OF THE IMMUNOGLOBULIN SUPERFAMILY IN THE FISH RETINOTECTAL SYSTEM WITH SIMILARITIES TO CHICK PROTEIN DM-GRASP SC-1/BEN/
Authors: LAESSING U GIORDANO S STECHER B LOTTSPEICH F STUERMER CAO
Citation: U. Laessing et al., MOLECULAR CHARACTERIZATION OF FISH NEUROLIN - A GROWTH-ASSOCIATED CELL-SURFACE PROTEIN AND MEMBER OF THE IMMUNOGLOBULIN SUPERFAMILY IN THE FISH RETINOTECTAL SYSTEM WITH SIMILARITIES TO CHICK PROTEIN DM-GRASP SC-1/BEN/, Differentiation, 56(1-2), 1994, pp. 21-29
GROWTH-BEHAVIOR OF RETINOTECTAL AXONS IN LIVE ZEBRAFISH EMBRYOS UNDERTTX-INDUCED NEURAL IMPULSE BLOCKADE
Authors: KAETHNER RJ STUERMER CAO
Citation: Rj. Kaethner et Cao. Stuermer, GROWTH-BEHAVIOR OF RETINOTECTAL AXONS IN LIVE ZEBRAFISH EMBRYOS UNDERTTX-INDUCED NEURAL IMPULSE BLOCKADE, Journal of neurobiology, 25(7), 1994, pp. 781-796
Risultati: 1-25 | 26-28