论文部分内容阅读
大部分哺乳动物具有细胞迁移容量.细胞迁移对于生命中的许多生物学现象有重要作用.在胚胎形成中,细胞迁移是在重要的形态形成过程中重复出现的主题.在成年人的组织中、在正常的生理学以及病理学中,细胞迁移都有其重要性.在炎症反应中,白血球迁移到受伤区域,在哪里它们进行吞噬细胞和实现免疫功能.虽然在现在已有创伤愈合细胞迁移测定等几种方法,但是这些细胞迁移的测定方法对于各类问题并不是总有效的[1-6].我们发展了一种由计算机辅助的时间流逝显示微观复制系统,它包括影象形成过程软件,其程序编制含有自动影象分析和自设计CO2微小细胞培育器,它的功能是在一个倒置显微镜平台上对于细胞迁移进行迅速而精确的分析从而形成细胞的培育.我们运用这一计算机辅助系统计算了外细胞间质(ECMs)覆盖表面的细胞迁移.
Most mammals have cell migration capacity Cell migration plays an important role in many biological phenomena in life, and in embryogenesis cell migration is a recurring theme in important morphogenesis.In adult tissues, In normal physiology and pathology, cell migration is of paramount importance.In the inflammatory response, white blood cells migrate to the injured area, where they are phagocytic and achieve immune function.Although there is now wound healing cell migration assay Several methods, however, are not always effective for all kinds of problems [1-6] .We have developed a computer-assisted time-lapse microscopy system that includes image-forming process software, The program incorporates automated image analysis and self-designing CO2 microcell incubators that function to rapidly and accurately analyze cell migration on an inverted microscope platform to create cells that we can use to calculate Migration of extracellular matrix (ECMs) covered surfaces.