Extraction Socket Seal Technique for Socket Preservation after Tooth Extraction: An Innovative Approach.

A. Samad, Jodal Ahmed, Hundren M. Ali, Omed I. Shihab, Ahmed Haider, Dainius Karpavicius
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Abstract

Background and objectives: Tooth extraction triggers the loss of surrounding alveolar soft tissue and bone. Numerous socket preservation techniques have been used by clinical surgeons; the issue with all existing techniques is the loss of soft tissue anatomy, resulting in a flat soft tissue architecture. Our study introduces an innovative ridge preservation technique that addresses this problem; it involved using an anatomically shaped composite resin lid that acts as a graft sealant and an approach for maintaining the soft tissue cervical profile. Material and Methods: The Extraction Socket Seal (ESS) technique was applied for 23 patients for socket preservation; atraumatic extraction of hopeless tooth was performed. The extraction socket was filled up with bone grafting material. After that, the composite resin lid, which was fabricated by the Cervico system was placed into the extraction socket. Finally, the lid was connected to the adjacent teeth with an adhesive system and composite resin material. The patients were evaluated for a three-month interval for any complications and success of Extraction Socket Seal (ESS) technique. The data were tested by descriptive data analysis using the Statistical Package for Social Sciences (SPSS, version 29). Results: The proposed technique has been successfully performed in twenty-three cases; 13 cases were male and 10 cases were female; and the mean age of all cases was 32 years. Extraction Socket Seal (ESS) technique utilizing a composite resin lid fabricated from the Cervico system was used as socket sealant placed directly to cover the bone graft, and we found that it provided an excellent “barrier” for the graft without any unwanted complications. After three months, radiographs showed good bone healing, and the mean socket soft tissue healing score was 4 (Very good wound healing), and most importantly the soft tissue architecture and shape were well preserved. Conclusions: We concluded that the Extraction Socket Seal (ESS) technique offers a very simple and time-saving technique for alveolar ridge preservation after tooth extraction for both anterior and posterior extraction sockets, and it provides a good seal for the graft material and the soft tissue anatomy was well preserved. Keywords: Alveolar ridge preservation, Extraction Socket Seal, ESS, Delayed implant placement, Socket preservation, Tooth extraction.
拔牙后保留牙槽窝的拔牙槽窝密封技术:创新方法。
背景和目的:拔牙会导致周围牙槽软组织和牙槽骨的丧失。临床外科医生已经使用了许多牙槽窝保存技术,但所有现有技术的问题都在于软组织解剖结构的丧失,导致软组织结构扁平。我们的研究引入了一种创新的牙槽嵴保存技术来解决这一问题;该技术涉及使用一种解剖学形状的复合树脂盖作为移植物密封剂,以及一种保持软组织颈部轮廓的方法。材料和方法:对 23 名患者采用了拔牙窝密封(ESS)技术进行牙槽窝保存;对无望的牙齿进行了非创伤性拔除。用骨移植材料填充拔牙窝。然后,将 Cervico 系统制作的复合树脂盖放入拔牙窝。最后,用粘接系统和复合树脂材料将盖子与邻牙连接起来。对患者进行为期三个月的评估,以了解拔牙窝封闭(ESS)技术的并发症和成功率。使用社会科学统计软件包(SPSS,29 版)对数据进行描述性数据分析。结果:该技术已成功应用于 23 个病例,其中男性 13 例,女性 10 例;所有病例的平均年龄为 32 岁。拔牙窝密封(ESS)技术采用了 Cervico 系统制作的复合树脂盖作为窝洞密封剂,直接覆盖在植骨上,我们发现它为植骨提供了一个很好的 "屏障",没有出现任何不必要的并发症。三个月后,X 光片显示骨愈合良好,牙槽窝软组织愈合平均分为 4 分(伤口愈合非常好),最重要的是软组织结构和形状得到了很好的保护。结论我们得出的结论是,拔牙窝封闭(ESS)技术为前牙和后牙拔牙窝拔牙后的牙槽嵴保存提供了一种非常简单和省时的技术,它为移植材料提供了良好的封闭,软组织解剖结构也得到了很好的保存。关键词牙槽嵴保存 拔牙窝密封ESS 种植体延迟植入 牙槽窝保存 拔牙
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