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首页> 外文期刊>Journal of clinical periodontology >The depth of the implant mucosal tunnel modifies the development and resolution of experimental peri-implant mucositis: A case-control study
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The depth of the implant mucosal tunnel modifies the development and resolution of experimental peri-implant mucositis: A case-control study

机译:植入物粘膜隧道的深度改变了实验性Peri-incormant Mucositis的显影和分辨率:一个病例对照研究

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Background Resolution and prevention of peri-implant mucositis are a key in preventing peri-implantitis. This case-control study aims to assess the modifying effect of a deep mucosal tunnel (DMT) on the induction and resolution phases of experimental peri-implant mucositis. Methods Nineteen subjects with a tissue level implant were assigned to cases (DMT, depth = 3 mm) or controls (shallow mucosal tunnel = 1 mm, SMT). Subjects underwent a standard experimental peri-implant mucositis protocol characterized by an oral hygiene optimization phase, a 3-week induction phase using an acrylic stent to prevent self-performed oral hygiene at the experimental implant, and a 3 + 2 weeks resolution phase. Modified plaque (mPI), gingival index (mGI) and peri-implant sulcus fluid IL-1 beta concentrations were measured over time. Differences between DMT and SMT were assessed with the Mann-Whitney test. Results Modified plaque index and mGI increased in parallel during the induction phase. After resumption of oral hygiene practice, mPI and mGI resolved towards baseline values in the SMT group. In DMT, mPI and mGI values diverged: plaque resolved but resolution of inflammation was delayed and of smaller magnitude during the first 3 weeks after resumption of oral hygiene. IL-1 beta concentrations were significantly higher in DMT at 21 days (end of induction) and during the resolution phase corroborating the clinical findings. Removal of the crown and submucosal professional cleaning were needed to revert mGI to baseline values in DMT implants. Conclusions The depth of the mucosal tunnel modifies the resolution of experimental peri-implant mucositis at transmucosal implants. This observation raises important questions on the effectiveness of self-performed oral hygiene in cases where implants are placed deeper and the ability to resolve mucositis and effectively prevent peri-implantitis in such situations.
机译:背景技术和预防Peri植入物Mucositis是预防Peri-Implantitisis的关键。这种情况对照研究旨在评估深粘膜隧道(DMT)对实验性Peri-植入物粘膜炎的诱导和分辨率的改性效果。方法将含有组织水平植入物的19个受试者分配给病例(DMT,深度& = 3 mm)或对照(浅粘膜隧道& = 1 mm,SMT)。受试者经历了一种标准的实验PERI - 植入粘膜炎,其特征在于口腔卫生优化阶段,使用丙烯酸支架进行3周的诱导阶段,以防止在实验植入物处自动进行口服卫生,以及3 + 2周的分辨率相。随着时间的推移,测量改性斑块(MPI),牙龈指数(MGI)和PERI-植入渗流液IL-1β浓度。利用Mann-Whitney测试评估DMT和SMT之间的差异。结果改性斑块指数和MGI在诱导阶段同时平行增加。在恢复口腔卫生实践后,MPI和MGI决定了SMT组中的基线值。在DMT中,MPI和MGI值分歧:斑块分离,但在口服卫生恢复后的前3周内,炎症的分辨率延迟并且较小的幅度。在21天(诱导结束)和分辨率期间,IL-1β浓度在DMT中显着高于临床发现。需要去除冠和粘膜粘膜专业清洁,以将MGI还原到DMT植入物中的基线值。结论粘膜隧道的深度改变了在透明菌植入物的实验性Peri-incompant Mucositis的分辨率。这种观察结果提出了关于自我表演口腔卫生的有效性的重要问题,其中植入物更深层次和解决粘膜炎和有效预防在这种情况下的肝炎的能力。

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