GORDON RESEARCH CONFERENCE ON CALCIUM PHOSPHATES, 1987

本提案旨在帮助组织和开展1987年的 戈登关于磷酸钙的会议将于6月22日至26日举行 在新罕布夏州普利茅斯的普利茅斯州立学院。这 会议是连续系列中的第八次，并允许 来自世界各地的约120名国际科学家的互动 学习化学的大学、政府和工业界， 物理学、牙科、医学、海洋学、地质学、土壤学， 生物材料、环境科学及相关领域和分享 对磷酸钙研究的共同兴趣。 1987年会议的总主题是“ 关于磷酸钙的环境系统“和主题 计划讨论的内容包括结构和物理- 磷酸钙的化学.对钙的化学影响 磷酸盐和脱矿/再矿化过程； 生物基质-矿物相互作用处理有机和 细胞和分子水平上的无机结合，钙 运输和其他适合生物矿化的主题； 生物材料开发，涉及到生物材料的使用方面 脱钙骨基质作为骨修复的植入材料 缺陷，假体装置的新方法和进展 非血栓形成的心脏瓣膜的发展 抑制磷酸钙沉积的形成；重力效应 关于人和动物的骨骼，解决骨丢失问题 长时间太空和水下生活；基因工程 矿物和基质，与钙的溶解有关 转基因细菌产生的磷酸盐；以及电磁作用， 机械和其他对生物磷酸钙的影响 沉积，同样是在骨骼生长过程中。这次会议的力量 在于具有高度不同背景的科学家带来了 他们的专业知识一起交流科学信息，以及 生成，通常是协作生成的直接结果 会议，研究解决问题的新方法 所有领域的磷酸钙研究。会议因此召开 促进两国之间的科学合作和理解 国内和国外的实验室。

This proposal is submitted to help organize and conduct the 1987 Gordon Conference on Calcium Phosphates, to be held June 22-26 at Plymouth State College, Plymouth, New Hampshire. This meeting is the eighth in a continuous series and allows the interaction of approximately 120 international scientists from universities, government, and industry who study chemistry, physics, dentistry, medicine, oceanography, geology, soil science, biomaterials, environmental science, and related fields and share a common interest in calcium phosphate research. The general theme for the 1987 Conference is "The Effect of Environmental Systems on Calcium Phosphates," and topics planned for discussion include the structure and physical- chemistry of calcium phosphates; chemical effects on calcium phosphates and demineralization/remineralization processes; biological matrix-mineral interactions dealing with organic and inorganic association at the cellular and molecular levels, calcium transport, and other topics appropriate to biomineralization; biomaterials development, concerning aspects of the use of decalcified bone matrix as implant material for repair of skeletal defects, new approaches to prosthetic devices, and progress in development of heart valves which are non-thrombogenic and inhibit formation of calcium phosphate deposition; gravity effects on bone in man and animal, addressing loss of bone during protracted space and underwater living; genetic engineering of mineral and matrix, concerned with dissolution of calcium phosphates by genetically altered bacteria; and electromagnetic, mechanical, and other effects on biological calcium phosphate deposition, again in bone growth. The strength of this conference lies in the fact scientist with highly diverse backgrounds bring their expertise together to exchange scientific information, and generate, often collaboratively as a direct result of the Conference, new approaches for research solutions to problems in all areas of calcium phosphate studies. The meeting thereby contributes to scientific cooperation and understanding between laboratories both within and outside this country.