1986 GORDON RESEARCH CONFERENCE ON NUCLEIC ACIDS

要求为1986年戈登研究会议提供部分支助， 核酸将于6月9日至13日在新汉普顿学校，新 汉普顿，新罕布什尔州。 这次会议的目的是汇集一个不同的群体， 处于核酸研究前沿的科学家们。 出现 在理解生物化学和分子生物学方面的最新进展 形成复杂生物过程基础的机制， 核酸戈登会议是快速交流不可或缺的途径 未公开的信息。 将讨论的进展包括 对高度特异性核酸-蛋白质复合物组装的研究， DNA复制和重组，位点特异性转座，包括 寄生虫逃避免疫应答的DNA重排 其他感染因子，转录及其控制，替代途径 RNA在发育过程中的加工（例如，产生不同的神经肽） 基因产物）和翻译机制，如参与 逆转录病毒基因表达的移码。 1986年，核酸戈登会议将强调生物 核酸方面。 我们会尽力在两者之间取得平衡 原核和真核分子生物学的最新发展之间 生物学，同时包括重要的新的讨论 生物化学和核酸化学的技术进展。 和往常一样， 注册人将根据（1）科学 （2）地理分布;（3）确保平衡的组合 （4）在该领域建立良好和年轻的科学家;（4） 来自学术界、政府和工业研究的代表 实验室;（5）海外科学家的参与。

Partial support is requested for the 1986 Gordon Research Conference on Nucleic Acids to be held on June 9 - 13, at New Hampton School, New Hampton, New Hampshire. The purpose of this conference is to bring together a diverse group of scientists in the forefront of research on nucleic acids. There has been rapid recent progress in understanding the biochemical and molecular mechanisms which form the basis of complex biological processes, making the Nucleic Acids Gordon Conference an indispensable route for rapid exchange of unpublished information. Advances to be discussed include those in research on the assembly of highly specific nucleic acid-protein complexes, DNA replication and recombination, site-specific transposition, including DNA rearrangements involved in evasion of immune response by parasites and other infectious agents, transcription and its control, alternate pathways of RNA processing in development (e.g. to generate different neuropeptide gene products), and translation mechanisms, such as those involved in frameshifting in expression of retroviral genes. In 1986 the Nucleic Acids Gordon Conference will emphasize the biological aspects of nucleic acids. A strong effort will be made to strike a balance between recent developments in prokaryotic and eukaryotic molecular biology, at the same time including discussion of significant new biochemical and technical advances in nucleic acid chemistry. As usual, the registrants will be selected on the basis of (1) scientific accomplishments; (2) geographic distribution; (3) ensuring a balanced mix of well-established and younger scientists in the field; (4) a representation from academic, government and industrial research laboratories; and (5) participation of overseas scientists.