Fourteenth Conversation: Biomolecular Stereodynamics

第十四届生物分子立体动力学研讨会将于2005年6月14日至18日在纽约州立大学奥尔巴尼分校举行。晚间讲座：高端蛋白结构与视觉化学教授Harold Scheraga，康奈尔大学教授Koji Naka nishi，哥伦比亚大学病毒组装；疾病、死亡和蛋白质聚集；DMA修复机；进化：早期的和定向的；比较基因组学发现和设计新功能的DMA纳米技术；DNA折磨;直接存储器存取目标;DNA及超越；DNA环与细菌染色体结构的研究可扩展重复序列、DNA和RNA结构以及人类疾病；小RNAs-riboswitches;大rna：内含子和剪接体结构动力学。这些主题将由特邀讲座和海报讨论文件涵盖。将有60场讲座，其中40场由资深科学家主持，20场由年轻科学家主持。青年研究人员（研究生，博士后研究员和起始教师）的演讲将基于提交的海报展示摘要的选择。在收到海报的摘要之前，将留出5.5小时的讨论会时间，以便从摘要中选择相当数量的讲座。海报数量为250张。在总共60场演讲中，至少有20场将由女性科学家发表。该项目将招收来自20多个国家的约400名科学家。

DESCRIPTION (provided by applicant): The 14th Conversation in Biomolecular Stereodynamics will be held June 14-18, 2005 at the State University of New York at Albany. The configuration is: Evening Lectures: Highend Protein Structure & Vision Chemistry Professor Harold Scheraga, Cornell University Professor Koji Naka nishi, Columbia University Viral Assembly; Disease, Death and Protein Aggregation; The DMA Repair Machines; Evolution: Early & Directed; Comparative Genomics to discover and engineer new function DMA Nanotechnoloy; DNA Torture; DMA Targeting; DNA and Beyond; DNA Looping and Bacterial Chromosomal Structure; Expandable repeats, DNA and RNA structures, and human disease; Small RNAs-riboswitches; Large RNAs: Intron and Spliceosome Structural Dynamics. The subjects will be covered by invited lectures and poster discussion papers. There will be a total of 60 lectures, 40 by senior scientists and 20 by young researchers. Lectures by young researchers (graduate students, post-doctoral fellows and starting faculty) will be based on selection from abstracts submitted for poster presentation. 5.5 hours of the symposium time will be left vacant until abstracts for posters are received so that a significant number of lectures can be selected from the abstracts. The number of posters presented will be 250. Out of a total of 60 talks, a minimum of 20 will be delivered byfemale scientists. The program will admit some 400 scientists from over 20 Nations. Several of the sessions, such as viral assembly, protein aggregation, early and directed evolution and expandable repeats, and DNA targeting deal directly with molecular diseases, and how one devises approaches to cure and manage them.