重复使用已消毒的种植体基台是否足够安全?(种植基台安全)

M. Sánchez-Garcés, Marta Jorba, Joan Ciurana, M. Viñas, M. Vinuesa
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引用次数: 9

摘要

背景:种植体修复基台的重复使用在牙科实践中很常见。细菌和病毒的有效清除是通过传统的灭菌来完成的。这项工作的目的是探索微生物在灭菌愈合基台上的最终存活,并在标准程序后排除可传播的有机物质的存在。材料和方法:将55个先前用于患者的愈合基台在121℃的蒸汽高压灭菌器中清洗并消毒15分钟。每个愈合基台将在严格的无菌条件下在脑心灌注汤(BHI)中培养。另外,将包括两个对照组:一组为3个未使用的愈合基台,另一组为中等。在37°C下5% CO2下10天后,将100µl的肉汤涂于固体培养基(Brain Infusion Agar, BHIA)和Columbia Blood琼脂上进行无菌测试。剩余的体积将被离心,沉积物固定,并进行革兰氏染色,以丢弃不可培养的微生物的存在。此外,为了确定清洁和灭菌处理后剩余有机物质的存在,生物负荷将通过测量另外10个先前使用的愈合基台的总有机碳(TOC)来确定,这些基台将被清洁和灭菌,并将浸入milliq水中并进行超声波处理。结果:58个培养基牙均未检出细菌生长,表明灭菌在去除活菌或孢子方面完全令人满意。然而,大量的有机碳在消毒后仍可被回收(高达125,31µg/基台)。结论:尽管进行了清洁和灭菌程序,但仍有大量的生物负担粘附在表面。考虑到我们的结果和其他作者的数据,不能排除在重复使用的愈合基台上存在感染性颗粒,如朊病毒。关键词:愈合基牙,基牙表面,种植周炎,粘膜炎,灭菌。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Is the re-use of sterilized implant abutments safe enough? (Implant abutment safety)
Background: The reuse of implant healing abutments is common in dental practice. Effective elimination of bacteria and viruses is accomplished by conventional sterilization. The aim of this work was to explore the eventual survival of microorganisms on sterilized healing abutments and to rule out the presence of transmissible organic material after standard procedures. Material and Methods: A total of 55 healing abutments previously used in patients will be washed and sterilized in a steam autoclave at 121ºC for 15 min. Each healing abutment will be cultured in Brain Heart Infusion broth (BHI) under strict aseptic conditions. Besides, two control groups will be included: one of 3 unused healing abutments, and the other of just medium. After 10 days at 37°C under a 5% CO2 100 µl of the broth will be plated on solid media (Brain Infusion Agar, BHIA) and Columbia Blood agar to test for sterility. The remaining volume will be centrifuged, the sediment fixed, and a Gram stain performed to discard the presence of non-cultivable microorganisms. Moreover, to determine the presence of remaining organic material after the cleaning and sterilizing treatments, the bioburden will be determined by measuring total organic carbon (TOC) in another 10 previously used healing abutments, cleaned and sterilized, that will be submerged in Milli-Q water and sonicated. Results: No bacterial growth was detected on any of the 58 cultured abutments, indicating that the sterilization was completely satisfactory in terms of removal of live bacteria or spores. Nevertheless, significant amounts of organic carbon may still be recovered (up to 125,31 µg/abutment) after they have been sterilized. Conclusions: Significant amounts of the bioburden remained adhered to the surfaces in spite of the cleaning and sterilization procedures. Taking into account our results and data from other authors, the presence of infectious particles on the reused healing abutments such as prions cannot be ruled out. Key words:Healing abutment, abutment surface, peri-implantitis, mucositis, sterilization.
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