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Results: 1-7 |
Results: 7
NEW PHOSPHORYLATION SITES IDENTIFIED IN HYPERPHOSPHORYLATED TAU (PAIRED HELICAL FILAMENT-TAU) FROM ALZHEIMERS-DISEASE BRAIN USING NANOELECTROSPRAY MASS-SPECTROMETRY
Authors: HANGER DP BETTS JC LOVINY TLF BLACKSTOCK WP ANDERTON BH
Citation: Dp. Hanger et al., NEW PHOSPHORYLATION SITES IDENTIFIED IN HYPERPHOSPHORYLATED TAU (PAIRED HELICAL FILAMENT-TAU) FROM ALZHEIMERS-DISEASE BRAIN USING NANOELECTROSPRAY MASS-SPECTROMETRY, Journal of neurochemistry, 71(6), 1998, pp. 2465-2476
CONSERVED IN-VIVO PHOSPHORYLATION OF CALNEXIN AT CASEIN KINASE-II SITES AS WELL AS A PROTEIN-KINASE-C PROLINE-DIRECTED KINASE SITE
Authors: WONG HN WARD MA BELL AW CHEVET E BAINS S BLACKSTOCK WP SOLARI R THOMAS DY BERGERON JJM
Citation: Hn. Wong et al., CONSERVED IN-VIVO PHOSPHORYLATION OF CALNEXIN AT CASEIN KINASE-II SITES AS WELL AS A PROTEIN-KINASE-C PROLINE-DIRECTED KINASE SITE, The Journal of biological chemistry, 273(27), 1998, pp. 17227-17235
IDENTIFICATION OF NOVEL IN-VITRO PKA PHOSPHORYLATION SITES ON THE LOWAND MIDDLE MOLECULAR-MASS NEUROFILAMENT SUBUNITS BY MASS-SPECTROMETRY
Authors: CLEVERLEY KE BETTS JC BLACKSTOCK WP GALLO JM ANDERTON BH
Citation: Ke. Cleverley et al., IDENTIFICATION OF NOVEL IN-VITRO PKA PHOSPHORYLATION SITES ON THE LOWAND MIDDLE MOLECULAR-MASS NEUROFILAMENT SUBUNITS BY MASS-SPECTROMETRY, Biochemistry, 37(11), 1998, pp. 3917-3930
PROTEOME RESEARCH - COMPLEMENTARITY AND LIMITATIONS WITH RESPECT TO THE RNA AND DNA WORLDS
Authors: HUMPHERYSMITH I CORDWELL SJ BLACKSTOCK WP
Citation: I. Humpherysmith et al., PROTEOME RESEARCH - COMPLEMENTARITY AND LIMITATIONS WITH RESPECT TO THE RNA AND DNA WORLDS, Electrophoresis, 18(8), 1997, pp. 1217-1242
IDENTIFICATION OF PHOSPHORYLATION SITES ON NEUROFILAMENT PROTEINS BY NANOELECTROSPRAY MASS-SPECTROMETRY
Authors: BETTS JC BLACKSTOCK WP WARD MA ANDERTON BH
Citation: Jc. Betts et al., IDENTIFICATION OF PHOSPHORYLATION SITES ON NEUROFILAMENT PROTEINS BY NANOELECTROSPRAY MASS-SPECTROMETRY, The Journal of biological chemistry, 272(20), 1997, pp. 12922-12927
IDENTIFICATION OF PHOSPHORYLATION SITES ON NEUROFILAMENT PROTEINS FROM POLYACRYLAMIDE GELS BY NANOELECTROSPRAY MASS-SPECTROMETRY
Authors: BETTS JC BLACKSTOCK WP CLEVERLEY KE WARD MA ANDERTON BH
Citation: Jc. Betts et al., IDENTIFICATION OF PHOSPHORYLATION SITES ON NEUROFILAMENT PROTEINS FROM POLYACRYLAMIDE GELS BY NANOELECTROSPRAY MASS-SPECTROMETRY, Molecular biology of the cell, 7, 1996, pp. 1269-1269
USE OF BACULOVIRUS-DERIVED ICAM-1 AS A TOOL FOR THE CHARACTERIZATION OF THE GLYCOSYLATION STRUCTURE - FUNCTION RELATIONSHIP OF HUMAN TISSUE-DERIVED ICAM-1
Authors: HUTCHINSON AM BLACKSTOCK WP HALE RS MCNAMEE A WARD MA
Citation: Am. Hutchinson et al., USE OF BACULOVIRUS-DERIVED ICAM-1 AS A TOOL FOR THE CHARACTERIZATION OF THE GLYCOSYLATION STRUCTURE - FUNCTION RELATIONSHIP OF HUMAN TISSUE-DERIVED ICAM-1, Journal of cellular biochemistry, 1994, pp. 274-274
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