Surface modification of Ti with micro/nano multi-scale roughness for the growth factor loaded implant

机译：Ti的表面改性用微/纳米多尺度粗糙度的生长因子载入植入物

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The micro/nano dual roughness was uniformly formed on the Ti surface by SLA-SPE treatment. It was confirmed that the growth factor (BMP-2) loading capacity is enhanced as the roughness of Ti surface was improved, leading to improved bioactivity on SLA-SPE treated surface. The multi-scale roughness on Ti surface created by SLA-SPE treatment has great potential for the application of drug-loaded Ti implants.

机译：通过SLA-SPE处理在Ti表面上均匀地形成微/纳米双粗糙度。结果证实，随着Ti表面的粗糙度得到改善，增强了生长因子（BMP-2）负载能力，导致SLA-SPE处理表面上的生物活性改善。由SLA-SPE处理产生的TI表面上的多尺度粗糙度具有巨大的应用载有力的Ti植入物。

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《Society for Biomaterials Annual Meeting and Exposition》|2015年||共1页
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Sung-Won Kim; Tae-Sik Jang; Byeong-Seok Moon; Juha Song; Hyoun-Ee Kim;
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中图分类工程材料学;
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Surface modification of Ti with micro/nano multi-scale roughness for the growth factor loaded implant

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