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Results: 1-18 |
Results: 18
NEURAL CELL RECOGNITION MOLECULE L1 - FROM CELL BIOLOGY TO HUMAN HEREDITARY BRAIN MALFORMATIONS
Authors: BRUMMENDORF T KENWRICK S RATHJEN FG
Citation: T. Brummendorf et al., NEURAL CELL RECOGNITION MOLECULE L1 - FROM CELL BIOLOGY TO HUMAN HEREDITARY BRAIN MALFORMATIONS, Current opinion in neurobiology, 8(1), 1998, pp. 87-97
NEUROTRACTIN, A NOVEL IG SUPERFAMILY MOLECULE ON SUBSETS OF CNS AXON TRACTS
Authors: MARG A SPALTMANN F RATHJEN FG BRUMMENDORF T
Citation: A. Marg et al., NEUROTRACTIN, A NOVEL IG SUPERFAMILY MOLECULE ON SUBSETS OF CNS AXON TRACTS, European journal of neuroscience, 10, 1998, pp. 2703-2703
CALEB, A NOVEL NEURAL MEMBER OF THE EGF FAMILY OF DIFFERENTIATION FACTORS, IS IMPLICATED IN NEURITE FORMATION
Authors: SCHUMACHER S VOLKMER H DORNER A BUCK F OTTO A TARNOK A RATHJEN FG
Citation: S. Schumacher et al., CALEB, A NOVEL NEURAL MEMBER OF THE EGF FAMILY OF DIFFERENTIATION FACTORS, IS IMPLICATED IN NEURITE FORMATION, European journal of neuroscience, 10, 1998, pp. 11107-11107
DISSECTION OF COMPLEX MOLECULAR-INTERACTIONS OF NEUROFASCIN WITH AXONIN-1, F11, AND TENASCIN-R, WHICH PROMOTE ATTACHMENT AND NEURITE FORMATION OF TECTAL CELLS
Authors: VOLKMER H ZACHARIAS U NORENBERG U RATHJEN FG
Citation: H. Volkmer et al., DISSECTION OF COMPLEX MOLECULAR-INTERACTIONS OF NEUROFASCIN WITH AXONIN-1, F11, AND TENASCIN-R, WHICH PROMOTE ATTACHMENT AND NEURITE FORMATION OF TECTAL CELLS, The Journal of cell biology, 142(4), 1998, pp. 1083-1093
AXONAL GROWTH AND PATHFINDING - FROM PHENOMENA TO MOLECULES
Authors: DRESCHER U FAISSNER A KLEIN R RATHJEN FG STURMER C
Citation: U. Drescher et al., AXONAL GROWTH AND PATHFINDING - FROM PHENOMENA TO MOLECULES, Cell and tissue research, 290(2), 1997, pp. 187-188
CHICKEN ACIDIC LEUCINE-RICH EGF-LIKE DOMAIN-CONTAINING BRAIN PROTEIN (CALEB), A NEURAL MEMBER OF THE EGF FAMILY OF DIFFERENTIATION FACTORS,IS IMPLICATED IN NEURITE FORMATION
Authors: SCHUMACHER S VOLKMER H BUCK F OTTO A TARNOK A ROTH S RATHJEN FG
Citation: S. Schumacher et al., CHICKEN ACIDIC LEUCINE-RICH EGF-LIKE DOMAIN-CONTAINING BRAIN PROTEIN (CALEB), A NEURAL MEMBER OF THE EGF FAMILY OF DIFFERENTIATION FACTORS,IS IMPLICATED IN NEURITE FORMATION, The Journal of cell biology, 136(4), 1997, pp. 895-906
ORGANIZATION OF THE NEUROFASCIN GENE AND ANALYSIS OF DEVELOPMENTALLY-REGULATED ALTERNATIVE SPLICING
Authors: HASSEL B RATHJEN FG VOLKMER H
Citation: B. Hassel et al., ORGANIZATION OF THE NEUROFASCIN GENE AND ANALYSIS OF DEVELOPMENTALLY-REGULATED ALTERNATIVE SPLICING, The Journal of biological chemistry, 272(45), 1997, pp. 28742-28749
STRUCTURE FUNCTION RELATIONSHIPS OF AXON-ASSOCIATED ADHESION RECEPTORS OF THE IMMUNOGLOBULIN SUPERFAMILY/
Authors: BRUMMENDORF T RATHJEN FG
Citation: T. Brummendorf et Fg. Rathjen, STRUCTURE FUNCTION RELATIONSHIPS OF AXON-ASSOCIATED ADHESION RECEPTORS OF THE IMMUNOGLOBULIN SUPERFAMILY/, Current opinion in neurobiology, 6(5), 1996, pp. 584-593
STRUCTURAL AND FUNCTIONAL-CHARACTERIZATION OF TENASCIN-R (RESTRICTIN), AN EXTRACELLULAR-MATRIX GLYCOPROTEIN OF GLIAL-CELLS AND NEURONS
Authors: NORENBERG U HUBERT M RATHJEN FG
Citation: U. Norenberg et al., STRUCTURAL AND FUNCTIONAL-CHARACTERIZATION OF TENASCIN-R (RESTRICTIN), AN EXTRACELLULAR-MATRIX GLYCOPROTEIN OF GLIAL-CELLS AND NEURONS, International journal of developmental neuroscience, 14(3), 1996, pp. 217-231
TEMPORAL AND SPATIAL APPEARANCE OF THE MEMBRANE CYTOSKELETON AND PERINEURONAL NETS IN THE RAT NEOCORTEX
Authors: WINTERGERST ES WEISENHORN DMV RATHJEN FG RIEDERER BM LAMBERT S CELIO MR
Citation: Es. Wintergerst et al., TEMPORAL AND SPATIAL APPEARANCE OF THE MEMBRANE CYTOSKELETON AND PERINEURONAL NETS IN THE RAT NEOCORTEX, Neuroscience letters, 209(3), 1996, pp. 173-176
NEUROFASCIN INDUCES NEURITES BY HETEROPHILIC INTERACTIONS WITH AXONALNRCAM WHILE NRCAM REQUIRES F11 ON THE AXONAL SURFACE TO EXTEND NEURITES
Authors: VOLKMER H LEUSCHNER R ZACHARIAS U RATHJEN FG
Citation: H. Volkmer et al., NEUROFASCIN INDUCES NEURITES BY HETEROPHILIC INTERACTIONS WITH AXONALNRCAM WHILE NRCAM REQUIRES F11 ON THE AXONAL SURFACE TO EXTEND NEURITES, The Journal of cell biology, 135(4), 1996, pp. 1059-1069
CELL-ADHESION MOLECULES .1. IMMUNOGLOBULIN SUPERFAMILY
Authors: BRUMMENDORF T RATHJEN FG
Citation: T. Brummendorf et Fg. Rathjen, CELL-ADHESION MOLECULES .1. IMMUNOGLOBULIN SUPERFAMILY, Protein profile, 2(9), 1995, pp. 963
CHARACTERIZATION OF FUNCTIONAL DOMAINS OF THE TENASCIN-R (RESTRICTIN)POLYPEPTIDE - CELL ATTACHMENT SITE, BINDING WITH F11, AND ENHANCEMENTOF F11-MEDIATED NEURITE OUTGROWTH BY TENASCIN-R
Authors: NORENBERG U HUBERT M BRUMMENDORF T TARNOK A RATHJEN FG
Citation: U. Norenberg et al., CHARACTERIZATION OF FUNCTIONAL DOMAINS OF THE TENASCIN-R (RESTRICTIN)POLYPEPTIDE - CELL ATTACHMENT SITE, BINDING WITH F11, AND ENHANCEMENTOF F11-MEDIATED NEURITE OUTGROWTH BY TENASCIN-R, The Journal of cell biology, 130(2), 1995, pp. 473-484
CELL-ADHESION MOLECULES .1. IMMUNOGLOBULIN SUPERFAMILY - INTRODUCTION
Authors: BRUMMENDORF T RATHJEN FG
Citation: T. Brummendorf et Fg. Rathjen, CELL-ADHESION MOLECULES .1. IMMUNOGLOBULIN SUPERFAMILY - INTRODUCTION, Protein profile, 1(9), 1994, pp. 951-1058
USE OF ELISA TO G4 ANTIGEN TO QUANTITATE NEURITE OUTGROWTH IN THE CHICK BOTH IN-VIVO AND IN-VITRO
Authors: WEIKERT T RATHJEN FG LAYER PG
Citation: T. Weikert et al., USE OF ELISA TO G4 ANTIGEN TO QUANTITATE NEURITE OUTGROWTH IN THE CHICK BOTH IN-VIVO AND IN-VITRO, Journal of neurochemistry, 62(4), 1994, pp. 1570-1577
INDUCTION OF AXONAL GROWTH BY HETEROPHILIC INTERACTIONS BETWEEN THE CELL-SURFACE RECOGNITION PROTEIN-F11 AND PROTEIN-NR-CAM BRAVO/
Authors: MORALES G HUBERT M BRUMMENDORF T TREUBERT U TARNOK A SCHWARZ U RATHJEN FG
Citation: G. Morales et al., INDUCTION OF AXONAL GROWTH BY HETEROPHILIC INTERACTIONS BETWEEN THE CELL-SURFACE RECOGNITION PROTEIN-F11 AND PROTEIN-NR-CAM BRAVO/, Neuron, 11(6), 1993, pp. 1113-1122
THE AXONAL RECOGNITION MOLECULE F11 IS A MULTIFUNCTIONAL PROTEIN - SPECIFIC DOMAINS MEDIATE INTERACTIONS WITH NG-CAM AND RESTRICTIN
Authors: BRUMMENDORF T HUBERT M TREUBERT U LEUSCHNER R TARNOK A RATHJEN FG
Citation: T. Brummendorf et al., THE AXONAL RECOGNITION MOLECULE F11 IS A MULTIFUNCTIONAL PROTEIN - SPECIFIC DOMAINS MEDIATE INTERACTIONS WITH NG-CAM AND RESTRICTIN, Neuron, 10(4), 1993, pp. 711-727
AXONAL GLYCOPROTEINS WITH IMMUNOGLOBULIN AND FIBRONECTIN TYPE-III-RELATED DOMAINS IN VERTEBRATES - STRUCTURAL FEATURES, BINDING ACTIVITIES,AND SIGNAL-TRANSDUCTION
Authors: BRUMMENDORF T RATHJEN FG
Citation: T. Brummendorf et Fg. Rathjen, AXONAL GLYCOPROTEINS WITH IMMUNOGLOBULIN AND FIBRONECTIN TYPE-III-RELATED DOMAINS IN VERTEBRATES - STRUCTURAL FEATURES, BINDING ACTIVITIES,AND SIGNAL-TRANSDUCTION, Journal of neurochemistry, 61(4), 1993, pp. 1207-1219
Risultati: 1-18 |