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The Synthesis of Titanium-organic Nanostructures on Nanotitanium Surface for Biocompatible Coating Development

机译:用于生物相容性涂层开发的纳米钛表面上的钛有机纳米结构的合成。

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The work reports the development of titanium-organic nanostructure synthesis on a nano-titanium surface. The conditions for reproducible manufacturing of the brush-type titaniumorganic nanostructures with calcium-phosphate inclusions via ML-ALD technique are studied. The technique for composite coating synthesis of titanium-organic brush-type nanostructures on nano-titanium surface with calcium-phosphate structures inclusions acting as osseointegration promoters is developed. The adhesion properties of composite nanocoating to osteoblasts MC3T3-E1 cell line were evaluated. The developed composite coating can be a promising material for implants with accelerated osseointegration.
机译:该工作报告了在纳米钛表面上合成钛有机纳米结构的进展。研究了通过ML-ALD技术可重复生产具有磷酸钙夹杂物的刷型钛有机纳米结构的条件。研制出了以钛钙表面刷杂物为骨整合促进剂的钛钛表面刷状纳米结构的复合涂层合成技术。评价了复合纳米涂层对成骨细胞MC3T3-E1细胞系的粘附性能。开发的复合涂层可能是具有加速骨整合的植入物的有前途的材料。

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