布鲁克 BRUKER X8 PROTEUM 全自动单晶衍射系统用途：主要用于蛋白质等生物大分子晶体结构的解析，通过 X 射线衍射分析，精准测定原子在大分子晶体中的排列规律，助力生物化学、药物研发、结构生物学等领域的研究，如解析膜蛋白结构以开发新型药物。技术原理：Microstar 微焦斑转靶发生器发射 X 射线，其强度可达 10¹¹cps/mm²，配合 side by side 二维人工多层膜聚焦镜，使照射样品的 X 射线 Kα 纯度达 99.9%。X 射线穿透晶体样品，因晶体原子的规则排列产生衍射，探测器记录衍射数据，利用相关算法处理数据，从而解析出晶体结构。性能：X 射线源光强大，保障数据收集效率。探测器灵敏度高，可快速获取衍射图像。配备的 PROTEUM 3 软件功能强大，具备自动化数据采集与处理功能，从数据筛选到相位测定流程便捷，且能直观展示实验进度与质量，为不同经验水平的科研人员提供合适操作模式 。

Product Name: Bruker BRUKER X8 PROTEUM Automated Single-Crystal Diffraction SystemUsage: It is mainly used for the analysis of the crystal structures of biological macromolecules such as proteins. Through X-ray diffraction analysis, it can accurately determine the arrangement of atoms in macromolecular crystals, facilitating research in fields such as biochemistry, drug development, and structural biology. For example, it can analyze the structure of membrane proteins to develop new drugs.Technical Principle: The Microstar micro-focus rotating anode generator emits X-rays with an intensity of up to 10¹¹cps/mm². Coupled with the side by side two-dimensional artificial multilayer focusing mirror, the Kα purity of the X-rays irradiating the sample reaches 99.9%. The X-rays penetrate the crystal sample, and diffraction occurs due to the regular arrangement of atoms in the crystal. The detector records the diffraction data, and relevant algorithms are used to process the data to analyze the crystal structure.Performance: The X-ray source has a high light intensity, ensuring the efficiency of data collection. The detector has high sensitivity and can quickly acquire diffraction images. The equipped PROTEUM 3 software is powerful and has automated data acquisition and processing functions. The process from data screening to phase determination is convenient, and it can intuitively display the experimental progress and quality, providing suitable operation modes for researchers with different levels of experience.