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Surface modification of biodegradable porous Magnesium based bone implant

机译:可生物降解的多孔镁基骨植入物的表面改性

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A bioactive AZ31B metal foam material able to adapt to the biological environment of the body has been studied. The surface bioactivation was carried out by DPNS leading to favorable Ca/P phases for bone development and growth The synergistic interaction between irradiation parameters and biological fluids influence the surface structure and, consequently, the cell behavior These structures were cytocompatible allowing cell adhesion and proliferation.
机译:研究了一种能够适应人体生物环境的生物活性AZ31B金属泡沫材料。 DPNS进行了表面生物活化,从而为骨骼发育和生长提供了有利的Ca / P相。辐照参数和生物流体之间的协同相互作用影响了表面结构,因此影响了细胞行为。这些结构具有细胞相容性,从而可以促进细胞黏附和增殖。

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