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因系统性硬皮病导致张口严重受限的改良印模技术。

Modified impression technique for extreme mouth-opening limitation caused by systemic scleroderma.

出版信息

Quintessence Int. 2021 Jun 9;52(7):646-651. doi: 10.3290/j.qi.b1244389.

Abstract

Systemic scleroderma is a relatively rare, autoimmune, chronic, and debilitating disease, and its etiology is unknown. The disease is characterized by vasomotor disturbances causing skin and mucosa hardening, hand stiffness, excess production of collagen fibers, and impairment of the internal organs associated with the immune system. Extreme mouth-opening limitation is one of the symptoms in the oral cavity, and compromises dental intervention. One of the fundamental steps when performing a dental procedure is dental arch impression. In the presented clinical case, limited mouth opening hindered the impression accuracy. The objective was to present an alternative impression technique for a patient affected by scleroderma, with limited mouth opening and the need for oral rehabilitation with a removable partial prosthesis in the maxillary arch. An individualized tray was developed with design characteristics that allowed access to the oral cavity and removal, after which it was possible to perform the oral impression, reproducing the areas of interest without causing injury to the oral tissues. The orientation plan was elaborated after obtaining the cast. The teeth were assembled, tested in the mouth, and sent to the laboratory for acrylization. The prosthesis was placed once ready. The alternative impression technique enabled oral rehabilitation of the patient despite the mouth-opening limitation, and provided an accurate impression and a good prosthetic result.

摘要

系统性硬皮病是一种相对罕见的自身免疫性、慢性和使人虚弱的疾病,其病因尚不清楚。该疾病的特征是血管运动障碍导致皮肤和黏膜硬化、手部僵硬、胶原纤维过度生成以及与免疫系统相关的内部器官受损。张口极度受限是口腔内的一种症状,会影响牙科干预。进行牙科手术的基本步骤之一是牙弓印模。在本临床病例中,张口受限阻碍了印模的准确性。目的是为一名患有硬皮病、张口受限且需要上颌部分可摘义齿进行口腔修复的患者提供一种替代印模技术。制作了具有设计特点的个体化托盘,可进入口腔并取出,之后可以进行口腔印模,在不损伤口腔组织的情况下复制感兴趣的区域。在获得模型后制定了定向计划。将牙齿组装、在口中进行测试,然后送到实验室进行丙烯酸酯聚合。一旦准备好,就可以放置义齿。尽管存在张口受限,但替代印模技术仍可实现患者的口腔修复,提供准确的印模和良好的修复效果。

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