微纳电子技术
微納電子技術
미납전자기술
MICRONANOELECTRONIC TECHNOLOGY
2006年
1期
28-36
,共9页
贾芸芳%冯喜增%王立凯%秦明
賈蕓芳%馮喜增%王立凱%秦明
가예방%풍희증%왕립개%진명
离子敏场效应晶体管%光寻址电位传感器%微流体网络%生物分析科学
離子敏場效應晶體管%光尋阯電位傳感器%微流體網絡%生物分析科學
리자민장효응정체관%광심지전위전감기%미류체망락%생물분석과학
ion sensitive field effect transistor (ISFET)%light addressable potential sensor (LAPS)%micro fluidic network (Μfn)%bioanalytical science
回顾了半导体生化传感器(ISFET和LAPS)在医学监测、免疫检测、免疫分析、DNA杂交以及细胞培养等方面应用的进展.为使半导体器件适用于生化检测,对其中所采用的检测手段和取得的研究结果进行了分析.展望了通过与微流体网络相结合,基于半导体传感器的实验室芯片化的可行性.
迴顧瞭半導體生化傳感器(ISFET和LAPS)在醫學鑑測、免疫檢測、免疫分析、DNA雜交以及細胞培養等方麵應用的進展.為使半導體器件適用于生化檢測,對其中所採用的檢測手段和取得的研究結果進行瞭分析.展望瞭通過與微流體網絡相結閤,基于半導體傳感器的實驗室芯片化的可行性.
회고료반도체생화전감기(ISFET화LAPS)재의학감측、면역검측、면역분석、DNA잡교이급세포배양등방면응용적진전.위사반도체기건괄용우생화검측,대기중소채용적검측수단화취득적연구결과진행료분석.전망료통과여미류체망락상결합,기우반도체전감기적실험실심편화적가행성.
Biochemical semiconductor sensors (ISFET and LAPS) available for medical monitoring, immunoassay, DNA hybridization and cellular culture are reviewed. Some of the detecting methods employed for biochemical semiconductors, and the research results regarding their effectiveness are described. The development of the combination with μFN to realize the Lab-on-aChip is also outlooked.
