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| 1 | Preparation and evaluation of mixed-mode resins with tryptophan analogues as functional ligands for human serum albumin separation显示文摘Five tryptophan analogues with a hydrophobic indole ring and an amino group on each molecule were used as functional ligands of mixed-mode resins for human serum albumin(HSA) purification. Their adsorption performance was evaluated and the effects of p H and salt addition on HSA adsorption were studied. The resins prepared showed typical p H-dependent adsorption and the highest adsorption capacity and affinity were found at pH 5.0for all the resins tested. The saturated adsorption capacity was 138.02 mg·g^(-1)with the tryptaminefunctionalized resin, which significantly decreased at p H below 4.0 due to electrostatic repulsion between ligands and HSA. Moreover, the addition of Na Cl or(NH_4)_2SO_4in media reduced HSA adsorption capacity, although the two salts showed different affecting profiles. The tryptamine-functionalized resin showed the best salt-tolerant performance, and its high adsorption capacity was maintained under high salt concentrations. In addition, the five resins prepared showed good adsorption selectivity for recombinant HSA from Pichia pastoris broth. Molecular docking results between tryptamine and HSA indicated that tryptamine was favorable to bind on Site II(indole-binding site) of HSA. | Qici Wu Qilei Zhang Shiwen Xu Cheng ong Ge Shanjing Yao Dongqiang Lin | 2017 | Chinese Journal of Chemical Engineering2017，25，7： | 2 |
| 2 | 基于微孔过滤板的蛋白吸附高通量筛选方法显示文摘针对色谱分离过程优化,建立了基于微孔过滤板的蛋白吸附高通量筛选方法,用于介质初筛、吸附性能考察、吸附等温线和吸附动力学测定、吸附和洗脱条件优化等。首先优化了96孔过滤板的操作参数,以2种离子交换介质和2种混合模式介质为典型代表,采用微孔过滤板方法考察了不同介质和液相条件下牛血清白蛋白的吸附,得到结合载量分布图,确定了合适的蛋白吸附和解吸条件。进一步测定了4种介质在特定吸附条件下的吸附等温线和吸附动力学曲线,获得吸附相关参数。最后,采用微孔过滤板进行了洗脱条件优化,并与填充柱色谱分离进行比较,验证了方法的可靠性。结果表明,基于微孔过滤板的蛋白吸附高通量筛选是切实可行的,可以快速筛选色谱介质和液相,优化蛋白分离条件,具有资源消耗小、实验通量大、研发周期短、适用性广、稳定性高的特点,是蛋白色谱分离过程优化的一种新方法。 | 褚文宁 林东强 姚善泾 | 2017 | 化工学报2017，68，6： | 1 |
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