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Results: 1-8 |
Results: 8
MICROTUBULE-ASSOCIATED PROTEINS REGULATE MICROTUBULES FUNCTION AS THETRACT FOR INTRACELLULAR MEMBRANE ORGANELLE TRANSPORT
Authors: SATOYOSHITAKE R OKABE S UMEYAMA T KANAI Y HIROKAWA N
Citation: R. Satoyoshitake et al., MICROTUBULE-ASSOCIATED PROTEINS REGULATE MICROTUBULES FUNCTION AS THETRACT FOR INTRACELLULAR MEMBRANE ORGANELLE TRANSPORT, Molecular biology of the cell, 6, 1995, pp. 1543-1543
THE ACTIVATION OF PROTEIN-KINASE A PATHWAY SELECTIVELY INHIBITS ANTEROGRADE AXONAL-TRANSPORT OF VESICLES BUT NOT MITOCHONDRIA TRANSPORT OR RETROGRADE TRANSPORT IN-VIVO
Authors: OKADA Y SATOYOSHITAKE R HIROKAWA N
Citation: Y. Okada et al., THE ACTIVATION OF PROTEIN-KINASE A PATHWAY SELECTIVELY INHIBITS ANTEROGRADE AXONAL-TRANSPORT OF VESICLES BUT NOT MITOCHONDRIA TRANSPORT OR RETROGRADE TRANSPORT IN-VIVO, The Journal of neuroscience, 15(4), 1995, pp. 3053-3064
KIF2 IS A NEW MICROTUBULE-BASED ANTEROGRADE MOTOR THAT TRANSPORTS MEMBRANOUS ORGANELLES DISTINCT FROM THOSE CARRIED BY KINESIN HEAVY-CHAIN OR KIF3A B/
Authors: NODA Y SATOYOSHITAKE R KONDO S NANGAKU M HIROKAWA N
Citation: Y. Noda et al., KIF2 IS A NEW MICROTUBULE-BASED ANTEROGRADE MOTOR THAT TRANSPORTS MEMBRANOUS ORGANELLES DISTINCT FROM THOSE CARRIED BY KINESIN HEAVY-CHAIN OR KIF3A B/, The Journal of cell biology, 129(1), 1995, pp. 157-167
KIF1B, A NOVEL MICROTUBULE PLUS END-DIRECTED MONOMERIC MOTOR PROTEIN FOR TRANSPORT OF MITOCHONDRIA
Authors: NANGAKU M SATOYOSHITAKE R OKADA Y NODA Y TAKEMURA R YAMAZAKI H HIROKAWA N
Citation: M. Nangaku et al., KIF1B, A NOVEL MICROTUBULE PLUS END-DIRECTED MONOMERIC MOTOR PROTEIN FOR TRANSPORT OF MITOCHONDRIA, Cell, 79(7), 1994, pp. 1209-1220
ALTERED MICROTUBULE ORGANIZATION IN SMALL-CALIBER AXONS OF MICE LACKING TAU-PROTEIN
Authors: HARADA A OGUCHI K OKABE S KUNO J TERADA S OHSHIMA T SATOYOSHITAKE R TAKEI Y NODA T HIROKAWA N
Citation: A. Harada et al., ALTERED MICROTUBULE ORGANIZATION IN SMALL-CALIBER AXONS OF MICE LACKING TAU-PROTEIN, Nature, 369(6480), 1994, pp. 488-491
KIF3A IS A NEW MICROTUBULE-BASED ANTEROGRADE MOTOR IN THE NERVE AXON
Authors: KONDO S SATOYOSHITAKE R NODA Y AIZAWA H NAKATA T MATSUURA Y HIROKAWA N
Citation: S. Kondo et al., KIF3A IS A NEW MICROTUBULE-BASED ANTEROGRADE MOTOR IN THE NERVE AXON, The Journal of cell biology, 125(5), 1994, pp. 1095-1107
COMPETITION BETWEEN MOTOR MOLECULES (KINESIN AND CYTOPLASMIC DYNEIN) AND FIBROUS MICROTUBULE-ASSOCIATED PROTEINS IN BINDING TO MICROTUBULES
Authors: HAGIWARA H YORIFUJI H SATOYOSHITAKE R HIROKAWA N
Citation: H. Hagiwara et al., COMPETITION BETWEEN MOTOR MOLECULES (KINESIN AND CYTOPLASMIC DYNEIN) AND FIBROUS MICROTUBULE-ASSOCIATED PROTEINS IN BINDING TO MICROTUBULES, The Journal of biological chemistry, 269(5), 1994, pp. 3581-3589
THERMAL DRIFT IS ENOUGH TO DRIVE A SINGLE MICROTUBULE ALONG ITS AXIS EVEN IN THE ABSENCE OF MOTOR PROTEINS
Authors: NAKATA T SATOYOSHITAKE R OKADA Y NODA Y HIROKAWA N
Citation: T. Nakata et al., THERMAL DRIFT IS ENOUGH TO DRIVE A SINGLE MICROTUBULE ALONG ITS AXIS EVEN IN THE ABSENCE OF MOTOR PROTEINS, Biophysical journal, 65(6), 1993, pp. 2504-2510
Risultati: 1-8 |