Development of Membrane Filter with Oligosaccharide Immobilized by Click Chemistry for Influenza Virus Adsorption

Tomohisa Kato, Atsushi Miyagawa, M. Kasuya, K. Hatanaka
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引用次数: 6

Abstract

Membranes with immobilized GM3-type oligosaccharide were prepared and influenza virus adsorption was evaluated. GM3-type oligosaccharide which has azido group in the aglycon was synthesized by saccharide primer method. The azido group was used for combination by click chemistry with alkyne which is introduced to membranes. The posi- tion of the azido group in the aglycon of GM3-type oligosaccharide was either the farthest (12-azidododecyl), or the near- est (2-azidododecyl). The azido group in the farthest position showed higher reactivity with alkyne on the membrane than the one in the nearest the GM3-type oligosaccharide. Moreover, the membrane immobilized GM3-type oligosaccharide showed adsorption ability of influenza virus.
Click化学固定化低聚糖膜过滤器吸附流感病毒的研究
制备了固定化gm3型寡糖膜,并对其流感病毒吸附性能进行了评价。采用糖引物法合成了甘聚糖中含有叠氮基的gm3型低聚糖。叠氮基通过咔嗒化学与引入膜的炔结合。在gm3型寡糖的糖基中,叠氮基的位置不是最远的(12-叠氮十二基),就是最近的(2-叠氮十二基)。位于最远位置的叠氮基团与膜上炔的反应活性比位于最近位置的叠氮基团与gm3型寡糖的反应活性高。此外,膜固定化gm3型寡糖对流感病毒具有吸附能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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