MICROSYSTEM TECHNOLOGY IN BIOSENSORS

机译：生物传感器中的微系统技术

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Miniaturization of biosensors has increased the importance of microsystem technology particulary of microelectronics, micromachining and thin film technology. Thin-film technology microelectrodes and microsystems serve as well-defined and reproducible interfaces between sensing, recognition and transduction sites. Solving the compatibility of bilayer lipid membranes with planar thin-film microsystems is esential for future applications of that very "adaptive" material in the field of microbiosensors. Microsystem technology gives comprehensive and synergetic effect on the innovation and mass-production of microinstruments for biomedical analysis and enviromental monitoring.

机译：生物传感器的小型化增加了微系统技术的重要性，特别是微电子学，微机械加工和薄膜技术。薄膜技术微电极和微系统是传感，识别和转导部位之间定义明确且可重现的界面。解决双层脂质膜与平面薄膜微系统的兼容性对于该“自适应”材料在微生物传感器领域的未来应用至关重要。微系统技术对用于生物医学分析和环境监测的微仪器的创新和大规模生产具有综合和协同的作用。

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来源
《Biosensors for direct monitoring of environmental pollutants in field》|1997年|351-371|共21页
会议地点 Smolenice(SK)
作者
V. TVAROZEK;
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作者单位

Department of Microelectronics Slovak Technical University Ilkovicova 3 812 19 Bratislava, Slovakia;

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原文格式 PDF
正文语种 eng
中图分类环境监测;
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MICROSYSTEM TECHNOLOGY IN BIOSENSORS

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