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固体修复中的粘合策略:对表面处理,凝固协议和长期耐用性的全面审查

Iulian-Costin Lupu¹, Monica Silvia Tatarciuc², Anca Mihaela Vitalariu²

¹Department of Prosthodontics, Faculty of Dental Medicine, "Grigore T. Popa" University of Medicine and Pharmacy, 700115 Iasi, Romania.

Biomimetics (Basel, Switzerland)

|September 26, 2025

概括

实现持久的生物仿真粘接到合金假牙是具有挑战性的. 将二氧化涂层与基于MDP的原料相结合,提供了最高的结合强度和长期的临床成功.

科学领域:

生物材料科学生物材料科学
牙科材料科学牙科材料科学
牙修复牙修复牙修复牙修复牙修复

背景情况:

由于的强度和生物相容性,在牙科假体中被广泛使用.
石与牙结构的持久生物仿真结合仍然是一个重大的临床挑战.
有效的粘合策略对于基固定牙假肢 (FDP) 的寿命至关重要.

研究的目的:

综合关于基FDP的粘合策略的证据.
评估不同表面处理和凝固方案的有效性.
评估结合石假肢的长期性能和临床生存率.

主要方法:

根据PRISMA-ScR指南进行范围审查.
来自主要科学数据库 (PubMed,Scopus,Web of Science,Embase) 的18项研究的分析.
评估表面处理,原料,凝固协议,以及报告的结合强度和生存率.

主要成果:

使用基于MDP的原料进行三基化学化涂层,产生了最高的结合强度 (>40 MPa).
这些策略与出色的临床生存率有关 (树脂结合的FDP在15年后高于95%).
附加制造的体显示较差的粘合;乙烯基纤维素涂层防止了污染.

结论:

结合的机械-化学粘合策略创建了一个仿生界面,增强石假体的寿命.
提供了临床可行的建议,强调需要进行标准化测试和进一步的随机试验.
未来的研究应该专注于标准化的衰老模型和长期的临床数据,以研究的结合.

关键词:

10 - 甲基烯醇基基二酸原料原料为10-甲基烯醇基基二酸原料.粘合剂技术的粘合剂技术是什么年龄化协议协议.生物仿真学的生物仿真学.担保恢复担保恢复牙修复牙修复牙修复剪切键的强度剪切键的强度表面处理表面处理热循环的热循环.锡尔科尼亚是指一种的.

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