Michalsen Karoline Stavang, Helgeland Linda Helen, Dåvøy Grethe Myklestul, Reime Marit Hegg, Kvam Fred-Ivan
Oslo University Hospital, Ullevål, Kirkeveien 166, 0450 Oslo, Norway.
Haukeland University Hospital, Haukelandsveien 22, 5021 Bergen, Norway.
Nurs Rep. 2024 Dec 17;14(4):4060-4069. doi: 10.3390/nursrep14040296.
: Preventing postoperative infection and promoting patient safety are essential responsibilities of the operating room nurse. In some hospitals, splash basins are used to rinse instruments during surgery, although previous studies emphasise the risk of bacterial contamination. A recent systematic review calls for further investigation into surgical teams' use of splash basins. : Our objective was to investigate bacterial contamination in splash basins and to identify the variables that may have an influence on this contamination. : This prospective observational pilot study involved collecting, cultivating, and analysing water samples obtained from splash basins during operations performed in the thoracic and neurosurgical departments. The ventilation systems, length of surgery, number of instruments in the splash basin, number of persons present in the operating room, frequency of door openings during surgery, and type of bacteria were observed. : Bacterial growth was found in 44% of the final water samples: 41% from the thoracic surgical department, which had laminar airflow ventilation systems/unidirectional airflow ventilation, and 47% from the neurosurgical department, which had conventional ventilation systems/turbulent mixing ventilation. However, the binary logistic regression analysis revealed no significant correlation between bacterial growth and the ventilation systems, length of surgery, number of instruments in the splash basin, number of people in the operating room, or frequency of door openings. The most common types of bacteria found were coagulase-negative staphylococci and . : Splash basins become contaminated with bacteria during surgery. Therefore, using splash basins with sterile water is not recommended. Further research is needed to determine the best evidence-based practice for rinsing instruments perioperatively.
预防术后感染和促进患者安全是手术室护士的重要职责。在一些医院,手术过程中使用飞溅盆冲洗器械,尽管先前的研究强调了细菌污染的风险。最近的一项系统评价呼吁对手术团队使用飞溅盆的情况进行进一步调查。
我们的目的是调查飞溅盆中的细菌污染情况,并确定可能影响这种污染的变量。
这项前瞻性观察性试点研究包括收集、培养和分析在胸外科和神经外科手术过程中从飞溅盆获取的水样。观察了通风系统、手术时长、飞溅盆中的器械数量、手术室中的人数、手术期间门的开启频率以及细菌类型。
在最终的水样中,44%检测到细菌生长:胸外科的水样中41%检测到细菌生长,该科室采用层流通风系统/单向气流通风;神经外科的水样中47%检测到细菌生长,该科室采用传统通风系统/紊流混合通风。然而,二元逻辑回归分析显示细菌生长与通风系统、手术时长、飞溅盆中的器械数量、手术室中的人数或门的开启频率之间无显著相关性。最常见的细菌类型是凝固酶阴性葡萄球菌和……
手术过程中飞溅盆会被细菌污染。因此,不建议使用装有无菌水的飞溅盆。需要进一步研究以确定围手术期冲洗器械的最佳循证实践。