Although the pace of development of combinator ial carbohydrate libraries is relatively slow, strategies towards the generation of oligosaccharide li braries have taken shape for the past few years. In this review var...Although the pace of development of combinator ial carbohydrate libraries is relatively slow, strategies towards the generation of oligosaccharide li braries have taken shape for the past few years. In this review various a pproaches for the assembly of oligosaccharide libraries such as solution-phase p arallel synthesis, solid-phase strategies, and one-pot sequential glycosylatio n approaches were described.展开更多
A fast, green and readily reproducible microwave-based method for the production of high quality silver nanoparticles （AgNPs） in high yield is presented. Starch is used as a stabilizing agent with few pentose differ...A fast, green and readily reproducible microwave-based method for the production of high quality silver nanoparticles （AgNPs） in high yield is presented. Starch is used as a stabilizing agent with few pentose different reducing carbohydrates as D-ribose, D-arabinose and L-arabinose. From the UV-vis peak profile spectra of the solutions of the silver nanoparticles, the authors have investigated the size of the NPs together with the average diameter, shape, and aggregation state of the colloidal AgNPs. TEM measurements and EDX analysis have confirmed the morphology of our AgNPs.展开更多
文摘Although the pace of development of combinator ial carbohydrate libraries is relatively slow, strategies towards the generation of oligosaccharide li braries have taken shape for the past few years. In this review various a pproaches for the assembly of oligosaccharide libraries such as solution-phase p arallel synthesis, solid-phase strategies, and one-pot sequential glycosylatio n approaches were described.
文摘A fast, green and readily reproducible microwave-based method for the production of high quality silver nanoparticles （AgNPs） in high yield is presented. Starch is used as a stabilizing agent with few pentose different reducing carbohydrates as D-ribose, D-arabinose and L-arabinose. From the UV-vis peak profile spectra of the solutions of the silver nanoparticles, the authors have investigated the size of the NPs together with the average diameter, shape, and aggregation state of the colloidal AgNPs. TEM measurements and EDX analysis have confirmed the morphology of our AgNPs.
