生物技术通报
生物技術通報
생물기술통보
BIOTECHNOLOGY BULLETIN
2015年
4期
120-133
,共14页
俞洋%李江%张钊%樊春海
俞洋%李江%張釗%樊春海
유양%리강%장쇠%번춘해
DNA折纸%纳米机器%纳米药物
DNA摺紙%納米機器%納米藥物
DNA절지%납미궤기%납미약물
DNA origami%nanomachine%nanodrug
基于DNA自组装的纳米结构在近年来取得了巨大的发展。回顾了DNA纳米结构的原理和发展历程,介绍了DNA纳米结构的特点和优势,对DNA纳米结构在生物检测、纳米反应器、可控排布、纳米机器人和药物递送领域的新进展和应用进行了综述,并对DNA纳米技术的未来进行了展望。
基于DNA自組裝的納米結構在近年來取得瞭巨大的髮展。迴顧瞭DNA納米結構的原理和髮展歷程,介紹瞭DNA納米結構的特點和優勢,對DNA納米結構在生物檢測、納米反應器、可控排佈、納米機器人和藥物遞送領域的新進展和應用進行瞭綜述,併對DNA納米技術的未來進行瞭展望。
기우DNA자조장적납미결구재근년래취득료거대적발전。회고료DNA납미결구적원리화발전역정,개소료DNA납미결구적특점화우세,대DNA납미결구재생물검측、납미반응기、가공배포、납미궤기인화약물체송영역적신진전화응용진행료종술,병대DNA납미기술적미래진행료전망。
Studies on self-assembled DNA nanostructures have achieved great progress in recent decades. In this article, we introduced the general principles of DNA nanostructures and the history of their development. Their features and advantages are also summarized. Their applications in biosensing, nanoreactors, nanoscale spatial arrangement, nanorobots, and drug delivery have been reviewed. The future of DNA nanotechnology has also been prospected.