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首页> 外文期刊>Journal of Cellular Physiology >Agarose hydrogel induced MCF‐7 and BMG‐1 cell line progressive 3D and 3D revert cultures
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Agarose hydrogel induced MCF‐7 and BMG‐1 cell line progressive 3D and 3D revert cultures

机译:琼脂糖凝胶诱导MCF 7, BMG 1细胞系先进的3 d和3 d恢复文化

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摘要

3D culture systems have enhanced the utility of cancer cell lines as they are considered closer to the in vivo systems. A variety of changes are induced in cells cultured in 3D systems; an apparent and striking feature being the spontaneous acquisition of distinct morphological entities. 3D reverts (3DRs) can be obtained by introducing 3D aggregates in scaffold/matrix‐free culture units. It could be seen that the two cell lines used in this study exhibited differences in 3DR structures, though both were cultured on agarose hydrogels. Also, differences in 3DR formation, growth and survival were different. While 3D aggregates of several cell lines have been reported for a variety of studies, there are no studies that describe or utilize 3DRs. 3DRs can provide insights into complex events that can occur in cancer cells; especially as material to study metastasis, migration, and invasion.
机译:三维培养系统增强的效用癌症细胞系,因为他们被认为是更紧密体内系统。诱导细胞三维培养系统;明显的和显著特征自发的收购不同的形态实体。引入3 d聚合在脚手架/矩阵还是免费的文化单位。线用在这项研究中表现出的差异3结构博士,虽然都是讲究的琼脂糖水凝胶。形成、生长和存活是不同的。而3 d聚合一些细胞系各种各样的研究报道没有研究,描述或利用3 drs。可以提供洞察复杂事件,可以吗发生在肿瘤细胞;研究转移、迁移和入侵。

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