CRYSTAL STRUCT OF ERA GTPASE DEPENDENT CELL CYCLE REGULATOR W/ RNA BINDING MOTIF

该项目的目的是为绕射提供支持 用户(小角散射(SAS)和结晶学)并确保 射束时间的有效利用。今年出现了第一次常规使用 霍夫光束线X-9B和矢状聚焦单色仪系统 HPerform蛋白质结晶学。这项工作是由Dr。 Steve Almo和新的子项目摘要源自他的 领导力。蛋白质结晶学的发展概况 全球同步加速器现在由X-9B资源提供支持。在 在过去的一年里，一种新的MAR(自动图像版)检测器已经被 已安装并正常使用，取代了单一的FUGI板 系统。对衍射用户的支持包括人员支持 以每天现场工作人员提供的技术援助的形式 基础，如设置X射线光学设备以及会诊和/或 在安排的基础上与科学工作人员进行合作。在……里面 此外，还提供设施支持，以允许 建造或购买小型组件，从而增加 波束时间的使用效率或 实验装置。

The purpose of this project is to provide support to diffraction users (small angle scattering (SAS) and crystallography) and to insure the efficient usage of beam time. This year saw the first regular use Hof beamline X-9B and the sagittal focusing monochromator system to Hperform protein crystallography. This has been spearheaded by Dr. Steve Almo, and the new sub-project abstracts derive from his leadership. The expansion of protein crystallography in general at synchrotrons worldwide is now supported by the X-9B Resource. In the past year, a new MAR (automated image plate) detector has been installed and is in regular use replacing the single FUGI plate system. The support to diffraction users includes personnel support in the form of technical assistance from on site staff on a daily basis such as setting up the x-ray optics, and consultation and/or collaboration with the scientific staff on an arranged basis. In addition, facility support is provided which allows for the construction or purchase of small components which increase either the efficiency of the use of beam time or the flexibility of the experimental set-up.