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A NON-LEACHING BACTERIA-RESPONSIVE ANTIBACTERIAL SURFACE BASED ON A UNIQUE HIERARCHICAL ARCHITECTURE
<正>Bacteria-responsive surfaces popularly exert their smart antibacterial activities by bacteria-triggered del...
Shunjie YanShifang LuanJinghua Yin
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光引发聚丙烯表面聚合2-甲基丙烯酰氧乙基磷酸胆碱和丙烯酸用于乙肝表面抗原检测
<正>将具有良好抗污能力和键合生物分子的功能基团同时引入到免疫检测器件表面,能有效地抑制非特异性蛋白吸附,并很好地保持生物分子的生物活性。本文以2-甲基丙烯酰氧乙基磷酸胆碱(MPC)为抗污单体,同时以丙烯酸(AAc)作为...
宋凌杰赵杰金晶马姣栾世方殷敬华
关键词:蛋白质吸附血小板粘附酶联免疫吸附
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A NON-LEACHING BACTERIA-RESPONSIVE ANTIBACTERIAL SURFACE BASED ON A UNIQUE HIERARCHICAL ARCHITECTURE
Bacteria-responsive surfaces popularly exert their smart antibacterial activities by bacteria-triggered delive...
Shunjie YanShifang LuanJinghua Yin
Opportunities and challenges for the development of polymer-based biomaterials and medical devices被引量:3
2016年
Biomaterials and medical devices are broadly used in the diagnosis,treatment,repair,replacement or enhancing functions of human tissues or organs.Although the living conditions of human beings have been steadily improved in most parts of the world,the incidence of major human’s diseases is still rapidly growing mainly because of the growth and aging of population.The compound annual growth rate of biomaterials and medical devices is projected to maintain around 10%in the next 10 years;and the global market sale of biomaterials and medical devices is estimated to reach$400 billion in 2020.In particular,the annual consumption of polymeric biomaterials is tremendous,more than 8000 kilotons.The compound annual growth rate of polymeric biomaterials and medical devices will be up to 15-30%.As a result,it is critical to address some widespread concerns that are associated with the biosafety of the polymer-based biomaterials and medical devices.Our group has been actively worked in this direction for the past two decades.In this review,some key research results will be highlighted.
Jinghua YinShifang Luan
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