一种新型微创拔牙装置的设计。

Amir Hashem Shahidi Bonjar
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引用次数: 2

摘要

背景:对医生和病人来说,拔牙是一种创伤性的经历。为了提取断根,通常采用开窗手术或粘膜膜瓣和/或去除颊骨等侵入性方法。假设的介绍:可扩展微型电机齿槽(EMB)是一种牙科器械的假设设计,提出用于去除常规封闭方法无法拔出的断牙根,而普通器械无法完成。EMB的应用将为牙断根的拔除提供一种新的技术,减少手术创伤,减少拔除后的疾病。它可以消除手术对周围组织的侵犯;它还能消除医生的手部压力,从而减轻医生和病人的压力。它将消除高风险的后遗症,如手术并发症(由于骨质流失),上颌窦暴露和可能需要额外的手术,这些都是一些传统开放入路的标志。验证假设:需要进一步的研究来证实其在临床病例中的效果。EMB的有效性首先需要通过动物实验来验证。应充分评估其对附近血管和神经系统的负面影响的可能性。假设的含义:由于以下主要成就,EMB的含义将引起患者和外科医生的兴趣:A)不需要粘膜瓣,因此保留了软组织;b)不需要截骨,因此保留了颊骨;c)鼻窦暴露的风险更小;d)由于消除了软组织和骨骼的手术,术后感染的机会最小;e)在美学方面,它对立即放置种植体具有特殊意义。EMB的结构部件包括铜头、垫片和铜底座。一个微型马达将为它的旋转提供动力。与传统手术方法相比,EMB手术是保守的。预计EMB在拔牙时创伤小,术后并发症少。
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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Expandable Micro-motor Bur, design of a new device for least invasive extraction of broken teeth roots.

Background: Extraction of a broken tooth root is often a traumatic experience for both the practitioner and the patient. To extract broken roots, generally invasive approaches as open window surgeries or mucoperiosteal flap and/or removal of buccal bone are performed.

Presentation of the hypothesis: Expandable micro-motor bur (EMB) is a hypothetical design of a dental instrument proposed for removal of broken teeth roots that cannot be extracted by the routine closed methods and in which common instrumentations cannot afford to accomplish. Implication of EMB would introduce a new technique in removal of broken teeth roots in which surgical trauma is minimized and so post-extraction disorders. It would eliminate surgical invasion to the surrounding tissues; and also it would eliminate profound hand forces by the practitioner, consequently reduces stress for both the practitioner and the patient. It would eliminate high risk aftermaths such as operative morbidity (due to bone loss), maxillary sinus exposure and probable need for additional surgery as are indicative of some conventional open access approaches.

Testing the hypothesis: Further studies are needed to confirm its effect in clinical cases. The effectiveness of EMB should be verified firstly by animal experiments. The likelihood of its negative influence on nearby vascular and nerve system should be well evaluated.

Implications of the hypothesis: Implication of EMB would be of interest to both patients and the surgeon due to the following main achievements: a) no need for mucoperiosteal flap, hence preservation of soft tissue, b) no need for osteotomy, hence retention of buccal bone, c) less risk of sinus exposure, d) minimum chance of post operative infections due to eliminated surgeries in soft tissues and bones and e) in terms of esthetics, it will have a special meaning for immediate placement of dental implants. EMB's structural components include Bur head, Spacers and Bur base. A micro motor would power its spin. In contrast to conventional surgical approaches, EMB procedure is conservative. It is anticipated that EMB would provide less traumatic and least post-operative complications in extraction of broken teeth roots.

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