GORDON RESEARCH CONFERENCE ON VASCULAR CELL BIOLOGY

伦敦血管细胞研究会议 生物学-1988年将在新的Kimball联盟学院举行 汉普郡，1988年6月26日至7月1日。 的主题 多学科的国际会议将是一个综合的 细胞生物学、生物化学和分子生物学的观点， 血管 计划就下列专题举行会议： 1. 血管新生 2. 血管生成 3. 平滑肌分化的分子生物学 4. 控制血管质量 5. 白细胞/血管壁相互作用 6. 血管蛋白酶系统 7. 血管壁与小分子的相互作用 8. 血管的神经支配 9. 血管细胞的信号反应耦合 海报会议也将包括在该计划，并将 强调上述内容未涵盖的血管细胞生物学领域 包括血管细胞生长控制、细胞外 基质-细胞相互作用、渗透性和病毒感染 血管细胞 这次戈登会议将是高度多学科的， 从上述暂定方案中明确，并将包括成员 生物化学，生物物理，细胞生物学， 化学、分子生物学、药理学、生理学和 各种医学和工程学科。 参与者将被 从学术界和工业界选出，将包括 同时具有应用和高度基础研究方向的科学家。 选择申请人的标准旨在 积极向世界各地的实验室提供服务 涉及血管生物学的各个研究领域， 年轻的，新的科学家进入该领域，并平衡基本的 和临床研究。

The GORDON RESEARCH CONFERENCE ON VASCULAR CELL BIOLOGY-1988 will be held at Kimball Union Academy in New Hampshire, June 26-July 1, 1988. The theme of this multidisciplinary, international conference will be an integrated view of the cell biology, biochemistry, and molecular biology of blood vessels. Sessions are planned on the following topics: 1. Neogenesis of Blood Vessels 2. Angiogenesis 3. Molecular Biology of Smooth Muscle Differentiation 4. Control of Vascular Mass 5. Leukocyte/Vessel Wall Interactions 6. Vascular Protease System 7. Vessel Wall Interactions with Small Molecules 8. Innervation of Blood Vessels 9. Signal Response Coupling in Vascular Cells Poster sessions will also be included in the program and will highlight areas of vascular cell biology not covered by the above sessions, including vascular cell growth control, extracellular matrix-cell interactions, permeability, and virus infection of vascular cells. This Gordon Conference will be highly multidisciplinary, as is clear from the tentative program above, and will include members of departments of biochemistry, biophysics, cell biology, chemistry, molecular biology, pharmacology, physiology and various medical and engineering disciplines. Participants will be selected from both academia and industry and will include scientists with both applied and highly basic research directions. The criteria for selection of the applicants are designed to give representation to laboratories throughout the world actively involved in various areas of research in vascular biology, to bring young, new scientists into the field, and to balance fundamental and clinical research.