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박현희 ( Park Hyun-Hee ) -
이성순 ( Leed Sung-Soon ) -
김수미 ( Kim Su-Mi ) -
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Abstract
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Purpose: Cleaning is crucial for reprocessing reusable surgical instruments (RSIs). In this study, we used theadenosine triphosphate (ATP) bioluminescence method to assess the cleanliness of RSIs according to thecleaning method used.
Methods: From April 3 to June 2, 2023, surgical sets, including hemostatic forceps, needleholders, operating scissors, dressing forceps, and suction tubes, that arrived at the decontamination room in thecentral sterile supply department of one general hospital were selected through convenience sampling. For eachof the three cleaning processes, 30 cleaned RSIs were sampled with test swabs for inspection, and the relativelight unit value was measured using ATP test equipment.
Results: Suction tubes, hemostatic forceps, and needleholders ranked low in cleanliness (x2=11.69, p=.020), and the contamination rate after mechanical cleaning wassignificantly lower than that after manual cleaning (x2=31.34, p<.001).
Conclusion: Surgical instruments treatedby manual processing and those containing tubes were associated with the low cleanliness. Therefore, it isnecessary to check whether surgical instruments, including tubes, are manually washed at an appropriate level,and regular monitoring will be required.
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KeyWords
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아데노신 3인산, 생물막, 오염제거, 수술기구, 수술 부위 감염
Adenosine triphosphate, Biofilms, Decontamination, Surgical instruments, Surgical site infection
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원문 및 링크아웃 정보
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등재저널 정보
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