清除树脂在组合化学中的应用

清除树脂是一种特殊的固相试剂。近五年，它们被广泛的用于平行液相法合成组合化学库，简化液相组合化学库的纯化操作。本文综述了清除树脂在纯化操作中的使用策略。根据清除纯化原理，介绍了共价键型和离子键型两类清除树脂。给出了清除树脂在组合化学中的具体应用实例。最后对清除树脂的发展作了展望。     

化学衍生法应用于生物多胺的HPLC荧光检测

介绍了在高效液相色谱荧光衍生法分析多胺中常用的几类荧光衍生试剂及其应用，对近年多胺分析中的高效液相色谱荧光衍生方法进行了综述。     

铂族金属的高效液相色谱分析

本文按衍生化试剂类型，对铂族金属高效液相色谱分析的现状与发展进行了评述，引用文献５１篇。     

保健食品中褪黑素标准物质的前期研究

通过对褪黑素标准物质的前期研究，选择提纯试剂将褪黑素合成品进行纯化，用高效液相色谱法测定，纯度可达到99．5％，符合标准物质制备的要求。     

液相色谱荧光衍生法在糖类物质分析中的应用

介绍了目前在液相色谱荧光衍生法分析糖类物质中常用的几类荧光衍生试剂及相应的衍生方法,对近期糖类物质分离分析中的液相色谱荧光检测方法做了系统综述。引用文献60篇。     

聚乙二醇支持的底物或试剂参与的小分子化合物的合成

对近年来聚乙二醇为可溶性聚合物支持体支持的底物或试剂参与的小分子化合物的液相有机合成反应进行了总结。参考文献36篇。     

反相高效液相色谱法同时测定食品中甜蜜素、糖精钠和苯甲酸钠

采用反相高效液相色谱法快速分离和测定食品中甜蜜素、糖精钠和苯甲酸钠，在ODS柱上，以30％甲醇和70％(含离子对试剂)水溶液为流动相进行分离；分别考察了流动相中不同的甲醇配比和不同浓度的离子对试剂对分离和保留行为的影响。检测波长为205nm。采用外标法定量。该方法精密度高、准确度好，样品处理简单，实用于常规质量监测。     

离子对高效液相色谱—TPPS4光度法测定痕量锌和铜

本文用ＴＰＰＳ４作柱前衍生试剂，研究了试剂与锌和铜的配位反应，在ＯＤＳ柱上，用乙腈／水体系作流动相，苄基三乙基氯化铵作离子对试剂，在４１５ｎｍ处检测，提出了离子对高效液相色谱－光度法快速分离测定痕量锌铜的新方法，检测限：Ｚｎ和Ｃｕ分别为０．１５和０．１０ｎｇ／ｍＬ，本法用于花生样品中痕量Ｚｎ，Ｃｕ的测定。结果与ＡＡＳ一致。     

衍生化高效液相色谱分析痕量金属的研究进展

评述了近10年来衍生化高效液相色谱分析痕量金属及形态的新进展，系统地论述了衍生化试剂的研究。     

柱前手性衍生色谱法拆分DL—氨基酸时流动相的影响

本文利用邻苯二甲醛和Ｎ－乙酰－Ｌ－半胱氨酸作柱前手性衍生化试剂，经反相高效液相色谱法拆分ＤＬ－氨基酸对映体，研究了流动相组成对出峰顺序和分离效果的影响。     

A Practical,Water‐Soluble,Ionic Scavenger for the Solution‐Phase Syntheses of Amides

A new ionic, water‐soluble scavenger for acyl chlorides, 1‐(2‐aminoethyl)pyridinium bromide ( 1 ), has been investigated. Compound 1 was used for the rapid and simple purification of a series of benzamides and sulfonamides (Table) obtained by solution‐phase synthesis from the corresponding amines (Scheme). The inexpensive scavenger, which can be prepared on large scale, was shown to readily ‘eliminate’ excess acyl chlorides (reagent) by simple aqueous extraction. The amides purified in this way were obtained in excellent yields and purities (Table), which makes 1 a versatile new reagent, especially for the combinatorial solution‐phase synthesis of amide libraries.     

液相组合合成研究进展

综述了近年来液相组合合成的研究进展,主要包括液相组合合成法(LPCS),氟合成,树状载体组合合成及高分子辅助试剂在液相组合合成中的应用等。     

液相组合化学研究进展

综述了液相组合化学的发展及其在有机合成中的应用。     

Enabling routine fluorous capping in solid phase peptide synthesis

We describe here the use of polyfluorinated trivalent iodonium salts as efficient and robust capping reagents during solid phase peptide synthesis using either t-Boc or Fmoc chemistry. Standard protocols established for solid phase peptide synthesis can be utilized without any change in solvent or reagent conditions. The capping reaction was carried out at sites where amino acid coupling steps failed. At the termination of the synthesis, the crude peptide mixture obtained from release of materials from the resin, is either simply centrifuged in aqueous solution to yield pure peptide, or purified by passage through fluorous silica gel in solvents with high water content. We envision that the chemistry and reagents described here will find wide use in peptide and protein chemistry, and also in combinatorial library synthesis where terminal amines are coupled to reaction partners.     

聚乙二醇支载的杂环化合物库的液相合成

随着组合化学的迅速发展, 兼容固相合成和溶液相合成优点的液相合成方法已成为实现组合化学的一条重要途径. 综述了近年来聚乙二醇为可溶性聚合物载体支载的杂环化合物库的研究, 并展望了其今后的发展方向.     

Polyaromatic Scavenger Reagents (PAHSR): A New Methodology for Rapid Purification in Solution-Phase Combinatorial Synthesis

A new method of purification of solution-phase combinatorial libraries has been developed. Development of a chemically inert polyaromatic anchor with a reactive "scavenger reagent" (PAHSR) allows unreacted reagents and impurities to be removed from a reaction by absorption of the PAHSR to charcoal and simple filtration.     

液相组合化学

综述了液相组合化学的研究进展，重点介绍了液相组合合成中的分离纯化方法和合成方法策略，基本分离纯化方法包括利用固相载体协助分离纯化法，相萃取分离纯化法和色谱法，主要合成方法策略有平行合成策略和索引合成策略。     

Preparation and evaluation of bipyridyl-tagged reagents and scavengers

The synthesis of three bipyridyl-tagged reagents and one scavenger is described. Of the three reagents, the carbodiimide derivative proved to be effective as a coupling reagent for amide formation and the removal of the coupling side product from the reaction mixture by complexation onto a Cu-derivatised resin has been successfully demonstrated. This purification process was thoroughly optimised using a DOE approach and the procedure subsequently applied to the use of a bipyridyl-tagged amine as an isocyanate scavenger. Preliminary results clearly demonstrate the potential of using chelation tags such as bipyridine units as a means for removing solution phase reagents and scavengers from reaction mixtures providing an attractive alternative to their resin-bound and fluorous-tagged counter-parts.     

核磁共振技术(NMR)在组合化学中的应用

对科学产生最大影响的分析方法是核磁共振技术(NMR),它被广泛用于许多领域.本文结合作者的研究结果评述了NMR在组合化学中的应用,着重于NMR在固相合成的应用、液态NMR和NMR在高通量筛选中的应用.