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KMID : 0648620060110010042
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Korean Journal of Nosocomial Infection Control
2006 Volume.11 No. 1 p.42 ~ p.49
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Descriptive Study on the Current Usage of Disinfectants in Korea
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Park Eun-Suk
Jang Seon-Young
Kim Og-Son
Yoon Sung-Won
Jeong Jae-Sim
Kim Kyung-Mi
Jung Sun-Young
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Abstract
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BACKGROUND: The proper use of disinfectants has been a major issue in infection control programs. We performed a survey to evaluate the current usage of disinfectants in Korea.
METHODS: A questionnaire was e-mailed to 95 hospitals that had infection control programs and data were collected between 10 and 28 October 2005. The questionnaire included questions about whether the hospital had official procedures for selection and use of disinfectants and an education program for proper use; also included were questions about the general characteristics of the hospitals. The types of disinfectants consisted of antiseptics and disinfectants for medical devices, endoscopes, and environments. The questionnaire was analyzed using SPSS 12.0 program.
RESULTS: Thirty-nine (41.1%) of the 95 hospitals responded to the questionnaire. Thirty-six hospitals (84.6%) had an official decision making process in selecting disinfectants in their hospitals. Ten percent povidone iodine (PVI) (94.9% for central line) and alcohol (92.3% for peripheral line) were commonly used for skin preparation for intravenous catheterization. Most hospitals used 10% PVI for clean wound (97.4%), dirty/infected wound (94.8%) and sore wound (61.5%); 3% H2O2 (43.6%) for dirty/infected wound; and saline (25.6%) for sore wound. Waterless alcohol handrubs were used in general ward (92.3%), ICU (97.4%), and OR (43.6%). Over the 60% of the hospitals used sodium hypochlorites for cleansing the floors and bathrooms of patients’ rooms. As a disinfectant for endoscopes, peracetic acid (40-60%) was used the most frequently, followed by orth-pthalaldehyde (25-36%), and superoxidized water (8-23%). Most hospital followed the manufactures’ guidelines on the exposure time of gastroscopes to disinfectants such as orth-pthalaldehyde (100%) and peracetic acid (96%). But, some hospitals re-used peracetic acid (12.0%) and superoxidized water (28.6%) for a longer duration than was recommended by the manufacturers. Fifty to eighty percents of the hospitals used tap water for rinsing endoscopes after disinfection, and only about 80% of these dried with alcohol after rinsing. Most hospitals (84.6%) had teaching sessions for the proper use of disinfectants more than once a year.
CONCLUSION: The current use of disinfectants has been improved since 1999 in its suitability and appropriateness Proper use of disinfectants ensures the safety of invasive and non-invasive medical processes; therefore, the current guidelines for disinfection should be strictly followed by the hospital. And continuous staff education will facilitate the correct use of disinfectants.
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KEYWORD
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Antiseptics, Disinfectants, Endoscope, Environment, Medical device
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