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首页> 外文期刊>AORN journal >The Effect of Brush Motion and Rinsing When Manually Cleaning Cannulated Medical Devices
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The Effect of Brush Motion and Rinsing When Manually Cleaning Cannulated Medical Devices

机译:手动清洗插管时刷运动和冲洗的效果

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ABSTRACT Cleaning cannulated medical devices can be challenging for perioperative and sterile processing department personnel. We performed a laboratory experimental study to evaluate differences in cleaning effectiveness using either a back‐and‐forth or helical spinning brushing motion and the effect of rinsing the bristles at each reintroduction of the brush in the lumen. We also tested the lumen cleanliness after high‐pressure water cleansing without brushing. We inspected the devices to determine whether visible soil remained, and we measured the amount of residual organic matter using adenosine triphosphate testing to determine cleaning method effectiveness. The results showed that rinsing the brush during cleaning decreased the amount of organic material that remained in the lumen. A helical spinning motion with brush rinsing at each reintroduction of the brush may be more effective than back‐and‐forth brushing with rinsing, but additional testing with a larger sample size is required to determine whether this result is replicable.
机译:摘要清洁插管医疗器械对于围手术期和无菌加工部门人员来说可能是挑战性的。我们进行了实验室实验研究,以评估清洁效果的差异使用前后或螺旋旋转刷洗运动和冲洗刷毛在腔内的刷子的每个重新介绍时的效果。在没有刷牙的情况下,我们还测试了高压水清洁后的腔清洁度。我们检查了这些装置以确定可见的土壤是否仍然存在,并且我们使用腺苷三磷酸酯检测测量残留有机物的量,以确定清洁方法有效性。结果表明,在清洁过程中漂洗刷子会降低留在腔内的有机材料的量。在每个重新调节刷子时,螺旋旋转运动与刷子的每个重新调节的刷漂洗可能比用漂洗更有效,但需要具有更大样本大小的额外测试来确定该结果是否可复制。

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