Jeong Yeonwoo, Kim Kwang-A, Kang Sung Min
Department of Chemistry, Chungbuk National University, Chungbuk 28644, Korea.
Polymers (Basel). 2017 Aug 19;9(8):376. doi: 10.3390/polym9080376.
The surface coating of solid substrates using dextrans has gained a great deal of attention, because dextran-coated surfaces show excellent anti-fouling property as well as biocompatibility behavior. Much effort has been made to develop efficient methods for grafting dextrans on solid surfaces. This led to the development of catechol-conjugated dextrans (Dex-C) which can adhere to a number of solid surfaces, inspired by the underwater adhesion behavior of marine mussels. The present study is a systematic investigation of the characteristics of surface coatings developed with Dex-C. Various Dex-C with different catechol contents were synthesized and used as a surface coating material. The effect of catechol content on surface coating and antiplatelet performance was investigated.
使用葡聚糖对固体基质进行表面涂层已引起了广泛关注,因为葡聚糖涂层表面具有优异的抗污性能以及生物相容性。人们已经付出了很多努力来开发在固体表面接枝葡聚糖的有效方法。这促使了儿茶酚共轭葡聚糖(Dex-C)的开发,它受海洋贻贝水下粘附行为的启发,能够粘附在许多固体表面。本研究是对用Dex-C开发的表面涂层特性的系统研究。合成了具有不同儿茶酚含量的各种Dex-C,并将其用作表面涂层材料。研究了儿茶酚含量对表面涂层和抗血小板性能的影响。