Program |
Opening Remarks : I. Takeuchi (Director-General of NIBB) |
Organizers : Y. Anraku (NIBB and Univ. Tokyo) |
H. Iida (NIBB) |
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1. |
Anthony R. Means (Baylor College of Medicine) |
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Regulatory role for calmodulin in cell proliferation |
2. |
Yoshikazu Ohya (University of Tokyo) |
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Essential function of yeast calmodulin in nuclear division |
3. |
Hiroyoshi Hidaka (Nagoya University) |
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Cell cycle specific expression of new Ca2+-binding proteins |
4. |
David E. Levin (Johns Hopkins University) |
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The role of the PKCJ gene in the S. cerevisiae cell cycle |
5. |
Peter Baum (Immunex Corporation) |
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Analysis of mutants altering regulation of spindle pole duplication in S. cerevisiae |
6. |
Paul Nurse (University of Oxford) |
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Eukaryotic cell cycle controls |
7. |
Steven I. Reed (Research Institute of Scripps Clinic) |
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Gl/S-phase control in yeast and human cells |
8. |
Paul Russell (Research Institute of Scripps Clinic) |
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Control of M-phase induction |
9. |
Hiroto Okayama (Osaka University) |
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G2 phase cell cycle control in ·mammalian cells |
10. |
Hideyo Yasuda (Kanazawa University) |
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Role of cdc2 kinase and cyclin proteins on the regulation of mammalian cell cycle |
11. |
Masakane Yamashita (National Institute for Basic Biology) |
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Maturation-promoting factor in fish : its purification and characterization |
12. |
Mitsuhiro Yanagida (Kyoto University) |
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Genes that control metaphase/anaphase transition |
13. |
Rong Li (University of California, San Francisco) |
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Feedback control of mitosis in budding yeast |
14. |
Takeharu Nishimoto (Kyushu University) |
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Function of RCCl gene |
15. |
Noriyuki Sagata (Kurume University) |
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Expression and function of the c-mos proto-oncogene product during oocyte maturation and fertilization |
16. |
Peter Fantes (University of Edinburgh) |
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Regulation of genes encoding subunits of ribonucleotide reductase in fission yeast |
17. |
John R. Pringle (University of Michigan) |
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Development of cell polarity during the yeast cell cycle |
18. |
Yasuhiro Anraku (University of Tokyo and National Institute for Basic Biology) |
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Essontial Ca2+-rogulatory procosses in bud organlzatlon : An approach from calcium genetics |
19. |
Takashi Toda (Kyoto University) |
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Protein kinases and transcription factors in fission yeast growth control |
20. |
Eisuke Nishida (University of Tokyo) |
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MAP kinase : Its activation and function in G0 / G1 and M phases |
21. |
David G. Drubin (University of California, Berkeley) |
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Regulation of actin assembly during the S. cerevisiae cell cycle |
22. |
Hidetoshi Iida (National Institute for Basic Biology) |
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The role of Ca2+in the yeast mating process and cell cycle initiation |
23. |
Akio Toh-e (University of Tokyo) |
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IRA genes of yeast : Negative regulators of ras protein function |
24. |
Kunihiro Matsumoto (Nagoya University) |
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Role of GTP-binding proteins on the yeast cell cycle control at Gl phase |
25. |
Masayuki Yamamoto (University of Tokyo) |
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Signal transduction during sexual development in Schizosaccharomyces pombe |