基礎生物学研究所
| Organizers | Noburo Kamiya |
|---|---|
| Venue | National Institute for Basic Biology, Okazaki , 444-8585, Japan |
| Date | Mar. 14-16, 1983 |
| Program | |
| Masutaro Kuwabara (Director General, NIBB) : Welcome address | |
| Yukio Hiramoto (NIBB and Tokyo Inst. of Tech.) : Business and Introduction | |
| 1. | K. Kuroda and E. Manabe (Osaka Univ.): Cytoplasmic streaming in Caulerpa. |
| 2. | R. Nagai and S. Fukui (Osaka Univ.) : Cytoplasmic streaming in Acetabularia. |
| 3. | Y. Yoshimoto (NIBB): ATP-and Calcium-controlled contraction in a saponin model of Physarum plasmodium. |
| 4. | T. Shimmen (Univ. of Tokyo), Y. Tominaga (St. Agnes Jr. Coll.) and M. Tazawa (Univ. of Tokyo) : Studies on cytoplasmic streaming in cell models of Characeae. |
| 5. | K. Takahashi (Hokkaido Univ.) : Morphological aspects of thiophosphorylated and dephosphorylated myosin molecules from the plasmodium of Physarum polycephalum. |
| 6. | S. Hatano, H. Sugino and K. Ozaki (Nagoya Univ.) : Effects of fragmin and profilin on actin polymerization. |
| 7. | K. E. Wohlfarth-Bottermann (Universitat Bonn) : Contractile and structural reactions to impedients of energy metabolism in Physarum polycephalum. |
| 8. | N. Kamiya (NIBB) : Motility characteristics of the myxomycete plasmodium. |
| 9. | Y. Hiramoto (NIBB and Tokyo Inst. of Tech.) : Analysis of pronuclear migration and chromosome movement in sea urchin eggs by local application of Colcemid. |
| 10. | Y. Hamaguchi (Tokyo Inst. of Tech.) and S. Inoue (Marine Biol. Lab. Woods Hole) : Reversible anchorage of the mitotic apparatus to the cell surface. |
| 11. | H. Sato and T. Kato (Sugashima Marine Biol. Lab., Nagoya Univ.) : Differential effect of mitotic arresters for the spindle assembly and chromosome movement. |
| 12. | K. Izutsu (Mie Univ.) : Microtubular organization and distribution of dynein in mitotic spindles of animal cells. |
| 13. | M. Yano and Y. Yamamoto (Univ. of Tokyo) : Actomyosin motor made of active fragments of myosin and F-actin from rabbit skeletal muscle. |
| 14. | I. Mabuchi (NIBB and Univ. of Tokyo) and H. Hosoya (Univ. of Toky): Actin modulating proteins in echinoderm eggs. |
| 15. | K. Fujiwara (Harvard Medical School) : Cell Biology of the stress fiber in situ. |
| 16. | L. G. Tilney (University of Pennsylvania) : How actin filaments pack into bundles and what this tells us about hearing |
| 17. | Sachiko Tsukita, Shoichiro Tsukita and H. Ishikawa (Univ. of Tokyo) : Bidirectional polymerization of G-actin on the human erythrocyte membrane. |
| 18. | S. Ebashi (Univ. of Tokyo and NIPS) : Diversity of calcium regulation mechanism in contractile systems. |
| 19. | H. Onishi (Tokyo Inst. of Tech.), T. Wakabayashi (Univ. of Tokyo) and T. Kamata (Nat. Chem. Lab. for Ind.) and S. Watanabe (Gunma Univ.) : ATP-induced change in the shape of chicken gizzard myosin. |
| 20. | T. Endo, M. Kuroda and T. Masaki (Univ. of Tsukuba) : Localization of α-actinin isoforms, eu-actinin, and vinculin during myogenesis. |
| 21. | K. Maruyama (Chiba Univ.): Native connectin, and elastic protein of striated muscle. |
| 22. | S. Maekawa and H. Sakai (Univ. of Tokyo) : Isolation and characterization of starfish sperm fascin. |
| 23. | D. Epel (Stanford Univ.) : Intracellular pH and activation of sperm motility. |
| 24. | R. Kamiya (Nagoya Univ.) and G. B. Witman (Worcester Found. for Exp. Biol.) : Novel behavior of flagellar axonemes and microtubules in Nonidet-extracted Chlamydomonas. |
| 25. | S. Higashi-Fujime (Nagoya Univ.): Active movement of actomyosin from muscle. |
| 26. | T. Yanagida (Osaka Univ.) : Direct observation of F-actin-phalloidin-rhodamine complex under a fluorescence microscope. |
| 27. | H. Nagashirna (Nagoya Univ.) : Movement of myosin filaments in the presence of F-actin and ATP. |
| 28. | H. Y. Kubota, T. Takeichi and M. Yoneda (Kyoto Univ.): Surface movement in amphibian eggs. |
| 29. | K. Takahashi and Kamimura (Univ. of Tokyo) : Dynamic aspects of microtubule sliding in flagella. |
| 30. | M. Morisawa, M. Okuno (Univ. of Tokyo), S. Morisawa (St. Marianna Univ.), K. Ishida (Teikyo Univ.) and H. Mohri (Univ. of Tokyo) : Initiation of sperm motility in animals. |
| 31. | I. R. Gibbons (Univ. of Hawaii) : Patterns of tubule sliding associated with steady state and transient beating of sperm flagella. |
| 32. | Shoichiro Tsukita, Sachiko Tsukita, J. Usukura and H. Ishikawa (Univ. of Tokyo) : ATP dependemt structural changes of the dynein outer arm in Tetrahymena cilia : A freeze etch replica study. |
| 33. | Y. Yano-Toyoshima and T. Miki-Noumura (Ochanomizu Univ.) : Isoelectric focusing of 21S dynein from sea urchin sperm flagella. |
| 34. | T. Shimizu (Res. Inst. for Polymers and Textiles) and K. A. Johnson(Pennsylvania State Univ.) : The mechanism of vanadate inhibition of the dynein ATPase : Kinetic evidence for multiple dynein heads. |
| 35. | M. E. Porter (Ochanomizu Univ.) and K. A. Johnson (Pennsylvania State Univ.) : The kinetics of ATP-induced dissociation of the dynein-microtubule complex. |
| 36. | Y. Watanabe and K. Ohnishi (Univ. of Tsukuba) : Studies on calmodulin and other Ca2+ binding protein in the cilia of Tetrahymena. |
