Tensegrity applied to modelling the motion of viruses
Tensegrity applied to modelling the motion of viruses
复制标题
张拉整体应用于病毒运动建模
DOI：
10.1007/s10409-011-0402-7
复制
发表时间：
2011
影响因子：
3.5
通讯作者：
Brinzan Gabriela
中科院分区：
文献类型：
--
作者：
Cretu Simona;Brinzan Gabriela
已经发现了相当多的病毒结构，并且预计还会发现更多病毒的结构。不同病毒的对称性可以在纳米级水平上观察到。这篇论文描述了科学家实现的一些病毒的力学模型，但没有一个模型考虑到子系统的内部变形。作者介绍了一些病毒元件的模型，具有刚性和柔性链接，再现了病毒的运动，包括亚基的内部变形。
A considerable number of viruses’ structures have been discovered and more are expected to be identified. Different viruses’ symmetries can be observed at the nanoscale level. The mechanical models of some viruses realised by scientists are described in this paper, none of which has taken into consideration the internal deformation of subsystems. The authors’ models for some viruses’ elements are introduced, with rigid and flexible links, which reproduce the movements of viruses including internal deformations of the subunits.