一种用于假体修复的简化数字工作流程:一例报告。

IF 0.8 4区 医学 Q4 ENDOCRINOLOGY & METABOLISM
F Manazza, S La Rocca, M Nagni, L Chirico, F Cattoni
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引用次数: 15

摘要

本文的目的是描述如何,在临时和最终的假肢阶段,使用新的数字技术,有可能改善假肢工作的人体工程学,减少患者的不适,使他们尽可能少地预约牙医。以下病例报告描述了一个完整的数字协议的建议,以实现通过减少植入物数量支持的最终义肢康复,事实上,可以大大减少预约次数并减少任何偏见。67岁男性患者首次就诊于San Raffaele医院牙科部,患者佩戴可拆卸上颌假体,要求通过修复修复修复美观和功能状况。进行了初步的全景x光片,拍摄了口内和口外照片以及口内印模。通过口腔内扫描获得立体光刻模型,并包装上下两个全假体,用于临时术后阶段。按照All-on-4方法放置8个种植固定物。在假肢的最后阶段,患者只进行了两次手术。在第一个阶段,对患者的粘膜进行临时原位扫描,扫描基台就位。在第二阶段,使用特定的cad软件创建三次扫描的STL文件的匹配,在数字关节器上对患者的相对弓进行关联,并立即用树脂构建和完成磨钛棒。最后,最终的假体在没有任何其他测试的情况下交付给患者。数字技术大大减少了工作时间和成本,为那些接受侵入性和广泛治疗以恢复美观和功能的患者减轻了压力,也为那些必须以更少的预约处理复杂病例的临床医生减轻了压力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A simplified digital workflow for the prosthetic finishing of implant rehabilitations: a case report.

The aim of this article is to describe how, during the provisional and definitive prosthetic phases, using new digital technologies, it is possible to improve the ergonomics of the prosthetist's work and reduce the discomfort of patients, subjecting them to the fewest possible appointments at the dentist. The proposal of a full digital protocol, described by the following case report, for the realization of a definitive prosthetic rehabilitation supported by a reduced number of implants, in fact, allows to considerably reduce the number of appointments and reduce any bias. A 67-year-old male patient presents for the first visit to the Department of Dentistry of the San Raffaele Hospital, wearing a removable upper prosthesis and with the request to heal the aesthetic and functional situation through prosthetics fixed. An initial panoramic radiograph was performed, intra and extra oral photos were taken and also intraoral impressions. A stereo-lithographic models are obtained from intraoral scans, and two total prostheses, upper and lower, were packaged for the provisional post-surgical phase was performed. In accordance with the All-on-4 method 8 implant fixtures were placed. For the final prosthetic phase, the patient underwent only two operative sessions. In the first session, scans were taken with the provisionals in situ, of the patient's mucous membranes and with the Scan-abutments in place. In the second session using specific CADSoftware the matching of the STL files of the three scans were created, the opposing arches of the patient were related on a digital articulator, and the milled titanium bars were immediately constructed and finished with the resin. Finally, the definitive prostheses were delivered to the patient without any other test. Digital technology has allowed a clear reduction in working times and costs and has allowed the reduction of stress for patients who undergo invasive and extensive treatments to recover aesthetics and function, and for clinicians who must manage complex cases with fewer appointments possible.

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来源期刊
CiteScore
2.20
自引率
15.60%
发文量
0
审稿时长
6 months
期刊介绍: Journal of Biological Regulators & Homeostatic Agents (IF 1.397) is a peer-reviewed journal published every 2 months. The journal publishes original papers describing research in the fields of experimental and clinical medicine, molecular biology, biochemistry, regulatory molecules, cellular immunology and pharmacology.
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