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Results: 1-7 |
Results: 7
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
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
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
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
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
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
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