下颌骨骨膜下种植体治疗严重萎缩。

Luminita Nedelcu, Ioan Sirbu, Valentin Daniel Sirbu, Andreea Mihaela Custura, Adelin Radu, Vladimir Nastasie
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引用次数: 0

摘要

临床试验和随访已经提供了大量关于骨内种植体适应性和可预测性的文件(1)。患者的一般健康状况、骨可用性和较长的骨整合持续时间可能是使用这种种植体的限制。研究发现,设计合理的骨膜下植入物可以有效工作多年,是骨内植入物的良好替代品(2)。通过使用数字技术,临床医生可以在手术前根据患者的锥束计算机断层扫描(CBCT)设计植入物,解决了模拟骨膜下植入物的缺点。其中包括由于印模材料收缩导致植入物不匹配的可能性以及对患者更严重的创伤,需要两次手术干预而不是一次。本案例研究讨论了3D打印骨膜上种植体的设计特点,一步一步的程序和基于最近在罗马尼亚与AB Dental International进行的研究的独特之处(3)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Management of Severe Atrophy with a Customised Subperiosteal Implant in the Posterior Mandible.

Clinical trials and follow-ups have provided ample documentation of the adaptability and predictability of endosseous implants (1). Patient general health state, bone availability and long osseointegration durations could have been limitations to the use of this implants. Subperiosteal implants with proper design can work effectively for many years and are a good substitute for endosseous implants, according to research findings (2). With the use of digital technology, clinicians can design the implant based on the patient's cone beam computed tomography (CBCT) scan well in advance of surgery, addressing the drawbacks of analogue subperiosteal implants, which included the possibility of implant misfit due to impression material contraction and more significant trauma to the patient requiring two surgical interventions rather than one. This case study discusses the design characteristics of 3D printed superiosteal implants, the step-by-step procedure and their unique features based on recent research conducted in Romania with AB Dental International (3).

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