Proposta di analisi cefalometrica 3D per un’analisi facciale globale in ortodonzia e implantologia

G. Perrotti , L. De Vecchi , T. Testori , R.L. Weinstein
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引用次数: 3

Abstract

Objectives

The Total Face Approach is a diagnostic evaluation that gives a comprehensive vision of the patient's parameters candidate to complex treatments in implant dentistry, orthodontics or maxillo-facial surgery. Such assessment needs a cephalometric 3D evaluation whose interpretation allows to formulate a correct diagnosis and an adequate treatment plan. The aim of this paper is to introduce the scientific community with a 3D cephalometric model for diagnostic purposes in orthodontics, maxillo-facial and implant surgery and to illustrate the potential of the latest 3D technologies.

Materials and methods

To develop this cephalometric analysis, the intermaxillary skeletal relationships of 30 patients to whom a CBCT examination was prescribed for diagnostic purposes are presented. An approval of the Ethical Committee was not requested since the clinicians did not do anything different from a normal routine case in which a CBCT examination is requested instead of multiple 2D radiologic examinations. The analyses have been studied using a dedicated software (Materialise Simplant OMS, Leuven, Belgium).

Results

The radiation dose and the exposure time influence the quality of the examination. Comparing CBCT to conventional CT scans, CBCT could become the examination of choice to lower the radiation dose. It is easily accessible and has an advantageous cost-benefit ratio.

Conclusions

It can thus be concluded that our proposal of 3D cephalometric analysis can be defined a useful diagnostic tool. In all clinical cases of orthodontic surgery, maxillo-facial and implant surgery which request a more detailed evaluation of skeletal parameters regarding the entire maxillo-facial area.

建议在正畸和植入术中进行全面面部分析
目的全面部方法是一种诊断评估方法,它可以全面了解患者在种植牙科、正畸或颌面外科等复杂治疗中的候选参数。这种评估需要头颅三维测量评估,其解释允许制定正确的诊断和适当的治疗计划。本文的目的是向科学界介绍一种用于正畸,颌面和种植手术诊断目的的3D头部测量模型,并说明最新3D技术的潜力。材料和方法为了发展这个头测量分析,我们介绍了30名患者的上颌间骨骼关系,这些患者被要求进行CBCT检查以进行诊断。没有要求伦理委员会的批准,因为临床医生没有做任何与常规病例不同的事情,要求CBCT检查而不是多次二维放射检查。使用专用软件(Materialise Simplant OMS, Leuven, Belgium)对分析进行了研究。结果辐射剂量和照射时间影响检查质量。与常规CT扫描相比,CBCT可以成为降低辐射剂量的首选检查方法。它很容易获得,具有有利的成本效益比。结论我们提出的三维头颅测量分析是一种有用的诊断工具。在所有临床正畸手术中,颌面和种植手术都需要对整个颌面区域的骨骼参数进行更详细的评估。
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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