Detection of Hepatitis viruses (HBV, HAV, HCV) in serum using MEMS based Bio-Sensor

Nireekshith. Yarraguntla, N. Tirumala, S. Shameem, K. S. Rao
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引用次数: 16

Abstract

A biosensor is a device that converts naturally occurring activity into measurable signal. Biosensors stands up for its special features such as miniaturization, easily usable, one-step reagent less analysis etc. that pave a separate way when compared to conventional biological sensing techniques. Most conventional MEMS and NEMS are designed for detecting and sensing. The working principle varies as per application, the nature of the analyte molecules, and the accuracy required. Sensing methods vary according to device such as piezo-resistance, capacitance, resonance etc. In this paper, we implement the structures using comsol software. This biosensor can detect Hepatitis viruses (HBV, HAV, HCV) by immobilizing specific antibodies on the sensing element of the sensor when the patient sample containing hepatitis viruses surface antibody (anti-HbsAg)is placed on the sensing part, Biochemical interactions take place between Hepatitis viruses antigens and the antibodies fixed on the surface of the sensing element. Due to this, beam structure changes so that disease can be detected.
基于MEMS的生物传感器检测血清中肝炎病毒(HBV, HAV, HCV
生物传感器是一种将自然发生的活动转化为可测量信号的装置。与传统的生物传感技术相比,生物传感器具有小型化,易于使用,一步试剂分析等特点,为其开辟了一条独特的道路。大多数传统的MEMS和NEMS设计用于检测和传感。工作原理根据应用、分析物分子的性质和所需的精度而变化。传感方法根据器件的不同而不同,如压阻、电容、谐振等。在本文中,我们使用comsol软件实现该结构。该生物传感器将含有肝炎病毒表面抗体(anti-HbsAg)的患者样本置于传感器的传感元件上,将特异性抗体固定在传感器的传感元件上,检测肝炎病毒抗原(HBV, HAV, HCV),与固定在传感元件表面的抗体发生生化相互作用。因此,梁的结构会发生变化,从而可以检测到疾病。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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