ACNP - Italian Periodicals Catalogue

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Results: 1-16 |

Results: 16

CONTRIBUTION OF PLUS AND MINUS END PATHWAYS IN MICROTUBULE TURNOVER

Authors: VOROBJEV IA RODIONOV VI MALY IV BORISY GG

Citation: Ia. Vorobjev et al., CONTRIBUTION OF PLUS AND MINUS END PATHWAYS IN MICROTUBULE TURNOVER, Molecular biology of the cell, 9, 1998, pp. 227-227

CENTROSOMAL CONTROL OF MICROTUBULE DYNAMICS

Authors: RODIONOV VI NADEZHDINA ES BORISY GG

Citation: Vi. Rodionov et al., CENTROSOMAL CONTROL OF MICROTUBULE DYNAMICS, Molecular biology of the cell, 9, 1998, pp. 2400-2400

SELF-CENTERING IN CYTOPLASMIC FRAGMENTS OF MELANOPHORES

Authors: RODIONOV VI BORISY GG

Citation: Vi. Rodionov et Gg. Borisy, SELF-CENTERING IN CYTOPLASMIC FRAGMENTS OF MELANOPHORES, Molecular biology of the cell, 9(7), 1998, pp. 1613-1615

FUNCTIONAL COORDINATION OF MICROTUBULE-BASED AND ACTIN-BASED MOTILITYIN MELANOPHORES

Authors: RODIONOV VI HOPE AJ SVITKINA TM BORISY GG

Citation: Vi. Rodionov et al., FUNCTIONAL COORDINATION OF MICROTUBULE-BASED AND ACTIN-BASED MOTILITYIN MELANOPHORES, Current biology, 8(3), 1998, pp. 165-168

TRANSPORT AND TURNOVER OF MICROTUBULES IN FROG NEURONS DEPEND ON THE PATTERN OF AXONAL GROWTH

Authors: CHANG SH RODIONOV VI BORISY GG POPOV SV

Citation: Sh. Chang et al., TRANSPORT AND TURNOVER OF MICROTUBULES IN FROG NEURONS DEPEND ON THE PATTERN OF AXONAL GROWTH, The Journal of neuroscience, 18(3), 1998, pp. 821-829

FUNCTIONAL COORDINATION OF MICROTUBULE AND ACTIN BASED MOTILITY IN MELANOPHORES

Authors: RODIONOV VI HOPE AJ SVITKINA TM BORISY GG

Citation: Vi. Rodionov et al., FUNCTIONAL COORDINATION OF MICROTUBULE AND ACTIN BASED MOTILITY IN MELANOPHORES, Molecular biology of the cell, 8, 1997, pp. 996-996

MICROTUBULE TREADMILLING IN-VIVO

Authors: RODIONOV VI BORISY GG

Citation: Vi. Rodionov et Gg. Borisy, MICROTUBULE TREADMILLING IN-VIVO, Science, 275(5297), 1997, pp. 215-218

SELF-CENTRING ACTIVITY OF CYTOPLASM

Authors: RODIONOV VI BORISY GG

Citation: Vi. Rodionov et Gg. Borisy, SELF-CENTRING ACTIVITY OF CYTOPLASM, Nature, 386(6621), 1997, pp. 170-173

MICROTUBULE RELEASE FROM THE CENTROSOME

Authors: KEATING TJ PELOQUIN JG RODIONOV VI MOMCILOVIC D BORISY GG

Citation: Tj. Keating et al., MICROTUBULE RELEASE FROM THE CENTROSOME, Proceedings of the National Academy of Sciences of the United Statesof America, 94(10), 1997, pp. 5078-5083

POSSIBLE ROLE OF INTERMEDIATE FILAMENTS IN PIGMENT TRANSPORT IN FISH MELANOPHORES

Authors: RODIONOV VI HOPE AJ URVEN LE SVITKINA TM BORISY GG

Citation: Vi. Rodionov et al., POSSIBLE ROLE OF INTERMEDIATE FILAMENTS IN PIGMENT TRANSPORT IN FISH MELANOPHORES, Molecular biology of the cell, 7, 1996, pp. 1314-1314

MICROTUBULE RELEASE FROM THE CENTROSOME

Authors: KEATING TJ MOMCILOVIC D RODIONOV VI BORISY GG

Citation: Tj. Keating et al., MICROTUBULE RELEASE FROM THE CENTROSOME, Molecular biology of the cell, 7, 1996, pp. 2320-2320

HOW DO CYTOPLASMIC FRAGMENTS DEFINE THEIR CENTER - GLOBAL DETERMINANTS OR LOCAL GEOMETRY

Authors: HOPE AJ RODIONOV VI BORISY GG

Citation: Aj. Hope et al., HOW DO CYTOPLASMIC FRAGMENTS DEFINE THEIR CENTER - GLOBAL DETERMINANTS OR LOCAL GEOMETRY, Molecular biology of the cell, 6, 1995, pp. 1547-1547

MECHANISM OF SELF-CENTERING ACTIVITY OF CYTOPLASM

Authors: RODIONOV VI BORISY GG

Citation: Vi. Rodionov et Gg. Borisy, MECHANISM OF SELF-CENTERING ACTIVITY OF CYTOPLASM, Molecular biology of the cell, 6, 1995, pp. 1548-1548

MICROTUBULE DYNAMICS IN FISH MELANOPHORES

Authors: RODIONOV VI LIM SS GELFAND VI BORISY GG

Citation: Vi. Rodionov et al., MICROTUBULE DYNAMICS IN FISH MELANOPHORES, The Journal of cell biology, 126(6), 1994, pp. 1455-1464

KINESIN-LIKE MOLECULES INVOLVED IN SPINDLE FORMATION

Authors: RODIONOV VI GELFAND VI BORISY GG

Citation: Vi. Rodionov et al., KINESIN-LIKE MOLECULES INVOLVED IN SPINDLE FORMATION, Journal of Cell Science, 106, 1993, pp. 1179-1188

MICROTUBULE-DEPENDENT CONTROL OF CELL-SHAPE AND PSEUDOPODIAL ACTIVITYIS INHIBITED BY THE ANTIBODY TO KINESIN MOTOR DOMAIN

Authors: RODIONOV VI GYOEVA FK TANAKA E BERSHADSKY AD VASILIEV JM GELFAND VI

Citation: Vi. Rodionov et al., MICROTUBULE-DEPENDENT CONTROL OF CELL-SHAPE AND PSEUDOPODIAL ACTIVITYIS INHIBITED BY THE ANTIBODY TO KINESIN MOTOR DOMAIN, The Journal of cell biology, 123(6), 1993, pp. 1811-1820

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