合成生物学突破了经典生物学“格物致知” 的研究范式, 开启了“建物致知”“建物致用” 的研究时代.
合成生物学是以系统生物学为基础, 结合工程学设计, 运用现代生物学技术方法 …

Lipid vesicle research is of great significance in the field of biomedicine and great progress
has been made in recent years, in which the surface engineering on lipid membranes plays …

Continuous, dynamic, and controlled membrane remodeling creates flow of information and
materials across membranes to sustain life in all biological systems. Multiple nanoscale …

Cells are highly functional and complex molecular systems. Artificially creating such systems
remains a challenge, which has been extensively studied in various research fields …

In recent years, experimental and theoretical investigations have shown that anisotropic
colloids can self-organise into ordered porous monolayers, where the interplay of localised …

In the pursuit of understanding and replicating biological processes at the nanoscale,
controlling cellular membrane dynamics has emerged as a key area of interest. Here, we …

该文基于DNA 折纸术, 设计了一个通过DNA 折纸结构的自组装求解图的顶点着色问题的方法.
利用DNA 折纸术可以构建出具有特定形状的DNA 折纸结构. 这些结构可以用来编码图的顶点和 …

Programmable DNA nanostructures are excellent modules for preparing artificial cells with
complex structures and functions. As a biocompatible building material, DNA nanostructures …

光镊与DNA纳米技术在膜生物学研究中的应用 Page 1 45 第45 卷第1 期■专题综述 磷脂双分子
层[1]作为生物膜系统的主要组成 成分,通过结合膜蛋白(整合膜蛋白和外周膜蛋 白)和糖类分子在 …

Interacting with living systems typically involves the ability to address lipid membranes of
cellular systems. The first step of interaction of a nanorobot with a cell will thus be the …