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目的:观察光亮剂在器械等清洗过程的应用。方法:实验分2组进行,将同等污染程度的换药碗,方盘随机分两组,先将器械在自来水冲洗,然后放入1∶270的多酶清洗液中浸泡3-5分钟,再进行清洗,实验组执行的程序为冲洗—酶洗—漂洗—终末漂洗(纯化水加入光亮剂1∶200浸泡3分钟,干燥箱进行干燥10分钟),对照组执行传统程序为冲洗—酶洗—漂洗—终末漂洗—干燥(10分钟),比较两种清洗程序的器械清洗合格率。结果:换药包实验合格率为58.5%,对照组换药包合格率为20.5%,方盘实验合格率为70%,对照组方盘合格率为24%。2组明显数据差异均具有统计学意义。结论:换药碗包和方盘在清洗流程中漂洗环节使用光亮剂,可减少残留水垢斑和黄斑及增强器械光亮如新的现象,显著提高医疗器械物品的清洗合格率,延长了器械使用寿命。
OBJECTIVE: To observe the application of brightener in instruments and other cleaning processes. Methods: The experiment was divided into 2 groups, the same degree of contamination dressing bowls, square plate randomly divided into two groups, first equipment in tap water rinse, and then into the 1: 270 multi-enzyme cleaning solution soak for 3-5 minutes, and then The procedure of the experimental group was rinsing-enzyme washing-rinsing-terminal rinsing (the purified water was added to the brightener for 1 minute at a ratio of 1: 200 for 3 minutes, and the drying box was dried for 10 minutes). The control group performed the traditional procedure of washing-enzyme washing - Rinsing - Final rinsing - drying (10 minutes), comparing instrument cleaning pass rates for both cleaning procedures. Results: The pass rate was 58.5%. The passing rate of the dressing change package in the control group was 20.5%. The passing rate of the square plate was 70%. The passing rate of the square plate in the control group was 24%. Significant differences between the two groups were statistically significant. Conclusion: The dressing bowls and side dishes use rinse agent in the rinsing process in the cleaning process to reduce residual scale and macula and enhance the bright appearance of the instruments, significantly improve the cleaning qualified rate of medical equipment items and prolong the service life of the instruments .