Junevicius Jonas, Surna Algimantas, Surna Rimas
Department of Dental and Maxillar Orthopedics, Kaunas University of Medicine, Sukileliu 51, Kaunas, Lithuania.
Stomatologija. 2005;7(2):52-7.
Microorganisms of the patient's oral cavity and his/her blood and saliva may cause different air-borne and blood-borne infectious diseases among odontologists and their assistants who work with patients. Quantitative analysis and spatial distribution analysis of the environmental spread of oral liquid and cooling liquid mixture were performed during this study. Effectiveness of suction systems of four types was evaluated: without suction, using a small-size suction pump alone, using a small-size and large-size suction pumps, using a small-size suction pump together with an experimental extra-oral aspirator. Quantitative changes of the water aerosol, which enters the environment during the preparation of teeth, were determined in respect of the used suction systems. The small-size pump system together with an experimental extra-oral suction system eliminated best the aerosol formed during the preparation.
患者口腔、血液及唾液中的微生物可能会在与患者打交道的牙科医生及其助手之间引发不同的空气传播和血液传播传染病。在本研究中,对口腔液体与冷却液混合物的环境扩散进行了定量分析和空间分布分析。评估了四种类型抽吸系统的有效性:无抽吸、仅使用小型抽吸泵、使用小型和大型抽吸泵、使用小型抽吸泵与实验性口外抽吸器。针对所使用的抽吸系统,测定了牙齿制备过程中进入环境的水气溶胶的定量变化。小型泵系统与实验性口外抽吸系统结合能最佳地消除牙齿制备过程中形成的气溶胶。