CONFERENCE ON BIOINORGANIC COPPER CHEMISTRY

正在寻求财政支助，以帮助支付 研讨会的外国演讲者，铜配位化学： 生物无机展望，将于1992年8月4日至7日在约翰 巴尔的摩的霍普金斯大学。 这次跨学科会议将带来 来自不同研究背景和兴趣的科学家， 包括无机和配位化学、生物化学、生物物理学 和分子生物学。目的是促进讨论， 合作和未来的发展感兴趣的研究人员之间的 铜化学生物学方面的最新进展，包括 结构，光谱和反应性的配合物， 与铜氧化还原和电子转移过程的相关性， 化学，铜离子/NOx化学，铜金属酶中的辅因子， 核酸氧化裂解或水解，铜-硫化学， 生物铜转运和转移（即，法规）。 的影响 与这些主题相关的研究具有潜在的深远意义， 对我们理解生物电子的进展的期望 传递，氧还原和活化，酶结合的作用 金属和铜的体内平衡 潜在的应用可以在 环境化学（例如NOx污染物），节能， 用于氧化有机底物的选择性方法和分子 生物学 按照目前的计划，为期四天的会议将有34个 邀请讲座和贡献海报会议提供了丰富的 提供有益的科学讨论和互动的机会。 的 研讨会是1982年和1984年纽约州立大学奥尔巴尼分校非常成功的研讨会的续集 铜研讨会，吸引了国际观众， 得到了国家卫生研究院的支持(in'82），工业和新州立大学 约克（纽约州立大学）在奥尔巴尼。

Financial support is being sought to help defray the travel costs of foreign speakers for the Symposium, Copper Coordination Chemistry: Bioinorganic Perspectives, to be held August 4-7, 1992, at the Johns Hopkins University in Baltimore. This interdisciplinary meeting will bring together scientists from a variety of research backgrounds and interests, including inorganic and coordination chemistry, biochemistry, biophysics and molecular biology. The aim will be to foster discussions, collaborations and future developments among researchers interested in the latest developments in biological aspects of copper chemistry, including the structure, spectroscopy and reactivity of complexes which have relevance to copper-redox and electron transfer processes, copper-dioxygen chemistry, copper ion/NOx chemistry, cofactors in copper metalloenzymes, nucleic acid oxidative cleavage or hydrolysis, copper-sulfur chemistry and biological copper transport and transfer (i.e., regulation). The impact of research related to these topics is potentially far-reaching, with expectations for advances in our understanding of biological electron transfer, dioxygen reduction and activation, the roles of enzyme bound metals, and copper homeostasis. Potential applications may be found in enviromnental chemistry (e.g. NOx pollutants), energy conservation, selective methods for oxidation of organic substrates, and molecular biology. As currently planned, the four-day conference will feature 34 invited lectures and contributed poster sessions providing ample opportunities for useful scientific discussions and interactions. The symposium is a sequel to the highly successful 1982 and 1984 SUNY Albany Copper Symposia, which attracted an international audience and were supported by the N.I.H. (in '82), industry and the State University of New York (SUNY) at Albany.