生物- mems悬臂式多疾病检测传感器设计与分析

K. Beulah Sujan, T. Shanmuganantham
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引用次数: 3

摘要

微机电系统是由电气和机械两种功能组成的,这种器件经过了微加工,当这种微加工器件用于生物医学领域时,它被称为Bio-MEMS。本文设计了多悬臂梁MEMS传感器,可同时检测多种疾病。悬臂梁表面包裹有抗体,可以识别体内的异物。抗原被添加到光束中,结果导致光束偏转的质量增加。使用Intellisuite软件查找静态模式,使用matlab进行频率分析。与ELISA、PCR等传统检测方法相比,悬臂传感检测速度更快。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bio-MEMS cantilever sensor design and analysis for detecting multiple diseases
Micro Electro-Mechanical Systems consists both electrical and mechanical functions and this devices undergo micro fabrication when this micro fabricated devices are used in Bio-medical field then it is called Bio-MEMS. In this paper, MEMS sensor with multiple cantilever beams is designed which detects multiple diseases at the same time. The cantilever beam surface is coated with antibodies, which recognize the foreign agents in body. An antigen is added to the beams as a result there is increase in mass due to which beam deflects. Intellisuite software is used for finding the static mode where as frequency analysis can be done by using matlab. Detecting the disease through Cantilever sensing gives faster results compared with traditional method like ELISA and PCR.
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