换一批表面处理抑制3D打印树脂表面细菌生物膜形成的研究进展
Research progress on surface treatment inhibiting bacterial biofilm formation on 3D printed resin surfaces
摘要3D打印树脂的可塑性、即时性比传统树脂、数字切削树脂更有优势，但其表面存在颗粒感、阶梯层的先天缺陷，粗糙的表面更有利于细菌定植。如何有效抑制细菌黏附、减少细菌生物膜形成成了临床难点，本文就此作一综述。
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abstractsThe plasticity and real-time performance of 3D printing resin are more advantageous than traditional resin and digital cutting resin, but its surface has inherent defects, such as graininess and stepped layers, and a rough surface is more conducive to bacterial colonization. How to effectively inhibit bacterial adhesion and reduce bacterial biofilm formation has become a clinical challenge, and this article provides a review on this.
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关键词
表面处理3D打印树脂抗菌作用细菌生物膜进展Surface modification3D printing resinAntibacterial effectBacterial biofilmProgress
栏目名称
DOI
10.3760/cma.j.issn.1007-1245.2024.11.001
发布时间
2026-01-20（万方平台首次上网日期，不代表论文的发表时间）
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