Soboń Norbert, Fakhruddin Kausar Sadia, Samaranayake Lakshman, Remmani Nabiha Belkacem, Mohammed Marwan Mansoor, Porntaveetus Thantrira
Medical University of Lodz, Lodz, Poland.
UWA Dental School, University of Western Australia, Perth, Western Australia, Australia.
Int Dent J. 2025 Feb;75(1):86-99. doi: 10.1016/j.identj.2024.10.020. Epub 2024 Dec 18.
Fungi present in Dental Unit Water (DUW) can pose a health hazard to patients and dental personnel. Yet, the issue of fungal contamination of DUW and their conduits, DUW Lines (DUWLs) has been poorly addressed despite a growing body of data on the subject. In this comprehensive review, we aim to address this gap by examining the diverse fungal contaminants found in DUW, the challenges associated with controlling their growth within waterline biofilms, and the various measures employed for fungal decontamination. The review underscores the intricate fungal ecosystems that exist within DUWLs and emphasizes the importance of implementing targeted antimicrobial strategies to uphold waterline hygiene. However, it is important to note that complete eradication of fungi in DUWLs has proven elusive, even with the application of disinfectants at varying concentrations, types, and frequencies. This highlights the pressing need for continued research efforts to develop new and optimized treatment protocols that are specifically tailored to eradicate fungi from DUWLs. Finally, it was notable that there are currently no specific regulations by any dental authority on permissible levels of fungi, as opposed to bacteria, in DUWLs. Legislation developed based on our findings can contribute to the standardization of practices and the formulation of effective control strategies for fungal contamination in DUWLs. It can also guide dental professionals in implementing regular monitoring, proper maintenance, and targeted disinfection protocols to minimize fungal contamination and ensure optimal water quality for patient safety.
牙科设备用水(DUW)中存在的真菌会对患者和牙科工作人员构成健康危害。然而,尽管关于这个主题的数据越来越多,但DUW及其管道(DUW管道,DUWLs)的真菌污染问题却很少得到解决。在这篇全面的综述中,我们旨在通过研究DUW中发现的各种真菌污染物、控制其在水线生物膜内生长所面临的挑战以及用于真菌去污的各种措施来填补这一空白。该综述强调了DUWLs中存在的复杂真菌生态系统,并强调了实施有针对性的抗菌策略以维护水线卫生的重要性。然而,需要注意的是,即使以不同的浓度、类型和频率使用消毒剂,也很难完全根除DUWLs中的真菌。这凸显了持续开展研究工作以开发专门针对从DUWLs中根除真菌的新的优化治疗方案的迫切需求。最后,值得注意的是,目前任何牙科权威机构都没有针对DUWLs中真菌(与细菌不同)的允许水平制定具体规定。根据我们的研究结果制定的法规有助于规范操作,并制定有效的DUWLs真菌污染控制策略。它还可以指导牙科专业人员实施定期监测、适当维护和有针对性的消毒方案,以尽量减少真菌污染,并确保为患者安全提供最佳水质。