Rehabilitation of Worn Dentition with CAD-CAM Restorations: A Case Report.

Cees M Kreulen, Luuk A M J Crins, Niek J M Opdam, Bas A C Loomans
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Abstract

Purpose: To describe the digital workflow applied for restoring a severely worn dentition with minimally invasive CAD/CAM resin nano-composite restorations.

Materials and methods: A 40-year-old male in good general health and with full-arch dentition suffered from dentin hypersensitivity and wanted to improve the esthetics of his worn anterior teeth. The dental wear can be described as general, grade 3, according to the Tooth Wear Index,27 with more wear in maxillary than in mandibular teeth. Signs and symptoms were typical for a chemical type of wear, with some mechanical wear also apparent. No functional problems, eg, impaired chewing, were present. On the OHIP-49 questionnaire, the patient expressed a reduced quality of life. The goal of the treatment was to reconstruct the anatomical form of the teeth as far as possible, thereby also improving quality of life. Due to the rather large volume of lost tooth tissue per tooth, indirect treatment using CAD/CAM resin nano-composite restorations (LAVA Ultimate, 3M Oral Care) was applied.

Results: The seating of the CAD/CAM resin nano-composite restorations (LAVA Ultimate, 3M Oral Care) restorations was considered precise.

Conclusion: In the treatment of severe tooth wear, the described digital workflow using CAD/CAM restorations for occluding restorations and direct composite materials in the esthetic zone is a potential treatment modality that is workable and minimally invasive.

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用 CAD-CAM 修复技术修复磨损的牙齿:病例报告
目的:描述使用微创 CAD/CAM 树脂纳米复合材料修复严重磨损牙齿的数字化工作流程:一名 40 岁的男性,全身健康状况良好,全口牙齿均患有牙本质过敏症,希望改善磨损前牙的美观。根据牙齿磨损指数(Tooth Wear Index),27 他的牙齿磨损程度为一般 3 级,上颌牙磨损程度高于下颌牙。体征和症状是典型的化学磨损,也有一些明显的机械磨损。没有功能性问题,如咀嚼障碍。在OHIP-49调查问卷中,患者表示生活质量下降。治疗的目的是尽可能重建牙齿的解剖形态,从而改善生活质量。由于每颗牙齿丧失的牙体组织量相当大,因此采用了 CAD/CAM 树脂纳米复合修复体(LAVA Ultimate,3M 口腔护理公司)进行间接治疗:结果:CAD/CAM 树脂纳米复合材料修复体(LAVA Ultimate,3M 口腔护理产品)的就位非常精确:结论:在治疗严重的牙齿磨损时,所描述的数字化工作流程使用 CAD/CAM 修复体进行咬合修复,并在美学区域直接使用复合材料,是一种可行且微创的潜在治疗方式。
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