MicroRNA Biosensing through Spectral Interferometry-based Surface Plasmon Resonance using Telecommunication Wavelength

Shih-Hsiang Hsu, Ching-Yu Lin, Chi-Ting Tuan, Che-Chang Chang

研究成果: 报告类型書籍

摘要

The polarisation maintaining (PM) fibre constructed the spectral interferometry- based surface plasmon resonance to detect the very small molecule micro ribonucleic acid (miRNA) with a big biological impact on cancer diagnosis. Other than the linear polariser and birefringence crystal in the input of the traditional spectral interferometry, the polarisation controller was simply placed on the injected light to control the transverse electric and transverse magnetic polarised magnitudes through the stable polarisation state of PM fibres for distinct dynamic-range fringes on the optical spectrum analyser (OSA). Owing to the high precision and stability control of operating wavelengths in optical fibre communications, the low-coherence telecommunication source was utilised to detect 21-mer deoxyribonucleic acid which changed U to T according the miRNA-21 sequence. The sensitivity with probing was showing 0.065 nm/(μg/ml), which implied the resolution as 0.3 μg/ml under the 0.02 nm wavelength accuracy on OSA.
原文英語
頁數1096
52
DOIs
出版狀態已發佈 - 五月 4 2016

指紋

surface plasmon resonance
telecommunication
interferometry
ribonucleic acids
polarization
wavelengths
optical spectrum
control stability
fibers
dynamic range
birefringence
controllers
deoxyribonucleic acid
optical fibers
cancer
communication
sensitivity
crystals
molecules

引用此文

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