中华预防医学杂志
中華預防醫學雜誌
중화예방의학잡지
CHINESE JOURNAL OF
2009年
5期
395-398
,共4页
吕新军%吕志%孙肖红%付士红%王焕琴%童苏祥%张松%梁国栋
呂新軍%呂誌%孫肖紅%付士紅%王煥琴%童囌祥%張鬆%樑國棟
려신군%려지%손초홍%부사홍%왕환금%동소상%장송%량국동
新疆(维吾尔自治区)%蚊科%病毒%基因组成分%序列分析
新疆(維吾爾自治區)%蚊科%病毒%基因組成分%序列分析
신강(유오이자치구)%문과%병독%기인조성분%서렬분석
XINJIANG%Culicidae%Viruses%Genome components%Sequence analysis
目的 首次从新疆南部地区蚊虫中分离病毒并完成初步鉴定.方法 2005年7-8月在新疆南部地区采集蚊虫13 491只,分130管进行研磨,取上清同时感染C6/36和Vero细胞进行病毒分离,获得的病毒分离物进行基因组核酸电泳检测和负染电子显微镜(简称电镜)观察.结果 获得42个对C6/36细胞致病变(cytopathic effects,CPEs)而对Veto细胞不致病变的病毒分离物.对这42个病毒分离物进行基因组核酸电泳检测发现其中27个为相似的12节段双链RNA(doublestranded RNA,dsRNA)病毒,1个为10节段dsRNA病毒,5个为DNA病毒;电镜观察显示了这3类病毒的形态特点,并且发现基因组核酸电泳检测中未获得分类信息的9个病毒分离物具有相似的形态特点,是另外一类病毒.结论 新疆南部地区蚊虫中可能存在多种病毒,并且以具12节段dsRNA的病毒占优势.
目的 首次從新疆南部地區蚊蟲中分離病毒併完成初步鑒定.方法 2005年7-8月在新疆南部地區採集蚊蟲13 491隻,分130管進行研磨,取上清同時感染C6/36和Vero細胞進行病毒分離,穫得的病毒分離物進行基因組覈痠電泳檢測和負染電子顯微鏡(簡稱電鏡)觀察.結果 穫得42箇對C6/36細胞緻病變(cytopathic effects,CPEs)而對Veto細胞不緻病變的病毒分離物.對這42箇病毒分離物進行基因組覈痠電泳檢測髮現其中27箇為相似的12節段雙鏈RNA(doublestranded RNA,dsRNA)病毒,1箇為10節段dsRNA病毒,5箇為DNA病毒;電鏡觀察顯示瞭這3類病毒的形態特點,併且髮現基因組覈痠電泳檢測中未穫得分類信息的9箇病毒分離物具有相似的形態特點,是另外一類病毒.結論 新疆南部地區蚊蟲中可能存在多種病毒,併且以具12節段dsRNA的病毒佔優勢.
목적 수차종신강남부지구문충중분리병독병완성초보감정.방법 2005년7-8월재신강남부지구채집문충13 491지,분130관진행연마,취상청동시감염C6/36화Vero세포진행병독분리,획득적병독분리물진행기인조핵산전영검측화부염전자현미경(간칭전경)관찰.결과 획득42개대C6/36세포치병변(cytopathic effects,CPEs)이대Veto세포불치병변적병독분리물.대저42개병독분리물진행기인조핵산전영검측발현기중27개위상사적12절단쌍련RNA(doublestranded RNA,dsRNA)병독,1개위10절단dsRNA병독,5개위DNA병독;전경관찰현시료저3류병독적형태특점,병차발현기인조핵산전영검측중미획득분류신식적9개병독분리물구유상사적형태특점,시령외일류병독.결론 신강남부지구문충중가능존재다충병독,병차이구12절단dsRNA적병독점우세.
Objective To isolate viruses from mosquitoes in the south of Xinjiang and identify these viruses primarily. Methods A total of 13 491 mosquitoes were collected in the south of Xinjiang from Jul to Aug,2005. These mosquitoes were divided into 130 groups and grinded respectively. The supernates were inoculated in C6/36 and Veto cells. Viruses isolated were detected, the genomic nucleic types by electrophoresis of viral genomes and the morphologies observed under electromicroscope. Results All 42 viruses were isolated, which caused CPEs on C6/36 but not on Vero cells. 27 viruses showed similar genomic profiles with 12 dsRNA segments. 1 virus displayed genomic profile with 10 dsRNA segments. 5 viruses took on similar genomic profiles with about 4 kbp DNA band. 9 viruses did not get any taxonomy information. Electromicroscopic pictures of these viruses revealed that above four types of viruses had distinguished morphologies indicating different virus species. Conclusion There should be several virus species in the mosquitoes in the south of Xinjiang dsRNA virus with 12 genomic segments should play analysis a predominant role in the south of Xinjiang.