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穿越障碍:二维细胞迁移分析的新维度。

Crossing barriers: the new dimension of 2D cell migration assays.

出版信息

J Cell Physiol. 2011 Jan;226(1):288-90. doi: 10.1002/jcp.22330.

Abstract

In our body cells move in three dimensions, embedded in an extracellular matrix that varies in composition, density and stiffness, and this movement is fundamental to life. Next to 3D cell migration assays, representing these physiological circumstances, still we need 2D migrations assays to perform detailed studies on the contribution of matrix-components and (extra)cellular proteins to cell movements. Next to the debate on differences between 3D and 2D migration, there also are many new perspectives on the use and development of novel or modified 2D cell migration assays. Of special significance is the introduction of so-called barrier migration assays, methods that avoid cell and matrix damage, as complementation or replacement of scratch/wound healing assays. Here, we discuss the possibilities and limitations of different 2D barrier migration assays.

摘要

在我们的身体中,细胞在三维空间中移动,嵌入在组成、密度和刚度不断变化的细胞外基质中,这种运动是生命的基础。除了能够代表这些生理情况的 3D 细胞迁移实验外,我们仍然需要 2D 迁移实验来对基质成分和(细胞外)蛋白对细胞运动的贡献进行详细研究。除了对 3D 和 2D 迁移之间差异的讨论外,还有许多关于新型或改良的 2D 细胞迁移实验的使用和发展的新观点。特别重要的是引入了所谓的屏障迁移实验,这些方法避免了细胞和基质的损伤,作为划痕/愈合实验的补充或替代。在这里,我们讨论了不同 2D 屏障迁移实验的可能性和局限性。

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