ENDOTHELIUM IN CARDIOVASCULAR FUNCTION

这是关于第三次会议的部分资金申请。 血管内皮细胞和心血管功能将在 美国实验生物学学会联合会(FASEB)， 1994年6月26日，在科罗拉多州的铜山。参赛者将是 限制为200名科学家(包括演讲者和讨论负责人)， 谁将根据他们的专长和兴趣被选为 最有可能为激励和富有成效的环境做出贡献。 这次会议将第三次集中讨论 血管内皮细胞与血液的相互作用和调节 健康和健康人群基础血管平滑肌的反应性 疾病。会议将由九个科学会议组成，每个会议 有四到六名演讲者和一名讨论负责人；所有人都将 对血管内皮细胞及其功能有丰富经验的研究人员。 此外，每天还将举行一次海报会议，这将允许更多 初级参与者介绍他们的数据并与 该领域的权威人士。会议的中心主题将是 内皮细胞改变抗黏附，抗聚集， 抗炎和血管活性因子可供血液使用 和/或连接到下面的血管平滑肌。这些 讨论将使我们能够理解 血管内皮细胞在调节局部血液流动性中的作用 正常和病理条件下的血管舒缩反应。他们会 是确定内皮依赖现象贡献的关键 在各种心血管功能障碍的病因学上，因此， 提供对他们理性对待的洞察。

This is an application for partial funding of the third conference on Endothelium and Cardiovascular Function to be held under the auspices of the Federation of American Societies for experimental Biology (FASEB), from June 26, 1994, in Copper Mountain, Colorado. Participation will be limited to 200 scientist (including the speakers and discussion leaders), who will be selected on the basis of their expertise and interests as most likely to contribute to a stimulating and productive environment. The meeting, for the third time, will focus on the role of the endothelium in interacting with the blood and modulating the responsiveness of the underlying vascular smooth muscle in health and disease. The conference will consist of nine scientific sessions, each with four to six speakers and a discussion leader; all will be investigators with wide experience in the endothelium and its functions. In addition, a poster session will be held daily, which will allow more junior participants to present their data and discuss them with the authorities in the field. The central theme will be ability of the endothelium to alter the amounts of anti-adhesive, anti-aggregatory, anti-inflammatory and vasoactive factors made available to the blood components and/or to the underlying vascular smooth muscle. These discussions will permit the understanding of the true role of the endothelial cells in modulation the fluidity of the blood and local vasomotor responses under normal and pathological conditions. They will be key to determining the contribution of endothelium-dependent phenomena in the etiology of a variety of cardiovascular dysfunctions, and hence, provide insight into their rational treatment.