FASEB CONFERENCE--CALCIUM AND CELL FUNCTION

本提案的目的是为一项 FASEB夏季钙和细胞功能研究会议， 1989年7月10日在萨克顿河的佛蒙特学院举行， 佛蒙特州 本次会议由联合会主办 美国实验生物学学会（FASEB） 采用类似于戈登研究会议的形式。 九个主要会议安排与特邀发言人 参与每一个。 每届会议的主席将介绍- 引出主题，提供历史视角， 与会议主题相结合。 海报会议将 会议将于每天下午举行，所有与会者将 邀请参加。 由于本次会议的广泛性， 将安排非正式讲习班，重点讨论 外地 这是唯一一个涵盖了 整个钙研究的范围，而不是集中在一个单一的 分支学科 因此，一年两次的会议总是 超额认购 努力将生理学、细胞学、 生物学、生物化学、药理学、分子生物学和遗传学 与该领域相关的方法和途径。 本次会议是 唯一一个在北美或欧洲举行的钙，这是 这是一年中唯一定期举行的会议， 国家 所涵盖的主题将是激素调节， 钙稳态;兴奋性细胞钙调节;钙 释放机制;平滑肌钙调节;钙 和蛋白质磷酸化循环;生长中的钙， 发展;新的钙调控机制;遗传分析 钙结合的结构/功能 proteins.

The objective of this proposal is to obtain partial funding for a FASEB Summer Research Conference on Calcium and Cell Function, to be held July 1014, 1989 at the Vermont academy in Saxtons River, VT. This conference is held under the auspices of the Federation of the American Societies of Experimental Biology (FASEB) and will employ a format similar to that of the Gordon Research Conferences. Nine major sessions are scheduled with a invited speakers participating in each. The chairperson of each session will intro- duce the topic, provide a historical perspective and place the topic in context with the conference theme. Poster sessions will be held each afternoon of the meeting and all attenders will be invited to participate. Because of the breadth of this conference, informal workshops will be arranged to focus on critical issues in the field. This is the only major conference that covers the entire spectrum of calcium research rather than focus on a single subdiscipline. As such the biannual conference is always oversubscribed. Great efforts are made to include physiology, cell biology, biochemistry, pharmacology, molecular biology and genetics methods and approaches as relevant to the field. This meeting is the only one to be held in North America or Europe on Calcium this year and is the only regularly scheduled meeting of its kind in and country. The topics to be covered will be hormonal regulation of calcium homeostasis; calcium regulation in excitable cells; calcium release mechanisms; calcium regulation in smooth muscle; calcium and the protein phosphorylation cycle; calcium in growth and development; novel calcium control mechanisms; genetic analysis of calcium function; and structure/function of calcium binding proteins.