Nanotechnology In Temporary Anchorage Devices

Chelza X, Anand Sivadasa
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Abstract

Introduction: Nanotechnology is the technique of manipulating matter at nano level. It has assured promising results in many fields of medicine including dentistry. There has been a wide range of application for nano particles in orthodontics, periodontics and also in prosthetic dentistry. Nano particle incorporated biomaterials has given promising results in many disciples of orthodontics. Nanoparticle coated brackets, arch wires and ligatures have assured promising results in revolutionising the orthodontic treatment mechanics. Temporary anchorage devices are one of the recent inventions which has revolutionised the orthodontic field. They are known to provide efficient means of anchorage and also support different types of tooth movements making them less complicated, although they may be associated with infections in the site of insertion and loss of stability. This article discusses the application of nano-particles in temporary anchorage devices, application of the same to reduce the incidence of peri-implantitis and loss of stability and the clinical evaluation of the same.
纳米技术在临时锚固装置中的应用
简介:纳米技术是在纳米水平上操纵物质的技术。它保证了在包括牙科在内的许多医学领域取得有希望的结果。纳米粒子在正畸学、牙周病学以及口腔修复学中有着广泛的应用。纳米复合生物材料在口腔正畸学的许多领域都取得了可喜的成果。纳米颗粒涂层托槽、弓丝和结扎线确保了在彻底改变正畸治疗机制方面取得有希望的结果。临时锚固装置是最近的发明之一,它彻底改变了正畸领域。众所周知,它们提供了有效的锚固手段,还支持不同类型的牙齿运动,使其不那么复杂,尽管它们可能与插入部位的感染和稳定性丧失有关。本文讨论了纳米颗粒在临时锚固装置中的应用,纳米颗粒在降低种植体周围炎和稳定性损失方面的应用,以及纳米颗粒的临床评价。
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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15 weeks
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