Revitalization Teeth: A Prospective Case Series

C. Holscher, K. Galler
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Abstract

In addition to caries, dental trauma is one of the most common causes of damage to permanent teeth and pulp. Pulp necrosis or damage to Hertwig’s epithelial root sheath (HERS) leads to arrested tooth root development in immature teeth. Pulp necrosis can be treated by revitalization, a biology-based treatment alternative to apexification. Induction of a blood clot inside the root canal can lead to healing of periapical lesions and increased root length and thickness. Traumatic impact as the cause of pulp necrosis may affect the treatment outcome negatively, depending on the severity of damage to HERS. Revitalization procedures in four teeth with pulp necrosis following dental trauma were performed using a standardized treatment protocol. Three teeth were dislocated, the fourth tooth was avulsed. Each patient exhibited at least two clinical signs of pulp necrosis as well as radiographic evidence of apical periodontitis. X-rays were taken using individualized film holders (IFH) to reliably assess the treatment outcome. Revitalization treatment was performed without instrumentation of the canal walls, but disinfection with sodium hypochlorite and intracanal dressing with triple antibiotic paste (TAP) for three weeks. Provocation of bleeding was induced in a second visit, the blood clot was covered with collagen followed by calcium silicate cement, and teeth were sealed with resin composite. Clinical and radiographic follow-ups were performed after 1, 3, 6 and 12 months. An increase of root length and thickness was evident in the three teeth with dislocation injuries. In one case, formation of mineralized tissue below the calcium silicate cement was observed. The tooth which had been avulsed and replanted showed resorption of the apical root area. The observations made in this study support the assumption that a separation of HERS and the cells that form pulp and dentin during tooth root development may negatively affect the outcome after a standardized revitalization procedure. The consistent implementation of standardized treatment protocols and the use of IFH are helpful receiving a reliable treatment outcome.
牙齿恢复:前瞻性案例系列
除了蛀牙外,牙齿外伤也是造成恒牙和牙髓损伤的最常见原因之一。在未成熟的牙齿中,牙髓坏死或Hertwig上皮根鞘(HERS)的损伤会导致牙根发育受阻。髓坏死可以通过再生来治疗,这是一种基于生物的治疗方法,可以替代根尖化。根管内血凝块的诱导可导致根尖周围病变的愈合和根的长度和厚度的增加。创伤性冲击作为髓质坏死的原因可能会对治疗结果产生负面影响,这取决于HERS损伤的严重程度。采用标准化的治疗方案对4颗牙外伤后髓质坏死的牙进行修复。三颗牙齿脱臼,第四颗牙齿撕脱。每位患者均表现出至少两种牙髓坏死的临床症状以及根尖牙周炎的影像学证据。使用个性化胶片支架(IFH)拍摄x射线以可靠地评估治疗结果。恢复治疗在不固定管壁的情况下进行,但次氯酸钠消毒和三抗生素膏(TAP)管内敷料三周。在第二次就诊时诱导出血,将血块用胶原蛋白覆盖,然后用硅酸钙水泥覆盖,并用树脂复合材料密封牙齿。分别于1、3、6、12个月后进行临床及影像学随访。三颗脱位损伤牙的根长和根厚均明显增加。在一个案例中,在硅酸钙水泥下面观察到矿化组织的形成。拔除后再植的牙有根尖区吸收现象。本研究的观察结果支持了这样的假设:在牙根发育过程中,HERS与形成牙髓和牙本质的细胞的分离可能会对标准化再生手术后的结果产生负面影响。标准化治疗方案的持续实施和IFH的使用有助于获得可靠的治疗结果。
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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