Firstly, glycosyl fluorides act as substrates for glycosidases hydrolysis. 氟代糖可以作为糖苷酶及其突变酶的水解底物研究酶学性质;
Recently, thioglycoligases have been used to glycosylate the glycoprotein and firstly generate the thioglycoprotein. 最近,硫代糖苷酶被应用于糖蛋白的糖基化修饰,首次人工合成硫代糖蛋白。
Furthermore, glycosyl fluorides also act as donors for transglycosylation by retaining glycolides. 尤为重要的是,氟代糖可作为糖苷酶的糖基供体来合成糖类。
It may offer a new path to sythesize 2-amino-2- deoxy oligosaccharides by using glycosyl 1-nitration as donor. 糖基硝酸酯作供体可提供一条合成2-氨基-2-脱氧寡糖的新途径。
The result turned out that, glycosyl anline thiourea compounds present the good restraining activities. 结果显示,苯胺类糖基硫脲化合物呈现出较好的抑制活性。
Abstract: Glycosyl fluorides are becoming increasingly important molecules for the study on glycosidases. 摘 要: 近年来,氟代糖应用于糖苷酶反应研究,显示出越来越重要的作用。