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A New Cellular Model for in Vitro Biocompatibility Evaluation of Microcapsule Materials

机译:微囊材料体外生物相容性评估的新细胞模型

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Fibrosis caused by the host response to long-term transplanted microcapsules and the limitation of traditional L929 cell model for biocompatibility testing inspire the development of an assay of biocompatibility based on macrophage behavior. In this paper, the human monocytic cell line THP-1 was utilized for biocompatibility evaluation of microcapsule materials. The cell viability and secretion of nitric oxide (NO) and cytokines served as index of biocompatibility were assayed. It was found that the evaluated microcapsule materials had no effect on the stimulation of NO and cytokines secretion, which meant that these materials were biocompatible. Furthermore, it suggests the THP-1 cell a convenient in vitro experimental model that might be useful for long-term predictions of material biocompatibility.
机译:宿主对长期移植的微胶囊的反应引起的纤维化以及传统L929细胞模型对生物相容性测试的局限性激发了基于巨噬细胞行为的生物相容性测定方法的发展。在本文中,人类单核细胞系THP-1被用于微胶囊材料的生物相容性评估。测定细胞的生存力以及一氧化氮(NO)和细胞因子的分泌作为生物相容性的指标。发现所评价的微胶囊材料对NO刺激和细胞因子分泌没有影响,这意味着这些材料是生物相容的。此外,它提示THP-1细胞是一种方便的体外实验模型,可能对材料生物相容性的长期预测有用。

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