CSH MEETING ON EUKARYOTIC DNA REPLICATION

关于真核DNA复制的会议将是第二次会议 并在关于这一主题的非常成功的会议之后 那次会议于1987年9月举行。这次会议将专门讨论基本问题 与染色体复制、结构和功能相关的研究课题， 并将包括以下领域的重要生物学研究领域 癌症研究，细胞生长和细胞周期控制，DNA扩增和 抗药性、病毒学和发育生物学。对此的需求 近年来在这一领域取得的快速进展证明了会议的召开 好几年了。会议将确保传达最新的成果，并 在面对面接触的气氛中进行讨论，这应该会增强 进步。直接赠款和费用中所要求的会议费用 由参与者支付的费用与运营一个项目的成本相比是微不足道的 研究实验室，但对未来的好处将是巨大的 场地的方向。会议将是开幕的，出席者不会 是有限的。 真核DNA复制会议将涵盖的领域包括 (1)病毒染色体的复制，包括SV40， 腺病毒、多瘤病毒、疱疹病毒、细小病毒、乳头状瘤病毒、 空泡病毒；(2)染色体复制和基因扩增 各种生物，如酵母、果蝇和哺乳动物细胞；(3)DNA 复制蛋白；(4)染色体元件的结构和功能 如端粒、着丝粒以及染色体分离；以及(5) 调控细胞周期进程和S时相特异基因表达。在……里面 此外，还将包括一个特别会议，以突出最佳 DNA提取的原核模型系统，以便进行比较 制造。

The meeting on Eukaryotic DNA Replication will be the second meeting held on this subject and follows the highly successful meeting on this subject that was held in September 1987. The meeting will be devoted to fundamental research topics related to chromosome duplication, structure and function, and will include important areas of biological research in the areas of cancer research, cell growth and cell cycle control, DNA amplification and drug resistance, virology and developmental biology. The need for this meeting is evidenced by the rapid advances made in this field over recent years. The meeting will ensure that recent results will be communicated and discussed in an atmosphere of face-to-face contact, which should enhance progress. The cost of the meeting as requested in direct grants and fees paid by participants is modest compared to the cost of running even one research laboratory, but the benefits will be enormous to the future directions of the field. The meeting will be open and attendance will not be limited. The areas to be covered by the Eukaryotic DNA Replication meeting, include studies on: (1) the replication of virus chromosomes, including SV40, adenovirus, polyomavirus, herpesviruses, parvoviruses, papilloma viruses, vaccitia virus; (2) chromosomal replication and gene amplification in organisms as diverse as yeast, Drosophila and mammalian cells; (3) DNA replication proteins; (4) structure and function of chromosomal elements such as telomeres, centromeres as well as chromosome segregation; and (5) control of cell cycle progression and S phase specific gene expression. In addition, a special session will be included to highlight the best prokaryotic model systems for DNA reptication so that comparisons can be made.