Dental Implants with Electrochemical Nanopattern Formation to Increase Osseointegration.

W. Kim, Y. C. Shin, Sung-Ho Lee, Moon-Sung Kang, Jong Ho Lee, J. Wie, Min-Sun Lee, Jang-Sik Lee, Dongwook Han, Bongju Kim
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Abstract

Nowadays, The coming acceleration of global population ageing. When people get older, the importance of implants is emphasized. Dental implants have a crucial effect on life satisfaction. Many techniques have already been developed it. However, those still required many procedures. Shin et al suggested the new model based on MA. The electrochemical nanopattern formation (ENF) model takes out lots of steps when it is made. It is very simple because it only removes TiO2 NT layers. Interestingly, we investigated many studies, this simple model did not distinguish the other commercial models. Surface modification by ENF process improved the osteogenic differentiation in cells. It did not limit the cells. In vivo study, ENF also promoted the bone to implant connectivity. The ENF technique used for the new substitute.
利用纳米电化学模式形成牙种植体以增加骨整合。
如今,全球人口老龄化即将加速。当人们变老时,植入物的重要性被强调。植牙对生活满意度有至关重要的影响。许多技术已经被开发出来。然而,这些仍然需要许多程序。Shin等人提出了基于MA的新模型。电化学纳米图案形成(ENF)模型在制作过程中需要经过许多步骤。它非常简单,因为它只去除二氧化钛NT层。有趣的是,我们调查了许多研究,这个简单的模型并没有区分其他商业模型。ENF表面修饰促进了细胞成骨分化。它没有限制细胞。在体内研究中,ENF还促进了骨与种植体的连通性。用于新替代品的ENF技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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