中华微生物学和免疫学杂志
中華微生物學和免疫學雜誌
중화미생물학화면역학잡지
CHINESE JOURNAL OF MICROBIOLOGY AND IMMUNOLOGY
2015年
4期
265-270
,共6页
胡云光%徐兴丽%王晶晶%宋杰%王艳翠%李海巍%刘龙丁%施海晶
鬍雲光%徐興麗%王晶晶%宋傑%王豔翠%李海巍%劉龍丁%施海晶
호운광%서흥려%왕정정%송걸%왕염취%리해외%류룡정%시해정
流感病毒%流感样病例%Meta分析
流感病毒%流感樣病例%Meta分析
류감병독%류감양병례%Meta분석
Influenza virus%Influenza-like-illness%Meta-analysis
目的:利用Meta分析的方法对国内发表文献中的流行性感冒(流感)发病情况进行系统的分析,找出国内近几年流感发病情况的规律和特点,为流感病毒防治提供参考。方法从中国知网CNKI等中收集到2005年至2012年发表的符合纳入标准的文献,利用Review Manager 5.0软件对流感发病情况进行Meta分析。结果共筛选出22篇文献,流感样病例( ILI)样本量总数达957901例,病原检测数样本量达148233份。流感样病例方面,0~4岁婴幼儿组与15~59岁组无差别,与60岁以上老年人组有较大差别;60岁以上老年人组与15~59岁组也存在较大差异。病原学方面,各年龄段之间以25~59岁组流感病毒检出率最高;2009年病毒检出数较其他年份多(合并OR:2.17,95%CI:1.27~3.70),甲型H1N1流感病毒检出数较甲型季节性流感病毒有统计学差别(OR:2.25,95%CI:1.30~3.91);甲型流感病毒与乙型流感病毒相比差异有统计学意义( OR:4.05,95%CI:2.53~6.47)。结论两个年龄段(0~4岁、≥60岁)在ILI确诊率存在较大差异,应加强对这两组流感病毒感染的高危人群的防控;25~59岁人群流动性大、接触面广,应加强防控;新型甲型H1N1病毒暴发的2009年,流感病毒检出率较其他年份多;甲型流感H1N1病毒暴发后,其检出率是季节性甲型流感的2.25倍,要加强对新型甲型流感或者暴发流行流感病毒的防控;甲型流感病毒的检出率是乙型流感病毒检出率的4.05倍,应加强对甲型流感的防控。
目的:利用Meta分析的方法對國內髮錶文獻中的流行性感冒(流感)髮病情況進行繫統的分析,找齣國內近幾年流感髮病情況的規律和特點,為流感病毒防治提供參攷。方法從中國知網CNKI等中收集到2005年至2012年髮錶的符閤納入標準的文獻,利用Review Manager 5.0軟件對流感髮病情況進行Meta分析。結果共篩選齣22篇文獻,流感樣病例( ILI)樣本量總數達957901例,病原檢測數樣本量達148233份。流感樣病例方麵,0~4歲嬰幼兒組與15~59歲組無差彆,與60歲以上老年人組有較大差彆;60歲以上老年人組與15~59歲組也存在較大差異。病原學方麵,各年齡段之間以25~59歲組流感病毒檢齣率最高;2009年病毒檢齣數較其他年份多(閤併OR:2.17,95%CI:1.27~3.70),甲型H1N1流感病毒檢齣數較甲型季節性流感病毒有統計學差彆(OR:2.25,95%CI:1.30~3.91);甲型流感病毒與乙型流感病毒相比差異有統計學意義( OR:4.05,95%CI:2.53~6.47)。結論兩箇年齡段(0~4歲、≥60歲)在ILI確診率存在較大差異,應加彊對這兩組流感病毒感染的高危人群的防控;25~59歲人群流動性大、接觸麵廣,應加彊防控;新型甲型H1N1病毒暴髮的2009年,流感病毒檢齣率較其他年份多;甲型流感H1N1病毒暴髮後,其檢齣率是季節性甲型流感的2.25倍,要加彊對新型甲型流感或者暴髮流行流感病毒的防控;甲型流感病毒的檢齣率是乙型流感病毒檢齣率的4.05倍,應加彊對甲型流感的防控。
목적:이용Meta분석적방법대국내발표문헌중적류행성감모(류감)발병정황진행계통적분석,조출국내근궤년류감발병정황적규률화특점,위류감병독방치제공삼고。방법종중국지망CNKI등중수집도2005년지2012년발표적부합납입표준적문헌,이용Review Manager 5.0연건대류감발병정황진행Meta분석。결과공사선출22편문헌,류감양병례( ILI)양본량총수체957901례,병원검측수양본량체148233빈。류감양병례방면,0~4세영유인조여15~59세조무차별,여60세이상노년인조유교대차별;60세이상노년인조여15~59세조야존재교대차이。병원학방면,각년령단지간이25~59세조류감병독검출솔최고;2009년병독검출수교기타년빈다(합병OR:2.17,95%CI:1.27~3.70),갑형H1N1류감병독검출수교갑형계절성류감병독유통계학차별(OR:2.25,95%CI:1.30~3.91);갑형류감병독여을형류감병독상비차이유통계학의의( OR:4.05,95%CI:2.53~6.47)。결론량개년령단(0~4세、≥60세)재ILI학진솔존재교대차이,응가강대저량조류감병독감염적고위인군적방공;25~59세인군류동성대、접촉면엄,응가강방공;신형갑형H1N1병독폭발적2009년,류감병독검출솔교기타년빈다;갑형류감H1N1병독폭발후,기검출솔시계절성갑형류감적2.25배,요가강대신형갑형류감혹자폭발류행류감병독적방공;갑형류감병독적검출솔시을형류감병독검출솔적4.05배,응가강대갑형류감적방공。
Objective To investigate the epidemic patterns and the characteristics of influenza in Chi-na through a Meta-analysis based on the studies published in domestic literatures.Methods Related articles published during 2005 to 2012 were screened out from domestic databases and analyzed through a Meta-analysis with Review Manager 5.0 software.Results Twenty-two articles covering 957 901 patients with influenza-like-illness (ILI) and 148 233 pathogen samples were screened out according to the inclusion criteria.No significant difference with the ILI diagnosis rate was found between subjects at age 0-4 years and those at age 15-59 years. Higher ILI diagnosis rates were observed in those two groups as compared with subjects elder than 60 years old. Most of the pathogen samples were carried by subjects aged 25-59 years.More influenza virus strains were isola-ted in 2009 as compared with those of the seven other years (OR=2.25, 95%CI=1.27-3.70).There was sta-tistical difference between the numbers of influenza A H1N1 and seasonal influenza A strains (OR=2.25, 95%CI=1.30-3.91) .Significant difference was also observed between the numbers of influenza A and influenza B strains (OR=4.05, 95%CI=2.53-6.47).Conclusion There was significant difference with the diagnosis rate between subjects aged 0-4 years and those aged≥60 years.More attention should be paid to people at high risk of infection (0-4 years old and≥60 years old) and those at 25-29 years with high mobility and social inter-course for the timely prevention and control of pandemic influenza.The detection rate of influenza virus strains was increased during the outbreak of novel influenza A H1N1 infection in 2009.After that outbreak, the detec-tion rate of novel influenza A H1N1 strains was 2.25 times the rate of seasonal influenza strains.The detection rate of influenza A was 4.05 times the rate of influenza B virus strains.Therefore, it is necessary to strengthen the surveillance for influenza A virus and other epidemic influenza virus strains.