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- Thin layer chromatography(TLC)behavior of 14 different amino acids were studied in copper-tartrate medium by Ligand Exchange Chromatography(LEC). 本文应用配体交换色谱法(LEC)研究了14种氨基酸在 Cu~(2+)-酒石酸介质中的薄层色谱行为.
- As the main objective,Cu2+ ligand exchange resin column was established for the separation of phosphatidyl cholines and CACC conditions were optimized. 重点建立了Cu2+型配体交换树脂柱,并优化了分离纯化条件。
- DNA was adsorbed predominantly by dehydration effects and hydrogen bonding on organic clays and kaolinite and 43.3-65.2% of DNA was adsorbed on inorganic clays and goethite through ligand exchange. 在含有机质粘粒和高岭石表面;DNA可能主要通过脱水和氢键作用;而在去有机质粘粒和针铁矿表面;DNA主要通过配位交换吸附;占43.;3-65
- A new kinetic catalytic method has been developed for the determination of gold with the ligand exchange reaction between potassium ferricyanide and EDTA used as indicatory reaction and the orthophenanthroline used as activator. 研究了一种以金为催化剂，以铁氰化钾与EDTA之间的配位体取代反应为指示反应，以邻菲罗啉为活化剂的新的动力学催化法。
- METHODS: The separation of D-NNA and L-NNA in plasma was achieved by chiral ligand exchange method via CEC. An aqueous eluent containing aspartame (2 mmol/L) sufficiently mixed with Cu2+ was used. 方法采用CEC手性配体交换模式检测血浆样品中D-硝基精氨酸(D-NNA)和L-硝基精氨酸(L-NNA);流动相为50mmol/L醋酸缓冲液[pH5.;0;含2mmol/Laspar-tame;1mmol/LCu2+和5%25(v/v)甲醇];
- A hydrophilic ligand exchange complex based on polyvinylamine resin was prepared and used as stationary phase of HPLC to resolute of DL-amino acids.The mechanism and model of resolution were studied. 本文设计并合成了新型亲水性手性配体铜络合聚乙烯胺树脂，并以此树脂为高效液相色谱固定相，对一系列氨基酸进行了拆分研究，对拆分机理进行了探讨，并提出了合理的模型解释。
- dissociative ligand exchange mechanism 配体交换的解离机理
- associative ligand exchange mechanism 配体交换的缔合机理
- ligand exchang 配体交换
- Keywords goethite;sulfate;adsorption;ligand exchange; 针铁矿;硫酸根离子;吸附;配位体交换;
- Chiral ligand exchange chromatographic stationary phase 手性配体交换色谱固定相
- He shows me how to exchang the fuse. 他做给我看怎样换保险丝。
- Receptor and ligand are transported elsewhere. 受体和配基在别处被传递。
- Study of Resolution of DL Amino Acids with Ligand Exchange Chiral Resins 用丙烯酸类手性配位体交换树脂拆分DL-氨基酸的研究
- A KINETIC STUDY ON LIGAND EXCHANGE REACTION BETWEEN ~(99)Tc~m-GH AND ECD ~(99)Tc~m-GH与ECD之间的配体交换反应动力学研究
- Pressure Effects on Ligand Binding Kinetics for Hemoproteins. 压力对血红素蛋白配合基键联动力学的影响。
- Instant ligand libraries beat the time-to-market constraint. 实时配位体库打破了时间的市场局限。
- Preparation of L-Hydroxyproline Chiral Stationary Phase for Ligand Exchange Chromatography and Their Applications L-羟基脯氨酸键合手性配体交换色谱固定相的制备及手性拆分
- Preparation of L-Phenylalanine Chiral Stationary Phase for Ligand Exchange Chromatography and Its Applications L-苯丙氨酸键合手性配体交换色谱固定相的制备及手性拆分
- Preparation of Novel Chiral Stationary Phases for Ligand Exchange Chromatography and Their Applications 新型手性配体交换色谱固定相的制备及应用
