National Institute for Basic Biology
| Organizers | Yoshiaki Suzuki |
|---|---|
| Venue | National Institute for Basic Biology, Okazaki , 444-8585, Japan |
| Date | Mar. 14-16, 1985 |
| Program | |
| Welcome Address (Chairperson: Yoshiaki Suzuki) | |
| T. S. Okada, the Director General of the NIBB | |
| 1. | Physical and chemical differences between X- and Y-bearing sperm. |
| Hideo Mohri1, Shigeru Oshio2, Satoru Kaneko, and Rihachi iizuka (Univ. of Tokyo1 and Keio Univ.2) | |
| 2. | Meiosis-inducing substance in the Amago salmon; identification and synthetic control by gonadotropin. |
| Yoshitaka Nagahama (NIBB) | |
| 3. | A cytoplasmic factor inducing pole cells in Drosophila embryos. |
| Masukichi Okada and Satoru Kobayashi (Univ. of Tsukuba) | |
| 4. | Subcellular mechanisms of cell specialization in mosaic eggs. |
| Noriyuki Sato, T. Deno, H. Nishida, I. Miyazawa, T. Nishitaka, and K. Makabe (Kyoto Univ.) | |
| 5. | Cell diviissiions in relation to blastocyst formation in mammals. |
| Yoshihiro Kato (Mitsubishi-Kasei Inst. of Life Sciences) | |
| 6 | The effects of disaggregation and dispersion on the activity of genes expressed in Xenopus laevis. |
| Tom Sargent, M. Jamrich, E. Jonas, J. Winkles, S. Miyatani, and Igor B. Dawid (NIH) | |
| 7. | Ammonium ion and regulation of rDNA expression in Xenopus embryogenesis. |
| K. Shiokawa et al. (Kyushu Univ.) | |
| 8. | Monoclonal antibodies which have high affinity to embryonic tissues of Xenopus laevis. |
| Harumasa Okamoto and Shohei Mitani (Univ. of Tokyo) | |
| 9. | Cloning and in situ analysis of the transcripts of the genes in Antennapedia complex of Drosophila melanogaster. |
| Atsushi Kuroiwa1, W. McGinnis2, E. Hafen3, and Walter J. Gehring3 (Metropolitan Inst. for Neuroscieuces1, Yale Univ.2, and Basel Univ.3) | |
| 10. | Hemoglobin switching in rats. |
| J.W.O. Tam and Chi-chung Hui (Univ. of Hong Kong) | |
| 11. | Molecular cloning and characterization of cDNA for neuronspecific enolase and non-neuronal enolase mRNA. |
| Kenji Sakimura, Etsuko Kushiya, Masuo Obinata1, and Yasuo Takahashi (Niigata Univ. and Univ. of Tokyo1) | |
| 12. | In vitro transcription of immunoglobulin gene. |
| Yoshiro Yaoita and Tasuku Honjo (Kyoto Univ.) | |
| 13. | Analysis of the cellular factors· involved in immunoglobulin gene expression. |
| Takeshi Watanabe (Saga Medical College) | |
| 14. | Gene regulation for interferons and interleukins. |
| Tadatsugu Taniguchi (Osaka Univ.) | |
| 15. | Dual regulation of δ-crystallin expression as revealed by xenogenic gene transfer. |
| Hisato Kondoh (Kyoto Univ.) | |
| 16. | Structure and regulation of vitellogenin genes. |
| Walter Wahli (Univ. of Lausanne) | |
| 17. | A new way to think about tRNA gene control. |
| E.T. Wilson, Lisa S. Young, and Karen U. Sprague (Univ. of Oregon) | |
| 18. | Enhanced transcription of fibroin gene in vitro on covalently closed circular templates. |
| Susumu Hirose, Masaaki Tsuda, and Yoshiaki Suzuki (NIBB) | |
| 19. | Transcriptional regulatory signals of adenovirus early region IV gene. |
| Hiroshi Handa (Univ. of Tokyo) | |
| 20. | Possible role of the upstream region of the fibroin gene in the formation of transcription complexes in vitro. |
| Masaaki Tsuda, S. Hirose, and Yoshiaki Suzuki (NIBB) | |
| 21. | Molecular mechanisms of transcription initiation by RNA polymerase I. |
| Masami Muramatsu et al. (Univ. of Tokyo) | |
| 22. | On the mechanism of expression of vitellogenin gene. |
| Tatsuo Nakayama (Miyazaki Medical College) | |
| 23. | Differential transcription of fibroin gene and chorion gene in cell-free systems. |
| Yoshiaki Suzuki, Chi-chung Hui, Shigeharu Takiya, Masaaki Tsuda, and Satoko Adachi (NIBB) | |
| 24. | Mechanisms of the recognition of the splice junctions in mRNA precursors: Possible recongnition factors. |
| Yasumi Ohshima (Univ. of Tsukuba) | |
| 25. | DNA polymorphisms of the HLA class II antigen genes and differential splicing. |
| H. Inoko, A. Ando, M. Kimura, M. Ito, and K. Tsuji (Tokai Univ.) | |
| 26. | Tissue-Specific expression of three mRNA species transcribed from a single aldolase A gene. |
| Tsunehiro Mukai, Keiichiro Joh, Yuji Arai, and Katsuji Hori (Saga Medical College) | |
| 27. | Unusual transcripts of 26K casein gene present in nonlactating mouse mammary glands. |
| Hiroyasu Satow, Senkiti Sakai, and Masuo Obinata (Univ. of Tokyo) | |
| 28. | Induction of hepatocytes in the pancreas of adult rats: a transdifferentiation model. |
| Janardan K. Reddy (Northwestern Univ.) | |
| 29. | A unique in vitro system of pigmented epitherial cells for studying molecular mechanisms of transdifferentiation. |
| Goro Eguchi, Y. Itho and K. Agata (NIBB and Aichi Medical College) | |
| 30. | The expression of chicken cryrtallin genes introduced into mouse teratocarcinoma cells is defferentiation-dependent but not lens-specific. |
| Tokindo S. Okada (NIBB and Kyoto Univ.) | |
| 31. | Cell-type specific and regulated expression of a human γl immunoglobulin gene in transgenic mouse. |
| Ken-ichi Yamamura (Osaka Univ.) | |
| 32. | Cloned yolk polypeptide genes integrated into Drosophila chromosomes by P-element mediated gene transfer are regulated normally during development. |
| Toshiki Tamura, C. Kunert, and J. Postlethwait (Univ. of Oregon) | |
| 33. | Drosophila actin mutants which cause constitutive syntheses of heat shock proteins. |
| Yoshiki Hotta, Yasushi Hiromi, Hitoshi Okamoto, and Etsuko Ishikawa (Univ. of Tokyo) | |
| Closing Remarks | |
| Yoshiaki Suzuki (NIBB) | |
