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Results: 1-19 |
Results: 19
MOLECULAR AND GENETIC-ANALYSIS OF JIL-1, A NOVEL NUCLEAR KINASE
Authors: JIN Y DONG H WALKER DL JOHANSEN J JOHANSEN KM
Citation: Y. Jin et al., MOLECULAR AND GENETIC-ANALYSIS OF JIL-1, A NOVEL NUCLEAR KINASE, Molecular biology of the cell, 9, 1998, pp. 1859-1859
SKELETOR - AN ESSENTIAL NOVEL NUCLEOSKELETAL PROTEIN THAT FORMS A UNIQUE SPINDLE EARLY IN CELL-DIVISION
Authors: WALKER DL JIN Y JOHANSEN J JOHANSEN KM
Citation: Dl. Walker et al., SKELETOR - AN ESSENTIAL NOVEL NUCLEOSKELETAL PROTEIN THAT FORMS A UNIQUE SPINDLE EARLY IN CELL-DIVISION, Molecular biology of the cell, 9, 1998, pp. 2580-2580
DEVELOPMENT AND PATHWAY FORMATION OF PERIPHERAL NEURONS DURING LEECH EMBRYOGENESIS
Authors: HUANG YQ JELLIES J JOHANSEN KM JOHANSEN J
Citation: Yq. Huang et al., DEVELOPMENT AND PATHWAY FORMATION OF PERIPHERAL NEURONS DURING LEECH EMBRYOGENESIS, Journal of comparative neurology, 397(3), 1998, pp. 394-402
SKELETOR - A NUCLEAR MATRIX COMPONENT CONSERVED ACROSS SPECIES THAT FORMS A DISTINCT SPINDLE EARLY IN MITOSIS
Authors: WALKER DL JIN Y JOHANSEN J JOHANSEN KM
Citation: Dl. Walker et al., SKELETOR - A NUCLEAR MATRIX COMPONENT CONSERVED ACROSS SPECIES THAT FORMS A DISTINCT SPINDLE EARLY IN MITOSIS, Molecular biology of the cell, 8, 1997, pp. 592-592
MOLECULAR AND GENETIC-ANALYSIS OF JIL-1, A NOVEL NUCLEAR KINASE
Authors: JIN Y DONG H WALKER DL JOHANSEN J JOHANSEN KM
Citation: Y. Jin et al., MOLECULAR AND GENETIC-ANALYSIS OF JIL-1, A NOVEL NUCLEAR KINASE, Molecular biology of the cell, 8, 1997, pp. 600-600
DIFFERENTIAL GLYCOSYLATION OF TRACTIN AND LEECHCAM, 2 NOVEL IG SUPERFAMILY MEMBERS, REGULATES NEURITE EXTENSION AND FASCICLE FORMATION
Authors: HUANG YQ JELLIES J JOHANSEN KM JOHANSEN J
Citation: Yq. Huang et al., DIFFERENTIAL GLYCOSYLATION OF TRACTIN AND LEECHCAM, 2 NOVEL IG SUPERFAMILY MEMBERS, REGULATES NEURITE EXTENSION AND FASCICLE FORMATION, The Journal of cell biology, 138(1), 1997, pp. 143-157
RED WINE SUPPRESSES BLOOD-CELL ACTIVATION AFTER PHYSICAL EXERCISE WHEREAS THE FIBRINOLYTIC POTENTIAL IS IMPAIRED
Authors: OSTERUD B JOHANSEN KM SKORPE S OLSEN JO
Citation: B. Osterud et al., RED WINE SUPPRESSES BLOOD-CELL ACTIVATION AFTER PHYSICAL EXERCISE WHEREAS THE FIBRINOLYTIC POTENTIAL IS IMPAIRED, Blood, 90(10), 1997, pp. 3156-3156
MOLECULAR AND GENETIC-ANALYSIS OF REMODELING OF NUCLEAR ARCHITECTURE DURING MITOSIS IN DROSOPHILA EMBRYOS
Authors: JIN Y WALKER DL DONG H JOHANSEN J JOHANSEN KM
Citation: Y. Jin et al., MOLECULAR AND GENETIC-ANALYSIS OF REMODELING OF NUCLEAR ARCHITECTURE DURING MITOSIS IN DROSOPHILA EMBRYOS, Molecular biology of the cell, 7, 1996, pp. 2775-2775
REMODELING OF NUCLEAR ARCHITECTURE DURING THE CELL-CYCLE IN DROSOPHILA EMBRYOS
Authors: JOHANSEN KM JOHANSEN J BAEK KH JIN Y
Citation: Km. Johansen et al., REMODELING OF NUCLEAR ARCHITECTURE DURING THE CELL-CYCLE IN DROSOPHILA EMBRYOS, Journal of cellular biochemistry, 63(3), 1996, pp. 268-279
DYNAMIC REMODELING OF NUCLEAR ARCHITECTURE DURING THE CELL-CYCLE
Authors: JOHANSEN KM
Citation: Km. Johansen, DYNAMIC REMODELING OF NUCLEAR ARCHITECTURE DURING THE CELL-CYCLE, Journal of cellular biochemistry, 60(3), 1996, pp. 289-296
DIFFERENTIAL EXPRESSION OF THE EF-HAND CALCIUM-BINDING PROTEIN CALSENSIN IN THE CENTRAL-NERVOUS-SYSTEM OF HIRUDINID LEECHES
Authors: VELDMAN M HUANG YQ JELLIES J JOHANSEN KM JOHANSEN J
Citation: M. Veldman et al., DIFFERENTIAL EXPRESSION OF THE EF-HAND CALCIUM-BINDING PROTEIN CALSENSIN IN THE CENTRAL-NERVOUS-SYSTEM OF HIRUDINID LEECHES, Cell and tissue research, 286(3), 1996, pp. 357-364
INITIAL FORMATION AND SECONDARY CONDENSATION OF NERVE PATHWAYS IN THEMEDICINAL LEECH
Authors: JELLIES J KOPP DM JOHANSEN KM JOHANSEN J
Citation: J. Jellies et al., INITIAL FORMATION AND SECONDARY CONDENSATION OF NERVE PATHWAYS IN THEMEDICINAL LEECH, Journal of comparative neurology, 373(1), 1996, pp. 1-10
FORMATION OF A NOVEL NUCLEAR SPINDLE-LIKE SCAFFOLD WHICH PRECEDES MICROTUBULE SPINDLE ASSEMBLY DURING MITOSIS
Authors: JOHANSEN KM JOHANSEN J BAEK KH JIN Y
Citation: Km. Johansen et al., FORMATION OF A NOVEL NUCLEAR SPINDLE-LIKE SCAFFOLD WHICH PRECEDES MICROTUBULE SPINDLE ASSEMBLY DURING MITOSIS, Molecular biology of the cell, 6, 1995, pp. 2457-2457
MAB2A, WHICH LABELS A NUCLEAR SCAFFOLD, IDENTIFIES 2 NOVEL NUCLEAR ANTIGENS
Authors: WALKER DL JIN Y IRWIN P DONG H JOHANSEN J JOHANSEN KM
Citation: Dl. Walker et al., MAB2A, WHICH LABELS A NUCLEAR SCAFFOLD, IDENTIFIES 2 NOVEL NUCLEAR ANTIGENS, Molecular biology of the cell, 6, 1995, pp. 2458-2458
DYNAMIC REDISTRIBUTION DURING MITOSIS OF A NOVEL NUCLEAR MATRIX ASSOCIATED PROTEIN WITH RAF-KINASE HOMOLOGY
Authors: JOHANSEN KM JOHANSEN J
Citation: Km. Johansen et J. Johansen, DYNAMIC REDISTRIBUTION DURING MITOSIS OF A NOVEL NUCLEAR MATRIX ASSOCIATED PROTEIN WITH RAF-KINASE HOMOLOGY, Journal of cellular biochemistry, 1995, pp. 139-139
FILARIN, A NOVEL INVERTEBRATE INTERMEDIATE FILAMENT PROTEIN PRESENT IN AXONS AND PERIKARYA OF DEVELOPING AND MATURE LEECH NEURONS
Authors: JOHANSEN KM JOHANSEN J
Citation: Km. Johansen et J. Johansen, FILARIN, A NOVEL INVERTEBRATE INTERMEDIATE FILAMENT PROTEIN PRESENT IN AXONS AND PERIKARYA OF DEVELOPING AND MATURE LEECH NEURONS, Journal of neurobiology, 27(2), 1995, pp. 227-239
CALSENSIN - A NOVEL CALCIUM-BINDING PROTEIN EXPRESSED IN A SUBSET OF PERIPHERAL LEECH NEURONS FASCICULATING IN A SINGLE AXON TRACT
Authors: BRIGGS KK SILVERS AJ JOHANSEN KM JOHANSEN J
Citation: Kk. Briggs et al., CALSENSIN - A NOVEL CALCIUM-BINDING PROTEIN EXPRESSED IN A SUBSET OF PERIPHERAL LEECH NEURONS FASCICULATING IN A SINGLE AXON TRACT, The Journal of cell biology, 129(5), 1995, pp. 1355-1362
PERIPHERAL NEURONS DEPEND ON CNS-DERIVED GUIDANCE CUES FOR PROPER NAVIGATION DURING LEECH DEVELOPMENT
Authors: JELLIES J JOHANSEN KM JOHANSEN J
Citation: J. Jellies et al., PERIPHERAL NEURONS DEPEND ON CNS-DERIVED GUIDANCE CUES FOR PROPER NAVIGATION DURING LEECH DEVELOPMENT, Developmental biology, 171(2), 1995, pp. 471-482
SELECTIVE PATHWAY CHOICE OF A SINGLE CENTRAL AXONAL FASCICLE BY A SUBSET OF PERIPHERAL NEURONS DURING LEECH DEVELOPMENT
Authors: BRIGGS KK JOHANSEN KM JOHANSEN J
Citation: Kk. Briggs et al., SELECTIVE PATHWAY CHOICE OF A SINGLE CENTRAL AXONAL FASCICLE BY A SUBSET OF PERIPHERAL NEURONS DURING LEECH DEVELOPMENT, Developmental biology, 158(2), 1993, pp. 380-389
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