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首页> 外文期刊>Advanced Coatings & Surface Technology >MICROPATTERNED SURFACES ON NONBIOFOULING POLYMER BY LIVING RADICAL PHOTOPOLYMERIZATTON FOR BIOSENSING
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MICROPATTERNED SURFACES ON NONBIOFOULING POLYMER BY LIVING RADICAL PHOTOPOLYMERIZATTON FOR BIOSENSING

机译:活泼的自由基光聚合作用使非生物富聚物上的杂化表面

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摘要

For the past several years, biomaterials have received extreme attention among several researchers and scientists for exploitation in a variety of applications within the biotechnological arena. The usefulness of these biomaterials has recently been exploited in biointerfaces that have both enhanced specific binding and reduced nonspecific binding. Thus, in applications such as biosensing, the tailoring of biointerface chemistry and the use of micro or nanofabrication technique becomes an important avenue for the production of surface with specific binding properties and minimal background interference.
机译:在过去的几年中,生物材料在生物技术领域的各种应用中受到了许多研究人员和科学家的极大关注。这些生物材料的有用性最近已在具有增强的特异性结合和减少的非特异性结合的生物界面中得到利用。因此,在诸如生物传感的应用中,生物界面化学的定制以及微或纳米加工技术的使用成为生产具有特定结合特性和最小背景干扰的表面的重要途径。

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