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Diatom Biosilica: from Biosilicification to Bone Tissue Applications

机译:硅藻生物硅藻土:从生物化到骨组织应用

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Bone tissue engineering has attracted a lot of research attention recently as an interdisciplinary subject aiming to restore, maintain, and improve the functions of bone. The procedure of bone tissue engineering is based on the combination of three main factors, including biomaterials, cells and bioactive molecules. Interestingly, the natural bone structure is quite similar to diatom biosilica and both of them are formed from biomineralization. Following the development of technology, mimicking natural phenomenon have become upward trend of engineered bone scaffold materials. Here, we summarize condensed knowledge about diatom biosilica formation, bone tissue engineering and recent advanced applications of diatom biosilica for bone tissue engineering.
机译:骨组织工程最近吸引了大量的研究关注,作为旨在恢复,维持和改善骨骼功能的跨学科主题。骨组织工程的程序基于三种主要因素的组合,包括生物材料,细胞和生物活性分子。有趣的是,天然骨结构与硅藻生物硅藻相似,两者都是由生物矿化形成的。在技​​术的发展之后,模仿自然现象已经成为工程骨架材料的上升趋势。在这里,我们总结了关于硅藻形成,骨组织工程和硅藻生物硅藻的最近抗骨组织工程的近期先进应用的凝聚。

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