CAJ | 학술논문

本文主要探讨制备用于包虫抗原DNA检测的n型多孔硅微腔生物传感器的可能性．高参杂n型硅片在HF酸/乙醇电解液中实现了具有良好性能的生物传感器基底的制备．通过检测多孔硅微腔浸入不同浓度的生物溶液前后的微腔反射谱的移动量来验证传感器的性能，溶液浓度从0.625μM至10.000μM，检测灵敏度为4.740 nm/μM．当微腔基底浸泡0.625μM生物溶液后，微腔红移5nm表明制备的生物传感器是成功的．根据浓度与微腔红移量之间的线性关系表明在多孔硅传感器上检测包虫病的可行性.
본문주요탐토제비용우포충항원DNA검측적n형다공규미강생물전감기적가능성．고삼잡n형규편재HF산/을순전해액중실현료구유량호성능적생물전감기기저적제비．통과검측다공규미강침입불동농도적생물용액전후적미강반사보적이동량래험증전감기적성능，용액농도종0.625μM지10.000μM，검측령민도위4.740 nm/μM．당미강기저침포0.625μM생물용액후，미강홍이5nm표명제비적생물전감기시성공적．근거농도여미강홍이량지간적선성관계표명재다공규전감기상검측포충병적가행성.
The work in this paper has concentrated on fabrication possibility of biosensor for hydatid antigen DNA based on porous silicon microcavities. The substates have been fabricated from highly doped n-type silicon based on HF/ethanol electrolyte system. Examined the reflectance spectra before, after expore to different concentration of echinococcosis ranging from 0.625 μM to 10.000 μM, a detection sensitivity of 4.740 nm/μM has been demonstrated. A redshift of 5nm when the sample was exposed to 0.625 μM hydatid DNA solution. The linear relationship indicates that a potential and significate detection of echinococcosis.