国际生物医学工程杂志
國際生物醫學工程雜誌
국제생물의학공정잡지
INTERNATIONAL JOURNAL OF BIOMEDICAL ENGINEERING
2009年
3期
183-185,189
,共4页
纳米磁珠%生物医学工程%纳米材料%制备
納米磁珠%生物醫學工程%納米材料%製備
납미자주%생물의학공정%납미재료%제비
Megnetic nanobead%Biomedical engineering%Nano-material%Preparation
纳米磁珠是近年来快速发展起来并且极具应用价值的新型功能材料.纳米磁珠兼具高分子粒子和磁性粒子的特性,因此可以方便地从介质中分离检测.在外加电场的作用下,磁珠可在磁场中定向移动,可以方便地进行定位.纳米磁珠独特的物理、化学原理,可以简化繁琐复杂的实验操作、缩短传统测试周期,因此在生物医学研究领域得到了广泛的应用.
納米磁珠是近年來快速髮展起來併且極具應用價值的新型功能材料.納米磁珠兼具高分子粒子和磁性粒子的特性,因此可以方便地從介質中分離檢測.在外加電場的作用下,磁珠可在磁場中定嚮移動,可以方便地進行定位.納米磁珠獨特的物理、化學原理,可以簡化繁瑣複雜的實驗操作、縮短傳統測試週期,因此在生物醫學研究領域得到瞭廣汎的應用.
납미자주시근년래쾌속발전기래병차겁구응용개치적신형공능재료.납미자주겸구고분자입자화자성입자적특성,인차가이방편지종개질중분리검측.재외가전장적작용하,자주가재자장중정향이동,가이방편지진행정위.납미자주독특적물리、화학원리,가이간화번쇄복잡적실험조작、축단전통측시주기,인차재생물의학연구영역득도료엄범적응용.
As a novel functional material with great application values, magnetic nanobead has been in fast development in recent years. Magnetic nanobead is provided with characteristics of beth polymeric and mag-netic particles, so it can be detected easily fi'om the medium and can be easily located since they can move di-rectionally when motivated by external electric field. The magnetic nanobead is widely used in biomedical engi-neering research due to its unique physical and chemical properties which simplify the complex experiments op-erations and shorten the testing period.
