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外科重症监护室导管相关性医院感染5年监测资料分析
引用本文:糜琛蓉,张祎博,杨莉,李文慧,顾秋莹,赵煜瑾,孙芳艳,李贤华.外科重症监护室导管相关性医院感染5年监测资料分析[J].中国感染控制杂志,2011,10(3):178-180.
作者姓名:糜琛蓉  张祎博  杨莉  李文慧  顾秋莹  赵煜瑾  孙芳艳  李贤华
作者单位:外科重症监护室导管相关性医院感染5年监测资料分析
基金项目:上海交通大学医学院科技基金项目
摘    要:目的了解外科重症监护室(SICU)导管相关性医院感染发生状况及其原因,以采取相应措施降低其发病率。方法采用前瞻性监测方法,对SICU 2005-2009年间615例留置导管患者的相关医院感染发生状况、年龄、住院天数、侵入性操作实施、病原菌等进行综合分析。结果615例留置导管患者发生导管相关性医院感染197例(32.03%),其中仅使用1种、同时使用2种及3种导管者感染发生率分别为2.60%、12.85%、56.40%,3组比较,差异有统计学意义(χ2=151.55,P<0.001)。导管相关性医院感染率以呼吸机相关性肺炎最高,为15.51‰;留置导尿相关性泌尿系统感染、深静脉插管相关血流感染千导管日感染率分别为13.70‰、5.79‰。导管相关医院感染发生前导管平均使用时间:呼吸机(12.22±11.29)d,导尿管(13.09±13.29)d,血管导管(20.64±18.39)d。引起SICU导管相关性医院感染的居首位的病原菌:呼吸机为不动杆菌属细菌(18.80%),导尿管为其他假丝酵母菌(36.46%),血管导管为不动杆菌属细菌(18.75%)。结论SICU患者导管使用数量多,住院时间长,导管留置时间长者易发生医院感染。加强消毒隔离,缩短导管使用时间,严格落实洗手制度,合理应用抗菌药物是防止耐药菌产生,控制和降低医院感染的关键。

关 键 词:重症监护室  医院感染  导管相关性医院感染  呼吸机相关性肺炎  血流感染  泌尿道感染  病原菌  
收稿时间:2010-09-06
修稿时间:2010/11/23 0:00:00

Catheter associated nosocomial infection in surgical intensive care unit :a  5 year data analysis
MI Chen rong,ZHANG Yi bo,YANG Li,LI Wen hui,GU Qiu ying,ZHAO Yi jing,SUN.Catheter associated nosocomial infection in surgical intensive care unit :a  5 year data analysis[J].Chinese Journal of Infection Control,2011,10(3):178-180.
Authors:MI Chen rong  ZHANG Yi bo  YANG Li  LI Wen hui  GU Qiu ying  ZHAO Yi jing  SUN
Institution:Ruijin Hospital, Shanghai Jiaotong University School of Medicine, Shanghai 200025, China
Abstract:Objective To realize the status and causes of cathete〉associated nosocomial infection (CANI) in surgical intensive care unit (SICU) , so as to decrease the incidence by taking proper measures. Methods Six hundred and fifteen patients with catheters in SICU between 2005 and 2009 were monitored prospectively, including the occurrence of CANI, patients' age, length of hospital stay, invasive procedures, and pathogens. Results One hundred and ninety-seven of 615 patients (32. 03%) developed CANI, and CANI rate was 2. 60%, 12. 85% and 56.40% in patients with 1 kind , 2 or 3 kinds of catheters simultaneously respectively, there were significant difference among three groups (X2 = 151.55,P〈0. 001 ). The rate of ventiiato〉associated pneumonia (VAP), catheterassociated urinary tract infection (CA-UT1) , and central venous catheter (CVC)-associated bloodstream infection (CVC-BSD per 1 000 catheter days was 15.51, 13.70 and 5.79 respectively. The average catheter utilization days before the occurrence of CANI were as follows: ventilator (12.22± 11.29) days, urinary catheter (13.09± 13.29) days , (;VC (20. 64-+ 18. 39) days respectively. The major pathogen in VAP , CA-UTI and CVC BSI was Acinetobatter spp. ( 18. 80 0/40 ), Candida albicans (36. 46 % ) and Acinetobacter spp. ( 18. 75%) respectively. Conclusion Patients with more catheters , long hospital stay and long duration of catheters are prone to develop nosocomial in- fection. The key to the prevention of emerging of drug-resistant strain and decrease in NI are strengthening of disinfection and isolation, shortening the time of catheter retaining, implementing hand hygiene, and using: antimicroboal drug rationally.
Keywords:intensive care unit  nosocomial infection  nia  bloodstream infection  urinary tract catheter-associated infection  ventilator-associated pneumo- infection  pathogen
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