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Results: 1-17 |
Results: 17
MICROTUBULES IN STAGE VI XENOPUS OOCYTES ARE ORIENTED WITH THEIR MINUS-ENDS TOWARDS THE OOCYTE CORTEX
Authors: PFEIFFER DC GARD DL
Citation: Dc. Pfeiffer et Dl. Gard, MICROTUBULES IN STAGE VI XENOPUS OOCYTES ARE ORIENTED WITH THEIR MINUS-ENDS TOWARDS THE OOCYTE CORTEX, Molecular biology of the cell, 9, 1998, pp. 226-226
XMAP230 IS REQUIRED FOR NORMAL SPINDLE ASSEMBLY AND STABILIZING SPINDLE MICROTUBULES
Authors: CHA BJ CASSIMERIS L GARD DL
Citation: Bj. Cha et al., XMAP230 IS REQUIRED FOR NORMAL SPINDLE ASSEMBLY AND STABILIZING SPINDLE MICROTUBULES, Molecular biology of the cell, 9, 1998, pp. 911-911
XMAP230 IS REQUIRED FOR THE ASSEMBLY AND ORGANIZATION OF ACETYLATED MICROTUBULES AND SPINDLES IN XENOPUS OOCYTES AND EGGS
Authors: CHA BJ ERROR B GARD DL
Citation: Bj. Cha et al., XMAP230 IS REQUIRED FOR THE ASSEMBLY AND ORGANIZATION OF ACETYLATED MICROTUBULES AND SPINDLES IN XENOPUS OOCYTES AND EGGS, Journal of Cell Science, 111, 1998, pp. 2315-2327
THE TOGP PROTEIN IS A NEW HUMAN MICROTUBULE-ASSOCIATED PROTEIN HOMOLOGOUS TO THE XENOPUS XMAP215
Authors: CHARRASSE S SCHROEDER M GAUTHIERROUVIERE C ANGO F CASSIMERIS L GARD DL LARROQUE C
Citation: S. Charrasse et al., THE TOGP PROTEIN IS A NEW HUMAN MICROTUBULE-ASSOCIATED PROTEIN HOMOLOGOUS TO THE XENOPUS XMAP215, Journal of Cell Science, 111, 1998, pp. 1371-1383
XENOPUS NONMUSCLE MYOSIN HEAVY-CHAIN ISOFORMS HAVE DIFFERENT SUBCELLULAR LOCALIZATIONS AND ENZYMATIC-ACTIVITIES (VOL 134, PG 675, 1996)
Authors: KELLEY CA SELLERS JR GARD DL BUI D ADELSTEIN RS BAINES IC
Citation: Ca. Kelley et al., XENOPUS NONMUSCLE MYOSIN HEAVY-CHAIN ISOFORMS HAVE DIFFERENT SUBCELLULAR LOCALIZATIONS AND ENZYMATIC-ACTIVITIES (VOL 134, PG 675, 1996), The Journal of cell biology, 138(1), 1997, pp. 215-215
INCUBATION OF XENOPUS FERTILIZED-EGGS IN A HYPERTONIC MEDIUM CAUSES ABNORMALITY IN THE CORTICAL MICROTUBULE ORGANIZATION AND THE DORSOVENTRAL AXIS FORMATION
Authors: CHA BJ GARD DL
Citation: Bj. Cha et Dl. Gard, INCUBATION OF XENOPUS FERTILIZED-EGGS IN A HYPERTONIC MEDIUM CAUSES ABNORMALITY IN THE CORTICAL MICROTUBULE ORGANIZATION AND THE DORSOVENTRAL AXIS FORMATION, Developmental biology, 186(2), 1997, pp. 56-56
THE ORGANIZATION AND ANIMAL-VEGETAL ASYMMETRY OF CYTOKERATIN FILAMENTS IN STAGE-VI XENOPUS-OOCYTES IS DEPENDENT UPON F-ACTIN AND MICROTUBULES
Authors: GARD DL CHA BJ KING E
Citation: Dl. Gard et al., THE ORGANIZATION AND ANIMAL-VEGETAL ASYMMETRY OF CYTOKERATIN FILAMENTS IN STAGE-VI XENOPUS-OOCYTES IS DEPENDENT UPON F-ACTIN AND MICROTUBULES, Developmental biology, 184(1), 1997, pp. 95-114
THE HUMAN CH-TOG PROTEIN IS ASSOCIATED WITH MITOTIC SPINDLES AND IS HOMOLOGOUS TO THE XENOPUS MICROTUBULE-ASSOCIATED PROTEIN, XMAP215
Authors: CHARRASSE S SCHROEDER M GAUTHIERROUVIERE C CASSIMERIS L GARD DL LARROQUE C
Citation: S. Charrasse et al., THE HUMAN CH-TOG PROTEIN IS ASSOCIATED WITH MITOTIC SPINDLES AND IS HOMOLOGOUS TO THE XENOPUS MICROTUBULE-ASSOCIATED PROTEIN, XMAP215, Molecular biology of the cell, 7, 1996, pp. 1292-1292
INTERDEPENDENCE OF CYTOSKELETAL SYSTEMS IN XENOPUS OOCYTES - THE ORGANIZATION AND A-V ASYMMETRY OF CYTOKERATIN FILAMENTS IS DEPENDENT UPON ACTIN AND MICROTUBULES
Authors: GARD DL CHA BJ KING E
Citation: Dl. Gard et al., INTERDEPENDENCE OF CYTOSKELETAL SYSTEMS IN XENOPUS OOCYTES - THE ORGANIZATION AND A-V ASYMMETRY OF CYTOKERATIN FILAMENTS IS DEPENDENT UPON ACTIN AND MICROTUBULES, Molecular biology of the cell, 7, 1996, pp. 2227-2227
XENOPUS NONMUSCLE MYOSIN HEAVY-CHAIN ISOFORMS HAVE DIFFERENT SUBCELLULAR LOCALIZATIONS AND ENZYMATIC-ACTIVITIES
Authors: KELLEY CA SELLERS JR GARD DL BUI D ADELSTEIN RS BAINES IC
Citation: Ca. Kelley et al., XENOPUS NONMUSCLE MYOSIN HEAVY-CHAIN ISOFORMS HAVE DIFFERENT SUBCELLULAR LOCALIZATIONS AND ENZYMATIC-ACTIVITIES, The Journal of cell biology, 134(3), 1996, pp. 675-687
MICROINJECTION OF ANTITUBULIN ANTIBODY (DM1A) INHIBITS MEIOTIC MATURATION AND DERANGES THE MICROTUBULE ARRAY IN OOCYTES OF THE FROG, RANA-PIPIENS
Authors: LESSMAN CA GARD DL WANG T WOODS CW
Citation: Ca. Lessman et al., MICROINJECTION OF ANTITUBULIN ANTIBODY (DM1A) INHIBITS MEIOTIC MATURATION AND DERANGES THE MICROTUBULE ARRAY IN OOCYTES OF THE FROG, RANA-PIPIENS, Molecular biology of the cell, 6, 1995, pp. 2472-2472
F-ACTIN IS REQUIRED FOR SPINDLE ANCHORING AND ROTATION IN XENOPUS OOCYTES - A REEXAMINATION OF THE EFFECTS OF CYTOCHALASIN-B ON OOCYTE MATURATION
Authors: GARD DL CHA BJ ROEDER AD
Citation: Dl. Gard et al., F-ACTIN IS REQUIRED FOR SPINDLE ANCHORING AND ROTATION IN XENOPUS OOCYTES - A REEXAMINATION OF THE EFFECTS OF CYTOCHALASIN-B ON OOCYTE MATURATION, Zygote, 3(1), 1995, pp. 17-26
MICROTUBULE ORGANIZATION, ACETYLATION, AND NUCLEATION IN XENOPUS-LAEVIS OOCYTES .2. A DEVELOPMENTAL TRANSITION IN MICROTUBULE ORGANIZATION DURING EARLY DIPLOTENE
Authors: GARD DL AFFLECK D ERROR BM
Citation: Dl. Gard et al., MICROTUBULE ORGANIZATION, ACETYLATION, AND NUCLEATION IN XENOPUS-LAEVIS OOCYTES .2. A DEVELOPMENTAL TRANSITION IN MICROTUBULE ORGANIZATION DURING EARLY DIPLOTENE, Developmental biology, 168(1), 1995, pp. 189-201
XMAP FROM XENOPUS EGGS PROMOTES RAPID PLUS END ASSEMBLY OF MICROTUBULES AND RAPID MICROTUBULE POLYMER TURNOVER
Authors: VASQUEZ RJ GARD DL CASSIMERIS L
Citation: Rj. Vasquez et al., XMAP FROM XENOPUS EGGS PROMOTES RAPID PLUS END ASSEMBLY OF MICROTUBULES AND RAPID MICROTUBULE POLYMER TURNOVER, The Journal of cell biology, 127(4), 1994, pp. 985-993
GAMMA-TUBULIN IS ASYMMETRICALLY DISTRIBUTED IN THE CORTEX OF XENOPUS-OOCYTES
Authors: GARD DL
Citation: Dl. Gard, GAMMA-TUBULIN IS ASYMMETRICALLY DISTRIBUTED IN THE CORTEX OF XENOPUS-OOCYTES, Developmental biology, 161(1), 1994, pp. 131-140
ECTOPIC SPINDLE ASSEMBLY DURING MATURATION OF XENOPUS-OOCYTES - EVIDENCE FOR FUNCTIONAL POLARIZATION OF THE OOCYTE CORTEX
Authors: GARD DL
Citation: Dl. Gard, ECTOPIC SPINDLE ASSEMBLY DURING MATURATION OF XENOPUS-OOCYTES - EVIDENCE FOR FUNCTIONAL POLARIZATION OF THE OOCYTE CORTEX, Developmental biology, 159(1), 1993, pp. 298-310
ORGANIZATION AND REGULATION OF CORTICAL MICROTUBULES DURING THE 1ST CELL-CYCLE OF XENOPUS EGGS
Authors: SCHROEDER MM GARD DL
Citation: Mm. Schroeder et Dl. Gard, ORGANIZATION AND REGULATION OF CORTICAL MICROTUBULES DURING THE 1ST CELL-CYCLE OF XENOPUS EGGS, Development, 114(3), 1992, pp. 699-709
Risultati: 1-17 |