查看完整版本: Adv. Mater. 2007.10 最新一期纳米生物技术专题

Adv. Mater. 2007.10 最新一期纳米生物技术专题

Adv. Mater. 最新一期（2007.10 下） 为纳米生物技术专题，刊登了大量纳米生物技术的最新研究进展文章，其中夏幼男先生发表了一篇评论文章以及两篇综述文章，格外引人注目，三篇文章均包括在附件中，更多内容可浏览Adv. Mater. 网站查阅。

夏幼男先生发表的三篇文章的标题分别为：
1. Bionanotechnology
2. Gold Nanocages for Biomedical Applications
  Nanostructured materials provide a promising platform for early cancer detection and treatment. Here we highlight recent advances in the
synthesis and use of Au nanocages for such biomedical applications. Gold nanocages represent a novel class of nanostructures, which can be prepared via a remarkably simple route based on the galvanic replacement reaction between Ag nanocubes and HAuCl4. The Au nanocages have a tunable surface plasmon resonance peak that extends into the near-infrared, where the optical attenuation caused by blood and soft tissue is essentially negligible. They are also biocompatible and present a well-established surface for easy functionalization. We have tailored the scattering and absorption cross-sections of Au nanocages for use in optical coherence tomography and photothermal treatment, respectively. Our preliminary studies show greatly improved spectroscopic image contrast for tissue phantoms containing Au nanocages. Our most recent results also demonstrate the photothermal destruction of breast cancer cells in vitro by using immuno-targeted Au nanocages as an effective photo-thermal transducer. These experiments suggest that Au nanocages may be a new class of nanometersized agents for cancer diagnosis and therapy.

3. Shape-Controlled Synthesis of Metal Nanostructures: The Case of Palladium
  This article features shape-controlled synthesis of Pd nanostructures. Similar to the Ag system, both the crystallinity of seeds and the growth rates of different crystallographic facets play a vital role in determining the final shape of a resultant nanostructure. We specifically discuss how the reduction rate can be controlled to maneuver the crystallinity (i.e., single-crystal, single twinned, and multiple twinned) of seeds in the nucleation stage. The distribution of multiple twinned and single-crystal seeds can be further manipulated by employing oxidative etching. As the seed grows into a nanocrystal, the growth rates of different facets (e.g., {111} versus {100}) can be altered with capping agents to control the final shape. The ability to generate Pd nanostructures with a variety of geometrical shapes provides a great opportunity to systematically evaluate their electrical, plasmonic, and catalytic properties, as well as to fully explore their applications.
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Controlled PEGylation of Monodisperse Fe3O4 Nanoparticles
for Reduced Non-Specific Uptake by Macrophage Cells
做磁纳米颗粒的大牛Sun Shouheng的新作，调节PEG的长度降低非特异性吸附的问题

唉，登陆，回复，关税，还是谢谢！

:victory: :lol

学些了！
Thanks for sharing！:handshake

唉，登陆，回复，关税，还是谢谢？？
你的意思是“BOX”邮箱？

很好。支持。。。。。

Thanks for sharing！

做個研究真是困難死了！
不過謝謝樓主分享！

学些了！9 Y' V9 N" L9 u* v
Thanks for sharing！

非常好，非常感谢楼主分享！！！

:victory: :victory: 支持，热门的专题

多谢多谢多谢多谢多谢

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目前的另外一个热ian

谢谢分享！:readrules :readrules :readrules

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trhan you!

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