FASEB CONFERENCE--SIGNAL TRANSDUCTION IN PLANTS

该提案请求支持一项新的FASEB夏季研究 “植物信号转导”会议将在铜业举行 科罗拉多州芒廷市，1993年8月1日至6日。本次会议的共同主席 巴德·瑞安(华盛顿州普尔曼华盛顿州立大学)和 克里斯·兰姆(索尔克研究所，加利福尼亚州拉荷亚)。投稿的 会谈和讨论将突出Signal的最新进展 植物中的转导机制，并将把科学家聚集在一起 从遗传学、分子、生化和生物化学角度探讨这一关键问题 细胞生理学正在接近。具体会议包括：(1) 光信号的感知和转导，(2，3)胁迫信号 (两会)，(4)激素信号，(5)模式信号，(6)细胞 ：细胞通讯，(7)蛋白激酶系统，(8)信号转导 细胞周期，)新的信号系统和实验方法。这个 会议将有150名科学家参加(最多允许) 被选为代表那些表示对 主题。植物信号转导的研究重点 FASEB夏季研究会议的形式将提供一个独特的论坛 对新兴主题进行持续、有重点、深入的讨论 对于我们理解潜在的机制是至关重要的 控制植物的生长、发育和环境反应。我们 寻求将接近植物信号的科学家聚集在一起 不同的、互补的概念和技术方法，因此 在这个快速移动的主题中生成一个跨学科的综合。我们 预计这次会议将是两年一次的系列会议的第一次 关注植物中的信号转导，与 建立植物遗传学/基因表达FASE B会议。

This proposal requests support for a new FASEB Summer Research Conference on "Signal Transduction in Plants" to be held at Copper Mountain, Colorado, August 1-6, 1993. The Co-Chairs of this Conference are Bud Ryan (Washington State University, Pullman, Washington) and Chris Lamb (Salk Institute, La Jolla, California). The contributed talks and discussion sessions will highlight recent progress in signal transduction mechanisms in plants, and will bring together scientists approaching this key topic from genetic, molecular, biochemical and cellular physiology approaches. Specific sessions include: (1) Perception and transduction of light signals, (2,3) Stress signaling (two sessions), (4) Hormonal signaling, (5) Pattern signaling, (6) Cell : cell communication, (7) Protein kinase systems, (8) Signaling the cell cycle, )9) Novel signal systems and experimental approaches. The Conference will be attended by 150 scientists (maximum allowable) chosen to represent a cross-section of those expressing interest in the subject. The focus on signal transduction in plants in the context of the FASEB Summer Research Conference format will provide a unique forum for sustained, focused, in-depth discussions of emerging topics that are critical to our understanding of the underlying mechanisms controlling plant growth, development and environmental responses. We seek to bring together scientists approaching plant signaling from different, complementary conceptual and technical approaches and hence generate an interdisciplinary synthesis in this fast moving topic. We anticipate this Conference will be the first in a biennial series focusing on Signal Transduction in Plants, alternating with the established Plant Genetics/Gene Expression FASEB Conference.