CSHL Conference on Telomeres and Telomerase

描述（由申请人提供）：冷泉港实验室端粒和端粒酶会议2007年5月2-6日端粒是保护真核生物染色体末端的特殊蛋白质- dna复合物。在大多数真核生物中，端粒含有由端粒酶逆转录酶维持的短DNA重复序列。由于端粒酶抵消了伴随线性DNA复制的末端序列损失，因此这种酶是长期细胞增殖所必需的。自从人们认识到端粒动力学和端粒酶激活在人类癌症和细胞衰老中起着关键作用以来，端粒生物学领域迅速发展。因此，端粒领域现在是一个高度多样化和动态的领域，代表了各种各样的研究兴趣（癌症、衰老、细胞周期、减数分裂、重组、复制等）和大量不同的模式生物（哺乳动物、真菌、原生动物、植物）。冷泉港实验室前四次关于端粒和端粒酶的会议，对于汇集这些不同的研究人员群体至关重要，并且由于大量未发表的数据的展示，导致了激烈的讨论和协同作用。由于CSH端粒和端粒酶会议代表了这个快速发展的领域的科学家们作为一个整体进行互动的唯一机会，因此这次会议对该领域的未来至关重要。此外，CSH会议的形式，所有的演讲都是从提交的摘要中选择的，最大限度地为新的研究人员和年轻的研究人员提供了展示他们最近未发表的工作的机会。以前的会议有一个国际研究小组的一致的高出席率。在过去的会议上，平台演示和海报在发表之前就介绍了该领域的主要发现。我们预期2007年的会议将同样出席。冷泉港实验室关于端粒和端粒酶的会议，对于将这些不同的研究人员聚集在一起至关重要。2007年的会议将带来大量未发表数据的展示，从而引发激烈的讨论和协同互动。端粒是保护真核生物染色体末端的特殊蛋白质- dna复合物。

DESCRIPTION (provided by applicant): Cold Spring Harbor Laboratory Conference on Telomeres and Telomerase May 2-6, 2007 Telomeres are specialized protein-DNA complexes that protect the ends of eukaryotic chromosomes. In most eukaryotes, telomeres contain short DNA repeats that are maintained by the telomerase reverse transcriptase. Since telomerase counteracts the terminal sequence loss that accompanies replication of linear DNA, the enzyme is required for long term cellular proliferation. The field of telomere biology has grown rapidly since it was recognized that telomere dynamics and telomerase activation play a pivotal role in human cancer and in cellular senescence. As a result, the telomere field is now a highly diverse and dynamic area, representing a wide variety of research interests (cancer, aging, cell cycle, meiosis, recombination, replication, etc.) and a large number of different model organisms (mammals, fungi, protozoa, plants). The previous four Cold Spring Harbor Laboratory meetings on Telomeres and Telomerase, were crucial in bringing together this diverse group of researchers and resulted in vigorous discussion and synergistic interactions stimulated by the presentation of a very large body of unpublished data. Since the CSH Telomere and Telomerase meeting represents the only opportunity for scientists in this rapidly growing field to interact as a whole, this meeting is of the utmost importance for the future of the field. Furthermore, the format of CSH meetings, where all talks are chosen from submitted abstracts, maximizes the opportunity for new researchers and young investigators to present their most recent unpublished work. The prior meetings had a uniformly high attendance rate from an international group of researchers. The platform presentations and posters at the past meeting presented the major discoveries in the field well before publication. We anticipate that the 2007 meeting will be equally well attended. The Cold Spring Harbor Laboratory meetings on Telomeres and Telomerase, are crucial in bringing together this diverse group of researchers. The 2007 meeting will result in vigorous discussion and synergistic interactions stimulated by the presentation of a large body of unpublished data. Telomeres are specialized protein-DNA complexes that protect the ends of eukaryotic chromosomes. The field of telomere biology has grown rapidly since it was recognized that telomere dynamics and telomerase activation play a pivotal role in human cancer and in cellular senescence. As a result, the telomere field is now a highly diverse and dynamic area, representing a wide variety of research interests (cancer, aging, cell cycle, meiosis, recombination, replication, etc.) and a large number of different model organisms (mammals, fungi, protozoa, plants).