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控制牙科设备水线中的生物膜和微生物污染。

Controlling biofilm and microbial contamination in dental unit waterlines.

作者信息

Lee T K, Waked E J, Wolinsky L E, Mito R S, Danielson R E

机构信息

University of California, Los Angeles School of Dentistry, Advanced Education in General Dentistry Postdoctoral Residency Program, UCLA, USA.

出版信息

J Calif Dent Assoc. 2001 Sep;29(9):679-84.

Abstract

Despite the fact that the ADA had set the goal of less than 200 colony-forming units per milliliter of unfiltered output water from dental unit waterlines to be achieved voluntarily by the year 2000, there is much confusion and resistance within the profession with regard to waterlines. Many in the profession are still wondering what the most effective means are to predictably achieve the goal. It is a well-established fact that bacterial biofilm can readily form within dental unit waterlines and degrade the microbial quality of the water in dental units regardless of the water source. These biofilms are primarily formed by various microcolonies of bacteria that attach to surfaces over time within the waterlines. An increasing number of medically compromised and immunocompromised patients being treated in dental offices and increased public awareness have brought about renewed interest in this issue. There are generally four categories of products that are available to address this issue: independent water systems, sterile water delivery systems, filtration, and chemical treatment protocols. A recent study at the University of California at Los Angeles demonstrates that the Ultra chemical treatment protocol can be an effective means of controlling biofilm in dental unit waterlines.

摘要

尽管美国牙科协会已设定目标,到2000年要自愿实现牙科设备水线每毫升未过滤输出水中菌落形成单位少于200个,但业内对于水线问题仍存在诸多困惑和抵触情绪。业内许多人仍在思考可预测地实现该目标的最有效方法是什么。细菌生物膜能够轻易在牙科设备水线内形成并降低牙科设备用水的微生物质量,无论水源如何,这是一个既定事实。这些生物膜主要由各种细菌微菌落形成,随着时间推移它们附着在水线内的表面上。在牙科诊所接受治疗的医学上有缺陷和免疫功能低下的患者数量不断增加,以及公众意识的提高,使得人们对这个问题重新产生了兴趣。通常有四类产品可用于解决这个问题:独立供水系统、无菌水输送系统、过滤和化学处理方案。加利福尼亚大学洛杉矶分校最近的一项研究表明,Ultra化学处理方案可能是控制牙科设备水线中生物膜的有效方法。

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