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以LOMAS Quattro矯正骨釘錨定來達成牙齒三度空間移動的控制

Achieving Three-Dimensional Tooth Movement Control with the LOMAS Quattro Miniscrew

摘要


矯正骨釘頭部結構設計的良窳,關係到矯正治療時生物力學的設計與醫師臨床操作的方便性。然而,現今市面上所有矯正骨釘系統其頭部結構,僅能提供二度空間而不能達到三度空間控制牙齒移動的功能。因此,本文旨在介紹一種新型的矯正骨釘,藉由其獨特的設計,可使得醫師能如現行矯正治療一樣,將矩形矯正弓絲插入至矯正骨釘之內時,即可做精確的三度空間牙齒移動控制。

並列摘要


The head design of an orthodontic miniscrew may influence the treatment biomechanics and convenience of clinical applications. However, most of the current available miniscrew systems can only offer 2D instead of 3D tooth movement control. The aim of this article is to introduce an innovative orthodontic miniscrew, the LOMAS Quattro miniscrew, its unique head design features, and its clinical applications. By doing this, clinicians can perform precise 3D tooth movement control just as our daily practice.

被引用紀錄


巫冠誼(2009)。以動物實驗探討不同方向扭力對迷你骨釘卸除扭力的影響〔碩士論文,國立臺灣大學〕。華藝線上圖書館。https://doi.org/10.6342/NTU.2009.02014

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