The study of Linker for DNA Immobilization on the Surface of a Gene Chip
碩士 === 國立交通大學 === 光電工程系所 === 92 === With the coming of the age of rapid DNA sequencing, gene-chip technology has already been an essential tool for the life science researches. Because of the compact and high density features, we are capable of mining massive genetic information. Moreover, the sensi...
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ndltd-TW-092NCTU56140122015-10-13T13:04:42Z http://ndltd.ncl.edu.tw/handle/84190563483512740838 The study of Linker for DNA Immobilization on the Surface of a Gene Chip 基因晶片表面上的連結分子之研究 林建輝 碩士 國立交通大學 光電工程系所 92 With the coming of the age of rapid DNA sequencing, gene-chip technology has already been an essential tool for the life science researches. Because of the compact and high density features, we are capable of mining massive genetic information. Moreover, the sensitivity of gene chip manufactured by semiconductor technology achieves to distinguish single nucleotide variation. Nowadays, gene chips are not only applied in the field of life science and drug development but will change the current clinical diagnostics and bring the revolution of civilization in the near future. In the decade, the general technique of fabricating gene chips adopts glass for the substrate of gene chips and silane for the linker. However, the poor properties of glass and silane limit the reliability of gene chips. In this thesis, we develop a method of utilizing an alkene material for DNA in situ synthesis on a silicon wafer, and the feasibility of this method has also been demonstrated. We believe that this method of immobilizing DNA on silicon wafer is capable of advanced applications on micro-electromechanical sensing devices. 祁甡 徐琅 2004 學位論文 ; thesis 49 zh-TW |
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碩士 === 國立交通大學 === 光電工程系所 === 92 === With the coming of the age of rapid DNA sequencing, gene-chip technology has already been an essential tool for the life science researches. Because of the compact and high density features, we are capable of mining massive genetic information. Moreover, the sensitivity of gene chip manufactured by semiconductor technology achieves to distinguish single nucleotide variation. Nowadays, gene chips are not only applied in the field of life science and drug development but will change the current clinical diagnostics and bring the revolution of civilization in the near future.
In the decade, the general technique of fabricating gene chips adopts glass for the substrate of gene chips and silane for the linker. However, the poor properties of glass and silane limit the reliability of gene chips. In this thesis, we develop a method of utilizing an alkene material for DNA in situ synthesis on a silicon wafer, and the feasibility of this method has also been demonstrated. We believe that this method of immobilizing DNA on silicon wafer is capable of advanced applications on micro-electromechanical sensing devices.
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祁甡 |
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祁甡 林建輝 |
author |
林建輝 |
spellingShingle |
林建輝 The study of Linker for DNA Immobilization on the Surface of a Gene Chip |
author_sort |
林建輝 |
title |
The study of Linker for DNA Immobilization on the Surface of a Gene Chip |
title_short |
The study of Linker for DNA Immobilization on the Surface of a Gene Chip |
title_full |
The study of Linker for DNA Immobilization on the Surface of a Gene Chip |
title_fullStr |
The study of Linker for DNA Immobilization on the Surface of a Gene Chip |
title_full_unstemmed |
The study of Linker for DNA Immobilization on the Surface of a Gene Chip |
title_sort |
study of linker for dna immobilization on the surface of a gene chip |
publishDate |
2004 |
url |
http://ndltd.ncl.edu.tw/handle/84190563483512740838 |
work_keys_str_mv |
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