Conference on Plant Cell Biology: Mechanisms, Molecular Machinery, Signals and Pathways to be held at Taos, New Mexico, January 7-13, 1995

小行星9412869 该提案要求支持将于1995年1月7日至13日在新墨西哥州陶斯举行的植物细胞生物学：机制、分子机器、信号和途径的新的基石研讨会。 研讨会的组织者是东兰辛密歇根州立大学的娜塔莎·莱克尔和拉霍亚索尔克研究所的克里斯·兰姆。 贡献的演讲和讨论会将突出植物细胞生物学的最新进展，并将汇集从不同角度研究植物细胞的科学家。 这是植物科学的一个快速发展的领域，年轻人有很大的学习和贡献空间。 专题讨论会的具体部分是：细胞表面和细胞外基质;细胞粘附，细胞骨架和识别过程;胞间连丝和核孔;细胞分裂;膜信号传导;液泡膜和质膜;内质网;质体;细胞质调节机制;向细胞核的信号传导;运输囊泡;健康休克蛋白和分子伴侣。 为了最大限度地提高个人互动，已设定了300人的出席限制。 Keystone Symposia的形式将提供一个独特的论坛，持续，集中，深入讨论对理解植物细胞独特特性至关重要的新兴主题。 研讨会将汇集除了成熟的科学家，尽可能多的年轻，有才华的科学家。 这次会议将明显不同于该领域的其他会议，因为它侧重于功能性植物细胞生物学。 所要求的资金主要是为了让研究生参加专题讨论会。 ***

9412869 Raikhel This proposal requests support for a new Keystone Symposia on Plant Cell Biology: Mechanism, Molecular Machinery, Signals and Pathways to be held at Taos, New Mexico, January 7-13, 1995. The Organizers of the Symposia are Natasha Raikhel, Michigan State University, East Lansing, and Chris Lamb, Salk Institute, La Jolla. The contributed talks and discussion sessions will highlight recent progress in plant cell biology and will bring together scientists studying plant cells from a different perspective. This is a rapidly developing area of plant science and there is a lot of room for young people to learn and contribute. The specific section that the Symposia addresses are: cell surface and the extracellular matrix,; cell adhesion , cytoskeleton and the recognition process; plasmodesmata and nuclear pores; cell division; membrane signaling; tonoplast and plasma membrane; endoplasmic reticulum; plastids; cytoplasmic regulatory mechanisms; signaling to the nucleus; transport vesicles; heath shock proteins and molecular chaperones. To maximize the personal interactions an attendance limit of 300 has been set. %%% The Keystone Symposia format will provide a unique forum for sustained, focused, in depth discussion of emerging topics that are critical to the understanding of the unique properties of plant cells. The symposium will bring together in addition of established scientists, as many young, talented scientists as possible. The conference will be distinctly different from other s in the field because it focuses on functional plant cell biology. The funds requested are mainly to bring graduate students to the Symposium. ***