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Interaction of Degradable and Non-degradable Biomaterial with Brain Cells for Tissue Engineering and Cancer Treatment

机译:可降解和不可降解生物材料与组织工程和癌症治疗的脑细胞相互作用

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摘要

This research compares interaction of two non-degradable materials: 2 ??m fluorescent beads and halloysite nanotubes (HNTs) and one degradable biomaterial -- High Aspect Ratio Structure (HARS) biocomposites, with microglial brain cells. White light and fluorescence microscopy were used to capture images and were analyzed using Image Pro Plus 7.0 software. Results show interactions between microglial cells and biomaterials which can be carried out for applications in tissue engineering as well as for testing anti-cancer effects.
机译:该研究比较了两个不可降解材料的相互作用:2 ?? M荧光珠和霍罗伊石纳米管(HNT)和一种可降解的生物材料高纵横比结构(HARS)生物复合材料,具有小胶质脑细胞。使用白色光和荧光显微镜用于捕获图像,并使用图像PRO加7.0软件进行分析。结果显示微胶质细胞和生物材料之间的相互作用,其可用于组织工程中的应用以及测试抗癌作用。

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