中国病毒学
中國病毒學
중국병독학
VIROLOGICA SINICA
2001年
1期
15-21
,共7页
朱函坪%刘合宾%姚苹苹%朱智勇
硃函坪%劉閤賓%姚蘋蘋%硃智勇
주함평%류합빈%요평평%주지용
汉坦病毒%Z37株%M片段%序列测定
漢坦病毒%Z37株%M片段%序列測定
한탄병독%Z37주%M편단%서렬측정
汉坦病毒Z37株是从褐家鼠体内分离到的,用于生产双价肾综合征出血热疫苗的病毒毒株之一,血清分型为SEO型。利用RT-PCR方法扩增Z37株M基因片段cDNA, 克隆入质粒载体,进行核苷酸序列测定及分析。Z37株M基因片段由3651个核苷酸组成,只有 一个开放读码框架,共编码1133个氨基酸。与HTN型病毒(76-118、A9、HV-114)的核苷酸 和氨基酸同源性分别为71.8%~72.1%、76.2%~76.7%,与SEO型(R22、L99、80-39)的核苷 酸和氨基酸同源性分别为95.3%~96.1%、95.3%~98.9%。这一结果的获得进一步从分子水平 确定了Z37株的型别,并为研制M基因片段重组疫苗打下基础。
漢坦病毒Z37株是從褐傢鼠體內分離到的,用于生產雙價腎綜閤徵齣血熱疫苗的病毒毒株之一,血清分型為SEO型。利用RT-PCR方法擴增Z37株M基因片段cDNA, 剋隆入質粒載體,進行覈苷痠序列測定及分析。Z37株M基因片段由3651箇覈苷痠組成,隻有 一箇開放讀碼框架,共編碼1133箇氨基痠。與HTN型病毒(76-118、A9、HV-114)的覈苷痠 和氨基痠同源性分彆為71.8%~72.1%、76.2%~76.7%,與SEO型(R22、L99、80-39)的覈苷 痠和氨基痠同源性分彆為95.3%~96.1%、95.3%~98.9%。這一結果的穫得進一步從分子水平 確定瞭Z37株的型彆,併為研製M基因片段重組疫苗打下基礎。
한탄병독Z37주시종갈가서체내분리도적,용우생산쌍개신종합정출혈열역묘적병독독주지일,혈청분형위SEO형。이용RT-PCR방법확증Z37주M기인편단cDNA, 극륭입질립재체,진행핵감산서렬측정급분석。Z37주M기인편단유3651개핵감산조성,지유 일개개방독마광가,공편마1133개안기산。여HTN형병독(76-118、A9、HV-114)적핵감산 화안기산동원성분별위71.8%~72.1%、76.2%~76.7%,여SEO형(R22、L99、80-39)적핵감 산화안기산동원성분별위95.3%~96.1%、95.3%~98.9%。저일결과적획득진일보종분자수평 학정료Z37주적형별,병위연제M기인편단중조역묘타하기출。
One of the strain of bivalent HFRS vaccine, Z37 strain was isolated from Rattus norvegicus and identified as SEO virus by serological test. The M segment cDNA of Hantavirus Z37 strain was obtained by reverse transcripti on and polymerase chain reaction, subsequently cloned into pGEM-T vector. The s equence of positive recombinants was determined by the method of dideoxy chain t ermination, which revealed that the M genomic segment is 3651 nucleotide in len gth with a predicated long open reading frame encoding a protein of 1133 amino acids. Comparison with HNT type (76-118, A9, HV-114 strains) indicated that th ere were 71.8%~72.1% homology at the nucleotide level, 76.2~76.7% homology at the amino acid level. Comparison with SEO type (R22,L99,80-39 strains) showed 95.3~96.1 homology at the nucleotide level, 95.3~99.2% homology at the amino acid level. The results of nucleotide and amino acid comparison indicated that Z 37 strain is SEO viruses in molecular level.