Self-assembly of biopolymers - recent progress and future prospects.
Self-assembly of biopolymers - recent progress and future prospects.
复制标题
生物聚合物的自组装——最新进展和未来前景。
DOI：
10.1039/c3fd00109a
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发表时间：
2013
影响因子：
3.4
通讯作者：
Alexander C
中科院分区：
文献类型：
--
作者：
Alexander C
第 166 届法拉第生物聚合物自组装讨论会议为这个对生命至关重要的研究领域提供了有趣的新见解。事实上，有人可能会说，地球上的所有生命都依赖于聚合物的正确组装、排列和分解。然而，该领域的研究不仅扩展到了解天然聚合物的自组装过程，还扩展到控制多个长度尺度的结构形成。会议反复出现的主题是，该领域的科学家正在积极寻求利用自组装行为来生成远远超出目前生物学中所见的材料和功能。自组装材料的实际应用也是本次法拉第讨论的一个主要特点，其中展示了药物输送系统、组织生长支持、细菌细胞工厂和信号/逻辑操作的示例。会议上的演示和讨论集中（自行组合），涉及许多主题，这些主题简要概述如下。
The 166th Faraday Discussion meeting on the Self-Assembly of Biopolymers offered intriguing and new insights into a research eld which is of fundamental importance to life. Indeed, one could argue that all life on Earth depends on the correct assembly, arrangement and disassembly of polymers. However, research in this area extends not only into the understanding the self-assembly processes of natural polymers but also into controlling the formation of structures at multiple length-scales. It was a recurrent theme of the meeting that scientists in the eld are actively seeking to exploit self-assembly behaviour to generate materials and functions well beyond those currently seen in biology. Practical applications of self-assembled materials were also a major feature of this Faraday Discussion, with examples shown of drug delivery systems, supports for tissue growth, bacterial cell factories and signalling/logic operations. Presentations and discussions at the meeting clustered (self-assembled.) on a number of topics, which are brie y outlined below.
影响因子：
3.3
作者：
Moyer, Tyson J.;Cui, Honggang;Stupp, Samuel I.
通讯作者：
Stupp, Samuel I.