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- Protein crystallization is the primary bottleneck step in X-ray protein crystallography. 摘要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。
- RESULTSThe main factors which influenced the protein crystallization rate of Momordica charantia L.is CBA,the best is A3B1C3. 结果影响苦瓜蛋白结晶得率的主要因素依次是加入氯化钠的倍数,温度及乙醇浓度,最佳工艺为A3B1C3。
- Lysozyme, an important model protein, has found wide application in the investigation of protein crystallization mechanism and methods. 溶菌酶作为一种重要的模型蛋白被广泛应用于蛋白质结晶机理和方法的研究。
- The techniques for seperation, dissolution and purification of the toxic protein crystal from Bacillus thuringiensis are reviewed in this paper. 本文介绍了苏云金杆菌晶体毒素的分离、溶解及纯化技术。
- In addition, we have expect-ed the applications of the confocal laser scanning microscopy in the other research of protein crystal growth. 还对激光扫描共聚焦显微镜在晶体生长研究的其它方面应用前景作了展望。
- The present invention also disclose the application of the specially treated silanized mica substrate as the substrate material for protein crystal to grow. 本发明还公开上述经过特殊处理的硅烷化云母基底在作为蛋白质晶体生长的基底材料中的应用。
- Among many variables that affect protein crystallization, such as growth condition, temperature, protein purity and concentration, the intrinsic characteristics of the protein is the most critical factor for protein crystallization. 蛋白质结晶受很多因素影响，蛋白质自身是结晶时最重要的变量，可以说，蛋白质的内在特性在某种程度上决定了其能否结晶以及所得晶体分辨率的高低。
- automated protein crystallization 自动化蛋白质结晶
- NO4：Image Deconvolution for Protein Crystals, S. X. Yang and F. H. Li, Ultramicroscopy, 85 (2000) 51-59. 接法应用于蛋白质二维晶体的电子晶体学图像处理，阳世新，李方华，刘玉东，古元新，范海福，物理学报，49(2000)1982-06.
- Quake's systems can sort cells, perform the polymerase chain reaction to amplify DNA, or grow protein crystals. 奎克的系统可以做细胞分类、进行聚合酶连锁反应以放大DNA，也可以培养蛋白质晶体。
- Protein crystals, large or small, can be stained with Mercury bromphenol blue, Amido black 10B and Coomassie brilliant blue R250 or G250 but salt crystals are not. 本文报导了蛋白质晶体能被汞溴酚蓝、氨基黑10B和考马斯亮蓝R250或G250染色;而无机盐晶体不被染色.
- STAININGMETHOD FOR IDENTIFYING PROTEIN CRYSTAL 用染色法鉴别蛋白质晶体
- Protein Crystal Growth and Structure, 蛋白质结晶培养与机制
- Measurement of Protein Crystal Growth 蛋白质晶体测量
- You need more protein to build you up. 你需要增加蛋白质以增强体质。
- The microfluidic system subjects nanoliter volumes of liquids taken from the initial feedstock to reactive chemicals in various mixing ratios to determine the best conditions for growing protein crystals. 从最初原料中只取1奈升的液体，跟不同比例化学试剂混合反应，就可以用微流体系统决定出培养蛋白质晶体的最佳条件。
- In order to study the growth mechanism of protein crystals, the surface morphology of (101) face of lysozyme crystals obtained by gas diffusion method was observed by AFM imaging technology. 摘要 为研究蛋白质晶体的生长机理，采用气相扩散法制备溶菌酶晶体，使用原子力显微成像技术观测了溶菌酶晶体（101）生长面的形貌。
- This result applied the experimental basis for the studies of growth mechanism of protein crystals and it was the supplement for understanding the growth units of lysozyme crystals. 这一结果为蛋白质晶体生长机理的探索提供了实验依据，是对溶菌酶晶体生长单元认识的补充。
- The protein that is a constituent of hemoglobin. 球蛋白由血红蛋白构成的蛋白
- A protein normally present in milk. 乳蛋白质一种通常存在于乳汁中的蛋白质
