Curtis A S, Wilkinson C D
Centre for Cell Engineering, University of Glasgow, UK.
J Biomater Sci Polym Ed. 1998;9(12):1313-29. doi: 10.1163/156856298x00415.
Though contact guidance has been known since the very early days of cell culture very little quantitative examination of the reaction of cells to topography has been made. Exceptions to this subjective approach are given prominence below. Yet if we are to understand how cells react and if we are to be able to design ideal substrata for particular cells we need this information. Precision and quantitation are required both of the methods of examination of the cells but also in the definition of that topography. Recently it has become clear that the these reactions occur at the nanometric scale and have importance for use in cellular engineering and tissue repair. Topography appears to provide a set of very powerful signals for cells.
尽管自细胞培养早期就已了解接触导向,但对细胞对拓扑结构反应的定量研究却很少。下文将突出这种主观方法的例外情况。然而,如果我们要了解细胞如何反应,以及要能够为特定细胞设计理想的基质,我们就需要这些信息。这既需要精确和定量的细胞检测方法,也需要对拓扑结构进行精确的定义。最近已经明确,这些反应发生在纳米尺度,对细胞工程和组织修复具有重要意义。拓扑结构似乎为细胞提供了一组非常强大的信号。