Growth of Hydrophilic CuS Nanowires via DNA-Mediated Self-Assembly Process and Their Use in Fabricating Smart Hybrid Films for Adjustable Chemical Release

	Growth of Hydrophilic CuS Nanowires via DNA-Mediated Self-Assembly Process and Their Use in Fabricating Smart Hybrid Films for Adjustable Chemical Release
	Zhou,Li,Li,Wei; Chen,Zhaowei; Ju,Enguo; Ren,Jinsong; Qu,Xiaogang
刊名	chemistry-a european journal
	2015
卷号	21 期号:7 页码:2930-2935
关键词	SACRIFICIAL TEMPLATING METHOD COPPER SULFIDE NANOPARTICLES SURFACE-PLASMON RESONANCE LARGE-SCALE SYNTHESIS NEAR-INFRARED LIGHT CELLS IN-VIVO NUCLEIC-ACID CANCER-CELLS PHOTOTHERMAL ABLATION DRUG-DELIVERY
通讯作者	ren,js
英文摘要	facile growth of cus nanowires through self-assembly and their application as building blocks for near-infrared light-responsive functional films have been demonstrated. it is found that dna is a key factor in preparing the cus material with defined nanostructure. an exclusive oriented self-aggregate growth mechanism is proposed for the growth of the nanowires, which might have important implications for preparing advanced, sophisticated nanostructures based on dna nanotechnology. by employing the hydrophilic cus nanowire as an optical absorber and thermosensitive nanogel as guest reservoir inside alginate film, a new platform for the release of functional molecules has been set up. in vitro studies have shown that the hybrid film possesses excellent biocompatibility and the release rate of chemical molecules from the film could be controlled with high spatial and temporal precision. our novel approach and the resulting outstanding combination of properties may advance both the fields of dna nanotechnology and light-responsive devices.
收录类别	SCI
语种	英语
公开日期	2016-05-09
内容类型	期刊论文
源URL	[http://ir.ciac.jl.cn/handle/322003/64824]
专题	长春应用化学研究所_长春应用化学研究所知识产出_期刊论文
推荐引用方式 GB/T 7714	Zhou,Li,Li,Wei,Chen,Zhaowei,Ju,Enguo,et al. Growth of Hydrophilic CuS Nanowires via DNA-Mediated Self-Assembly Process and Their Use in Fabricating Smart Hybrid Films for Adjustable Chemical Release[J]. chemistry-a european journal,2015,21(7):2930-2935.
APA	Zhou,Li,Li,Wei,Chen,Zhaowei,Ju,Enguo,Ren,Jinsong,&Qu,Xiaogang.(2015).Growth of Hydrophilic CuS Nanowires via DNA-Mediated Self-Assembly Process and Their Use in Fabricating Smart Hybrid Films for Adjustable Chemical Release.chemistry-a european journal,21(7),2930-2935.
MLA	Zhou,Li,Li,Wei,et al."Growth of Hydrophilic CuS Nanowires via DNA-Mediated Self-Assembly Process and Their Use in Fabricating Smart Hybrid Films for Adjustable Chemical Release".chemistry-a european journal 21.7(2015):2930-2935.