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3D porous polycaprolactonc-based magnesium scaffold for bone tissue engineering

机译:用于骨组织工程的3D多孔聚己内酯基镁支架

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CONCLUSION: This study demonstrates that the newly developed Mg/PCL scaffolds are able to enhance the mechanical property and inferior bioactivity of pure PCL scaffold so as to encourage bone formation and ingrowth. TMSPM silane-coupling treatment can further enhance the mechanical property of the scaffolds. Hence, all these promising results have shown that the modified Mg/PCL hybrid porous scaffolds can be potentially applied in large bone defect fixation.
机译:结论:本研究表明,新开发的Mg / PCL支架能够增强纯PCL支架的机械性能和较低的生物活性,从而促进骨骼的形成和向内生长。 TMSPM硅烷偶联处理可以进一步增强支架的机械性能。因此,所有这些有希望的结果表明,改性的Mg / PCL杂化多孔支架可以潜在地应用于大骨缺损的固定。

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