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Micron/Nano Hierarchical Topography of Titanium Surface Influences Adhesion and Multi-differentiation #Behaviours of Mesenchymal Stem Cells

机译:钛表面的微米/纳米分层形貌影响间充质干细胞的粘附和多分化#行为

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Conclusions: A highly orientated cellular morphology and a larger cellular elongation appeared on Hybrid. In addition, hMSCs cultured on this Hybrid topography were strongly promoted the osteogenic and chondrogenic differentiation. This hierarchical topography fabricated by femtosecond laser irradiation possibly contributes to achieve next generation implants.
机译:结论:Hybrid具有高度定向的细胞形态和较大的细胞伸长率。此外,在此杂交地形上培养的hMSC强烈促进了成骨和软骨形成分化。飞秒激光辐照制造的这种分层形貌可能有助于实现下一代植入物。

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