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Results: 1-10 |
Results: 10
A MODEL FOR CENTRAL SYNAPTIC JUNCTIONAL COMPLEX-FORMATION BASED ON THE DIFFERENTIAL ADHESIVE SPECIFICITIES OF THE CADHERINS
Authors: FANNON AM COLMAN DR
Citation: Am. Fannon et Dr. Colman, A MODEL FOR CENTRAL SYNAPTIC JUNCTIONAL COMPLEX-FORMATION BASED ON THE DIFFERENTIAL ADHESIVE SPECIFICITIES OF THE CADHERINS, Neuron, 17(3), 1996, pp. 423-434
STRUCTURAL BASIS FOR HOMOPHILIC ADHESION BY CADHERINS AND BY MYELIN PO
Authors: HENDRICKSON WA SHAPIRO L KWONG PD HENSLEY P FANNON AM DOYLE JP COLMAN DR
Citation: Wa. Hendrickson et al., STRUCTURAL BASIS FOR HOMOPHILIC ADHESION BY CADHERINS AND BY MYELIN PO, The FASEB journal, 10(6), 1996, pp. 800-800
STRUCTURAL BIOLOGY OF HOMOPHILIC CELL-ADHESION
Authors: HENDRICKSON WA SHAPIRO L KWONG PD FANNON AM DOYLE JP COLMAN DR
Citation: Wa. Hendrickson et al., STRUCTURAL BIOLOGY OF HOMOPHILIC CELL-ADHESION, Biophysical journal, 70(2), 1996, p.
NEURAL CELLS FROM DOGFISH EMBRYOS EXPRESS THE SAME SUBTYPE-SPECIFIC ANTIGENS AS MAMMALIAN NEURAL CELLS IN-VIVO AND IN-VITRO
Authors: GOULD RM FANNON AM MOORMAN SJ
Citation: Rm. Gould et al., NEURAL CELLS FROM DOGFISH EMBRYOS EXPRESS THE SAME SUBTYPE-SPECIFIC ANTIGENS AS MAMMALIAN NEURAL CELLS IN-VIVO AND IN-VITRO, Glia, 15(4), 1995, pp. 401-418
STRUCTURAL BASIS OF CELL-CELL ADHESION BY CADHERINS
Authors: SHAPIRO L FANNON AM KWONG PD THOMPSON A LEHMANN MS GRUBEL G LEGRAND JF ALSNIELSEN J COLMAN DR HENDRICKSON WA
Citation: L. Shapiro et al., STRUCTURAL BASIS OF CELL-CELL ADHESION BY CADHERINS, Nature, 374(6520), 1995, pp. 327-337
CONSIDERATIONS ON THE FOLDING TOPOLOGY AND EVOLUTIONARY ORIGIN OF CADHERIN DOMAINS
Authors: SHAPIRO L KWONG PD FANNON AM COLMAN DR HENDRICKSON WA
Citation: L. Shapiro et al., CONSIDERATIONS ON THE FOLDING TOPOLOGY AND EVOLUTIONARY ORIGIN OF CADHERIN DOMAINS, Proceedings of the National Academy of Sciences of the United Statesof America, 92(15), 1995, pp. 6793-6797
NOVEL E-CADHERIN MEDIATED ADHESION IN PERIPHERAL-NERVE - SCHWANN-CELLARCHITECTURE IS STABILIZED BY AUTOTYPIC ADHERENS JUNCTIONS
Authors: FANNON AM SHERMAN DL ILYINAGRAGEROVA G BROPHY PJ FRIEDRICH VL COLMAN DR
Citation: Am. Fannon et al., NOVEL E-CADHERIN MEDIATED ADHESION IN PERIPHERAL-NERVE - SCHWANN-CELLARCHITECTURE IS STABILIZED BY AUTOTYPIC ADHERENS JUNCTIONS, Journal of neurochemistry, 65, 1995, pp. 146-146
NOVEL E-CADHERIN MEDIATED ADHESION IN PERIPHERAL-NERVE - SCHWANN-CELLARCHITECTURE IS STABILIZED BY AUTOTYPIC ADHERENS JUNCTIONS (VOL 129, PG 189, 1995)
Authors: FANNON AM
Citation: Am. Fannon, NOVEL E-CADHERIN MEDIATED ADHESION IN PERIPHERAL-NERVE - SCHWANN-CELLARCHITECTURE IS STABILIZED BY AUTOTYPIC ADHERENS JUNCTIONS (VOL 129, PG 189, 1995), The Journal of cell biology, 129(6), 1995, pp. 1721-1721
NOVEL E-CADHERIN-MEDIATED ADHESION IN PERIPHERAL-NERVE - SCHWANN-CELLARCHITECTURE IS STABILIZED BY AUTOTYPIC ADHERENS JUNCTIONS
Authors: FANNON AM SHERMAN DL ILYINAGRAGEROVA G BROPHY PJ FRIEDRICH VL COLMAN DR
Citation: Am. Fannon et al., NOVEL E-CADHERIN-MEDIATED ADHESION IN PERIPHERAL-NERVE - SCHWANN-CELLARCHITECTURE IS STABILIZED BY AUTOTYPIC ADHERENS JUNCTIONS, The Journal of cell biology, 129(1), 1995, pp. 189-202
ISOLATION AND IDENTIFICATION OF PROTEOLIPID PROTEINS IN JIMPY MOUSE-BRAIN
Authors: FANNON AM MASTRONARDI FG MOSCARELLO MA
Citation: Am. Fannon et al., ISOLATION AND IDENTIFICATION OF PROTEOLIPID PROTEINS IN JIMPY MOUSE-BRAIN, Neurochemical research, 19(8), 1994, pp. 1005-1012
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