Cell Movement Vol. II : Kinesin, Dynein, and Microtubule Dynamics

Partial table of contents: ENERGY TRANSDUCING PROTEINS AND CELL MOVEMENT. Prediction of Common Properties of Particle Translocation Motors Through Comparison of Myosin-I, Cytoplasmic Dynein, and Kinesin (R. Adams & T. Pollard). MOLECULAR COMPOSITION OF MICROTUBULES. Perspective: Microtubule Structure and Function (R. Linck). Tubulin, Microtubules, and Oligomers: Molecular Structure and Implications for Assembly (E. Mandelkow & E. Mandelkow). THE DYNEIN ATPases: CYTOPLASMIC FORMS OF DYNEIN. Cytoplamic Dynein and Related Adenosine Triphosphases (M. Pratt). Dyneins in Sea Urchin Eggs and Nerve Tissue (M. Pratt). THE DYNEIN ATPASES: MICROTUBULE ACCESSORY PROTEINS AND THE GENERATION OF FORCE. Perspective: Dynamic Behavior of Microtubules and Accessory Proteins (R. Sloboda). Characterization of Microtubule-Associated Protein (MAP) 1C as the Motor for Retrograde Organelle Transport and Its Identification as Dynein (R. Vallee, et al.). KINESIN ATPASES AND CYTOPLASMIC PARTICLE TRANSLOCATION. Perspective: Kinesin Structure and Function (M. Sheetz). In Vitro Motility Assays for Kinesin Structure and Function (R. Vale & Y. Toyoshima). MICROTUBULE MOVEMENTS DURING MITOSIS. Perspective: Dynamic Behavior of Mitotic Microtubules (J. McIntosh, et al.). Cytosketal Architecture of the Mitotic Spindle (N. Hirokawa). Index.Warner, Fred D. is the author of 'Cell Movement Vol. II : Kinesin, Dynein, and Microtubule Dynamics', published 1989 under ISBN 9780471505112 and ISBN 0471505110.