中国医学创新
中國醫學創新
중국의학창신
MEDICAL INNOVATION OF CHINA
2014年
14期
117-118,119
,共3页
金萍%江晓%叶艳华%何敏%史小超
金萍%江曉%葉豔華%何敏%史小超
금평%강효%협염화%하민%사소초
嗜肺军团菌%荧光PCR法%公共场所
嗜肺軍糰菌%熒光PCR法%公共場所
기폐군단균%형광PCR법%공공장소
Legionella pneumophila%Real-time PCR%Public places
目的:对公共场所环境样本(水、土壤、气溶胶)进行嗜肺军团菌监测,掌握南京市公共场所中军团菌的污染情况和菌型分布。方法:对12家商场、医院中央空调系统采集水样(冷却水、景观水、淋浴水、自来水),土壤类样品(背景土、花卉土、风管积尘、景观土),采用传统细菌培养法及荧光PCR法进行嗜肺军团菌的分离鉴定。结果:12家单位共采样234份(水样88份、土壤146份),传统细菌培养法检出嗜肺军团菌9份(主要类型为Lp1型),检出率为3.85%;而实时荧光PCR法检出47份阳性(主要类型为Lp1型),检出率为20.08%。两者检出阳性率比较差异有统计学意义(P<0.05)。结论:南京市公共场所存在嗜肺军团菌污染,荧光PCR法总检出率明显高于传统细菌培养法,荧光PCR方法较培养法灵敏性较好。
目的:對公共場所環境樣本(水、土壤、氣溶膠)進行嗜肺軍糰菌鑑測,掌握南京市公共場所中軍糰菌的汙染情況和菌型分佈。方法:對12傢商場、醫院中央空調繫統採集水樣(冷卻水、景觀水、淋浴水、自來水),土壤類樣品(揹景土、花卉土、風管積塵、景觀土),採用傳統細菌培養法及熒光PCR法進行嗜肺軍糰菌的分離鑒定。結果:12傢單位共採樣234份(水樣88份、土壤146份),傳統細菌培養法檢齣嗜肺軍糰菌9份(主要類型為Lp1型),檢齣率為3.85%;而實時熒光PCR法檢齣47份暘性(主要類型為Lp1型),檢齣率為20.08%。兩者檢齣暘性率比較差異有統計學意義(P<0.05)。結論:南京市公共場所存在嗜肺軍糰菌汙染,熒光PCR法總檢齣率明顯高于傳統細菌培養法,熒光PCR方法較培養法靈敏性較好。
목적:대공공장소배경양본(수、토양、기용효)진행기폐군단균감측,장악남경시공공장소중군단균적오염정황화균형분포。방법:대12가상장、의원중앙공조계통채집수양(냉각수、경관수、림욕수、자래수),토양류양품(배경토、화훼토、풍관적진、경관토),채용전통세균배양법급형광PCR법진행기폐군단균적분리감정。결과:12가단위공채양234빈(수양88빈、토양146빈),전통세균배양법검출기폐군단균9빈(주요류형위Lp1형),검출솔위3.85%;이실시형광PCR법검출47빈양성(주요류형위Lp1형),검출솔위20.08%。량자검출양성솔비교차이유통계학의의(P<0.05)。결론:남경시공공장소존재기폐군단균오염,형광PCR법총검출솔명현고우전통세균배양법,형광PCR방법교배양법령민성교호。
Objective:To monitor the Legionella pneumophila of public environmental samples(water,soil, aerosol),and grasp the pollution situation and strains of Legionella pneumophila in public places in Nanjing city distribution.Method:Samples in water and soils of twelve stores and hospitals were collected,Legionella pneumophila were detected and identified by tradtional culture and real-time PCR. Result:234 samples were collected(water 88 samples,soil 146 samples)and 9 Legionella pneumophila strains were isolated used culture methods(the main type of Lp1 type),the detection rates of pneumophila was 3.85%. while 47 samples were tested positive using Real-time PCR (the main type of Lp1 type). The detection rates of pneumophila were 20.08%. The detection rate of positive comparative difference was statistically significant(P<0.05). Conclusion:Legionella pneumophila are existed in public places of Nanjing. Legionella pneumophila detection rate is higher by Real-time PCR than traditional culture,and it is more sensitive than culture methods.