新生儿洗浴游泳中心医院感染危险因素与预防控制措施

Risk factors for nosocomial infections in neonatal bathing swimming center and prevention measures

  • 摘要: 目的 探讨新生儿洗浴游泳中心医院感染的危险因素,制定正确的预防控制措施,保障新生儿洗浴游泳的安全。方法 选取2013年6月-2015年5月医院母婴同室居住且洗浴游泳的16 432例新生儿作为研究对象,将2013年6月-2014年5月洗浴游泳的7 419例新生儿作为对照组,2014年6月-2015年5月洗浴游泳的9 013例新生儿作为观察组,对照组仅给予常规管理措施,观察组为采取预防控制措施后,比较两组新生儿洗浴游泳相关的医院感染率; 同时对2013年6月-2015年5月医院新生儿洗浴游泳中心的空气、物体表面、工作人员手及洗浴游泳用水进行标本采集及细菌培养,比较采取预防控制措施前后的监测效果。结果 对照组新生儿洗浴游泳中心医院感染率为0.81%,观察组医院感染率为0.17%,两组比较, 差异有统计学意义(P<0.05); 采取预防控制措施前,新生儿洗浴游泳中心的空气、物体表面、工作人员手及洗浴游泳用水采样标本监测结果合格率分别为79.76%、80.95%、67.86%、72.92%,采取预防控制措施后分别为97.62%、100.00%、95.24%、98.96%,采取措施后监测结果合格率显著提高,差异有统计学意义(P<0.05)。结论 对新生儿洗浴游泳中心采取改善环境增加配置、加强工作人员管理培训、加大监督管理力度、定期进行卫生学监测等措施可降低医院感染率,促进该保健项目的健康发展。

     

    Abstract: OBJECTIVE To explore the risk factors for nosocomial infections in neonatal bathing swimming center and formulate the prevention and control measures so as to ensure the safety of the neonatal bathing and swimming. METHODS A total of 16 432 neonates who lived in mother and infant rooms and bathed and swam from Jun 2013 to May 2015 were recruited as the study objects, 7 419 neonates who bathed and swam from Jun 2013 to May 2014 were chosen as the control group, and 9 013 neonates who bathed and swam from Jun 2014 to May 2015 were assigned as the observation group. The control group was only given the conventional management measure, while the observation group was treated with the prevention and control measures. The incidence of bathing and swimming-related nosocomial infections was compared between the two groups of neonates. The specimens were collected from the air, object surfaces, staffs' hands, and bathing and swimming water so as to conduct the bacterial culture, and the monitoring effects were observed and compared before and after the prevention and control measure were taken. RESULTS The incidence of nosocomial infections was 0.81% in the control group, 0.17% in the observation group, and there was significant difference between the two groups (P<0.05). The qualified rates of monitoring of the specimens collected from the air, object surfaces, staffs' hands, and bathing and swimming water were respectively 79.76%, 80.95%, 67.86%, and 72.92% before the prevention and control measures were taken and were respectively 97.62%,100.00%, 95.24%, and 98.96% after the prevention and control measures were taken, the qualified rates of monitoring were remarkably increased after the prevention and control measures were taken, and there was significant difference(P<0.05). CONCLUSION It is an effective way to improve the environment, increase the allocation, strengthen the management and training of the staff, intensify the supervision and management, and carry out the regular hygienic monitoring so as to reduce the incidence of nosocomial infection and promote the healthy development of the health care program.

     

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