The tertiary structure of a protein is experimentally determined ( solved), predominantly by a method called X-ray Diffraction or X-ray Crystallography. 蛋白质的三级结构是以实验方式确定(求解)的,主要采用名为X-rayDiffraction或X-rayCrystallography的方法。
The complete tertiary structure ( a unique three-dimensional shape) has been determined by crystallization of pure protein for a few globular proteins and by elaborate use of X-ray crystallography. 通过几种球形蛋白纯蛋白质的结晶和精确的使用x一射线结晶学确定了完整的三级结构(一个独特的三维形状)。
Analyzing the results from this experiment will also lead to better understanding the underlying principles of protein crystallography. 分析这一试验的结果还能够更好的了解蛋白质结晶学的根本原理。
Technology of Soft X-Ray Diffraction and Sulfur Single-wavelength Anomalous Diffraction in Protein Crystallography 长波长X射线衍射技术与蛋白质晶体中硫的单波长反常散射研究
The basic principle, characteristics and classification of X-ray capillary optics and its application in the study of protein crystallography, micro-diffraction, micro-tomography and micro-spectroscopy are reviewed. 介绍了X射线毛细管光学元件的原理、特征和类型及其在蛋白质晶体学、微束衍射、微束光谱等方面应用新进展。
Protein electron crystallography is now able to measure the three-dimensional structure of membrane pro-teins at atomic resolution. 蛋白质电子晶体学已能以原子分辨率解析膜蛋白三维结构。
Protein crystallization is the primary bottleneck step in X-ray protein crystallography. 获得具有高分辨率的蛋白质晶体是目前蛋白质结构测定的主要瓶颈。
This paper introduces the steps of protein automatic production for crystallography and NMR spectroscopy which consist of establishment of clone and expression constructs, protein expression, protein purification, quality control of purified proteins, method selection of NMR or crystallography. 介绍了用于晶体衍射研究和NMR研究的蛋白质自动化生产的步骤,这些步骤包括建立克隆和表达载体,蛋白质的表达,蛋白质纯化,蛋白质质量控制和NMR或晶体衍射方法的选择。
Protein crystallography is an interdisciplinary subject in the research of the structure and function of the protein. 蛋白质晶体学是一门研究蛋白质结构与功能的边缘学科。
Protein crystallography is an active interdisciplinary subject. 蛋白质晶体学是一门十分活跃的边缘学科。