固相载体法合成低聚糖

固相载体法合成低聚糖;固相载体;合成;低聚糖;偶联剂     

固相有机合成的聚合物载体材料研究进展

本文介绍了目前固相有机合成中常用的几种载体,简述了常见载体的物理化学性质以及常用的几种表征方法,并叙述了载体的环境效应。     

固相分光光度法新进展

本文对固相分光光度法近年来在测量方式、联用技术、固相载体等几方面的研究新进展进行了综述。     

固相合成寡糖的进展

固相法是一种非常有前途的合成寡糖的方法。本文综述了固相法合成寡糖的进展。论述了固相合成寡糖的原理、所用的聚合物载体、合成过程的检测、偶联和拆解的方法等。     

固相反应合成丙二胺合钴氧合性能的研究

0引言氧载体是一类能够可逆吸收分子氧的特殊金属配合物。由于它在贮氧、除氧上有潜在的应用价值及对探索生命科学的重要意义,使得氧载体的研究得以广泛的展开[1~3],目前对氧载体氧合性能的影响因素研究局限于溶剂、温度、配体等因素的研究[4~6],而不同金属盐对氧载体氧合性能影响的探讨很少见于报道。作者在实验中发现,当使用不同阴离子的钴盐进行固相合成氧载体时,所得氧载体吸收分子氧的性能有明显差异。为探讨固相反应中不同钴盐对钴配合物氧合性能的影响,本文以丙二胺为配体,与四种不同钴盐分别发生液鄄固反应和气鄄固反应,再通过氧合…     

组合化学中的聚合物载体研究进展

本文综述了目前实验室及市场上可用于固相组合合成的聚合物载体的种类、性质及应用。     

共焦显微拉曼光谱监测聚合物载体支载的化学反应

在固相载体上进行的有机合成[1-2]以及使用固相载体支载的试剂作为反应物或清除剂[3-4]的有机合成具有产物分离纯化简单、可以使用过量试剂促使反应完全、固相可以重复使用和容易实现自动化合成等诸多优点而受到重视,是组合化学[5-6]及高通量筛选[7]技术中建立分子多样性化合物     

糖肽的固相合成

综述了固相法合成糖肽的最新进展，论述了合成策略和所用聚合物载体，这是一种很有前途的合成糖肽的方法，参考文献４２篇。     

固相合成及组合化学用的高聚物载体

综述了用于固相合成及组合化学的高聚物载体的制备方法、特征、应用和最新进展,重点介绍了目前广泛用作固相载体的交联聚苯乙烯树脂、聚酰胺树脂和TentaGel树脂,并对几类新型载体如聚乙二醇、聚四氢呋喃衍生物交联剂改性的聚苯乙烯树脂、非芳环体系的POEPOP,树脂和SPOCC树脂作了简要的概述。     

在固相有机合成中应用的含羟基的聚合物载体

本文重点介绍了目前实验室和市场上可用于固相组合合成的含羟基的聚合物载体及其主要的化学反应性能。     

糖肽的固相合成

目前糖肽的固相合成可以分为两种策略：构建单元策略和固相糖基化策略。本文对O-连接和N-连接糖肽固相合成的研究进展进行了综述。     

Solid-Phase Synthesis of Nitrogen-Containing Five-Membered Heterocycles

In recent decades, a large number of reports related to solid-phase synthesis of heterocycles have appeared, owing to the wide variety of their biological activity. This review introduces the key concepts of solid-phase methodology and combinatorial synthesis with particular focus on the important role of solid-phase synthesis in the synthesis of nitrogen-containing five-membered ring heterocycles.     

Nitrogen-Containing Six-Membered Heterocycles: Solid-Phase Synthesis

Solid-phase organic synthesis is a rapidly expanding area of synthetic chemistry that is being widely exploited in the search for new medicinally important compounds using combinatorial techniques. In recent decades, a large number of reports related to solid-phase synthesis of heterocycles have appeared because of the wide variety of their biological activity. In this review, we report the important role of solid-phase synthesis in the synthesis of nitrogen containing six-membered ring heterocycles.     

Solid-Phase Synthetic Approach Toward the Synthesis of Oxygen-Containing Heterocycles

Solid-phase organic synthesis is a rapidly expanding area of synthetic chemistry which is being widely exploited in the search for new medicinally important compounds using combinatorial techniques. In recent decades, a large number of reports related to solid-phase synthesis of heterocycles have appeared because of the wide variety in their biological activity. In this review, we report the important role of solid-phase synthesis in the synthesis of oxygen-bearing heterocycles.     

Microwave-Assisted Synthesis of Aryl Amide Bonds on Solid Phase

A novel microwave-assisted synthesis of a library of triarylamides has been undertaken on the solid-phase.     

Solid-Phase-Supported Chemoenzymatic Synthesis of a Light-Activatable tRNA Derivative

Herein, we present a multi-cycle chemoenzymatic synthesis of modified RNA with simplified solid-phase handling to overcome size limitations of RNA synthesis. It combines the advantages of classical chemical solid-phase synthesis and enzymatic synthesis using magnetic streptavidin beads and biotinylated RNA. Successful introduction of light-controllable RNA nucleotides into the tRNA^Met sequence was confirmed by gel electrophoresis and mass spectrometry. The methods tolerate modifications in the RNA phosphodiester backbone and allow introductions of photocaged and photoswitchable nucleotides as well as photocleavable strand breaks and fluorophores.     

New selenyl linker for solid-phase synthesis of dehydropeptides

A novel linker possessing selenocyanate and masked carboxylic acid was developed for the solid-phase synthesis of dehydropeptides. This linker was used to demonstrate the synthesis of the model compound of RGD-conjugated dehydropeptide.     

Solid-Phase Nucleophilic Fluorination

This study demonstrates solid-phase nucleophilic fluorination. Polymer-bound 1-phenoxy-2-sulfonyloxyethane, as a model compound, is converted to a fluorinated compound in a short time. Furthermore, this method is applied to synthesize a precursor of 2-deoxy-2-fluoro-D-glucose by solid-phase synthesis using a microwave oven.     

FTIR分析在固相有机合成中的应用

综述了近几年来透射、漫反射、衰减全反射、光声及显微红外光谱技术在固相有机合成中的应用研究进展,对它们各自在定性、定量研究固相有机合成中的特点进行了比较.     

拉曼光谱在固相有机合成中的应用

本文综述了近几年以来拉曼光谱在固相有机合成中的应用研究进展,分别介绍了近红外傅立叶变换和共焦显微两种拉曼光谱技术。近红外傅立叶变换拉曼光谱克服了荧光背景带来的干扰,可以用在固载试剂、催化剂的表征、固相有机反应的监测等方面,特别对于在无机载体上进行的有机反应的表征和检测方面具有很大的优势。共焦显微拉曼光谱具有特殊的空间分辨能力,适合对固相合成载体的结构进行表征,并可对载体内部反应活性位点的分布情况进行研究。