GORDON RESEARCH CONFERENCE ON VASCULAR CELL BIOLOGY

描述（改编自申请人的摘要）：在过去的几个 这些年来，我们对血管系统的了解已经大大增加， 就像我们操纵遗传物质和细胞行为的能力一样。 自从上次戈登血管细胞生物学会议以来， 血管细胞生物学经历了实质性的生长和发展 同时，一些新的技术和方法已经 应用于血管生物学的研究。 本申请是 请求资金部分支持跨学科、国际 血管细胞生物学会议，将汇集 来自不同国家的研究人员、博士后研究员和研究生 五天的激烈讨论和研究的研究领域。 这 会议将是第三次戈登会议血管细胞生物学， 将于1992年6月29日至1992年7月3日在科尔比索耶学院举行。的 这次会议的重点将是血管细胞使用的机制 与局部环境和血管所使用的机制相互作用， 细胞来调节环境。 会议将是一个重大的 这是一个整合该领域新知识的工具， 更好地理解血管壁的细胞和分子生物学。 计划举行的会议及其暂定主席如下： 细胞间信号传导：D. Goodenough（哈佛）和N.吉鲁拉 （Scripps）;细胞基质相互作用：M.金斯伯格（斯克里普斯）; 血管系统中的蛋白酶/蛋白酶抑制剂系统。洛斯库托夫 （Scripps）;血管细胞粘附分子和细胞迁移：M. 没食子素（ICOS）;血管细胞转染：U。Ryan（孟山都）; 移植中血管损伤的病理生物学。巴赫 （哥伦比亚）;内皮细胞生长和内皮细胞增殖的控制 阿斯伯格音的调节：J. Folkman博士（哈佛）; 血管功能建模：W.亚历山大（埃默里）;基因表达， 损伤后的血管细胞：A博士。Fogelman（UCLA）.

DESCRIPTION (Adapted from Applicant's Abstract):During the past several years our knowledge of the vascular system has been dramatically increased as has been our ability to manipulate genetic material and cell behavior. Since the last Gordon Conference on Vascular Cell Biology, several aspects of vascular cell biology have undergone substantial growth and development and, in a parallel fashion, several new technologies and methodologies have been applied to the study of vascular biology. This application is a request for funds to partially support an interdisciplinary, international conference on Vascular Cell Biology which will serve to bring together investigators, post-doctoral fellows and graduate students from diverse fields of study for five days of intense discussion and study. This conference will be third Gordon Conference on Vascular Cell Biology and is to be held at Colby Sawyer College from June 29, 1992 to July 3, 1992. The focus of this conference will be on the mechanisms used by vascular cells to interact with their local environments and mechanisms used by vascular cells to modulate their environments. The conference will be a major vehicle for integration of new knowledge in the field and will lead to better understandings of the cell and molecular biology of the vessel wall. The planned sessions and their tentative chairs are as follows: Intercellular Signaling: Dr. D. Goodenough (Harvard) and Dr. N. Gilula (Scripps); Cell Matrix Interactions:Dr. M. Ginsberg (Scripps); Protease/Protease Inhibitor Systems in the Vasculature: Dr. D. Loskutoff (Scripps); Vascular Cell Adhesion Molecules and Transmigration: Dr. M. Gallitin (ICOS); Transfection of Vascular Cells:Dr. U. Ryan (Monsanto); Pathobiology of Vascular Injury in Transplantation: Dr. F. Bach (Columbia); Control of Endothelial Cell Growth and Endothelial Cell Modulation of Asomotor Tone: Dr. J. Folkman (Harvard); Flow Systems for Modeling Vascular Function: Dr. W. Alexander (Emery); Gene Expression in Vascular Cells Following Injury: Dr. A. Fogelman (UCLA).