vaccinia virus中文是什么意思

发音:

用"vaccinia virus"造句"vaccinia virus"怎么读"vaccinia virus" in a sentence

中文翻译手机版

牛豆病毒
牛痘病毒
牛痘簿
水痘病毒

"vaccinia"中文翻译 n. 【医学】牛痘。 adj. -l
"virus"中文翻译 n. 1.【医学】病毒；滤过性病原体。 2.毒素；毒害。 ...
"vaccinia subgroup virus" 中文翻译 : 痘苗亚组病毒; 正痘病毒; 正痘簿,痘苗亚组簿
"vaccinia virus genome" 中文翻译 : 痘苗簿基因组
"vaccinia virus recombinant" 中文翻译 : 重组痘苗簿
"vaccinia virus vector" 中文翻译 : 痘苗簿载体
"vaccinia" 中文翻译 : n. 【医学】牛痘。 adj. -l
"accidental vaccinia" 中文翻译 : 意外痘
"epithelio-vaccinia" 中文翻译 : 上皮层牛痘
"gangrenosa vaccinia" 中文翻译 : 坏疽性牛痘
"gangrenous vaccinia" 中文翻译 : 坏疽痘
"generalized vaccinia" 中文翻译 : 全身性牛痘
"myelitis vaccinia" 中文翻译 : 种痘后脊髓炎,疫苗性脊髓炎
"progressive vaccinia" 中文翻译 : 进行性痘疹
"roseola vaccinia" 中文翻译 : 种痘后蔷薇疹
"vaccinia gangrenosa" 中文翻译 : 坏疽性牛痘疹
"vaccinia gangrenosum" 中文翻译 : 坏疽性牛痘,坏疽痘
"vaccinia myelitis" 中文翻译 : 接种性脊髓炎, 接种后脊髓炎
"vaccinia orthopoxvirus" 中文翻译 : 痘苗正痘病毒; 痘苗正痘簿
"vaccinia retinopathy" 中文翻译 : 牛痘性视网膜病
"vaccinia variolae" 中文翻译 : 痘苗病毒; 痘苗簿,天花痘苗; 天花痘苗
"chronic progressive vaccinia" 中文翻译 : 慢性进行性牛痘
"vaccinia early transcription factor" 中文翻译 : 痘苗簿早期转录因子
"vaccinia growth factor" 中文翻译 : 痘苗簿生长因子
"vaccinia immune globulin" 中文翻译 : 牛痘免疫球蛋白

例句与用法

Experimental study on mice immunized with recombinant vaccinia virus
重组痘苗病毒免疫小鼠的实验研究
The researchers began by removing two genes from a vaccinia virus that are necessary for its growth in normal cells
研究人员们首先将痘苗病毒中在正常细胞中生长所必须的两个基因去除。
By using aa 385 - 365 fragment , an elisa system for the evaluation of post - e2 - vaccination humoral immune responses was also established , and was successfully applied to recombinant vaccinia virus - and dna - based vaccine research
利用aa385 - 565片段，建立了e2疫苗免疫后抗体反应的elisa评价体系，并已成功用于重组痘苗病毒疫苗和dna疫苗的研究。
During daily monitoring for the onset of contact vaccinia symptoms , 1 person had a rash and 1 had fever , but neither person had vaccinia virus infection ; all other potential contacts remained healthy with no nosocomial transmission
对开始接触有牛痘症状的日常监护期间，一人出现皮疹一人发热，但没有人感染牛痘病毒，所有其他可能性的非医院的传染接触依然健康。
May 18 , 2007 ? in the first documented us case of eczema vaccinatum ( ev ) since 1988 , reported in the may 18 issue of the morbidity and mortality weekly report , secondary transmission of vaccinia virus occurred from a father vaccinated for smallpox to his child
2007年5月18日，发病率和死亡率每周报道5月18日刊报道，美国首例牛痘性湿疹于1988年被报道，继发的痘苗病毒传播发生在一位接种了天花疫苗的父亲传染给了儿子。
In this study , the recombinant fowl - poxvirus was transfected into expressing the vp3 gene of isolated gpv h1 strain into the cef cells with fpv - 017 by liposome , which have the lacz reporter gene , earlier / latter promoters lp2ep2 of fpv , promoters p7 . 5 and p7 . 1 of vaccinia virus , replication unnecessary region of fpv - 017 . following 6 cycles screenings , clonings , purification of blue plaques , detection of pcr and dot - elisa , which verified the genetic stable vp3 - fowlpox virus recombinant constructed successfully . this study provided the theoretical and practical foundation for development of gpv recombinant fowl - poxvirus genetic engineering vaccine , as well as provided substance preparatory for prevention the high mortality gpv
本研究采用脂质体转染方法，将含有完整gpvh1分离株vp3基因、报告基因lacz 、禽痘病毒早晚期启动子lp2ep2 、痘苗病毒启动子p7 . 5 、 p11和fpv - 017复制非必须区的转移载体质粒psy681vp3lacz与fpv - 017共转染鸡胚成纤维细胞，经6轮蚀斑克隆、筛选、表达， pcr鉴定和dot - elisa检测，证明该重组病毒已构建成功，并获得了遗传性状稳定的鹅细小病毒vp3基因的重组禽痘病毒。
To answer this question , a bispecific , trifunctional antibody constructs which can not only target block virus incorporated rca , but also can induce complement activation by it ' s fc fragment were designed and constructed and iv the role of this kind of bispecific antibody in virus neutralization was studied . 1 . to test our idea , human immunodeficient virus ( hiv ) and enveloped extracellular virus ( eev ) of vaccinia virus ( vv ) were selected in our study because of their complex immune evasion stratiges , their threaten to humans , and because both these two kinds of virus can escape complement attack by incorporating host rca into their envelope
以严重危害人类健康，且具有复杂免疫逃避机制的有包膜的hiv病毒及痘苗病毒的eev病毒为研究对象，首先对它们逃避补体攻击的现象进行了验证，探讨了宿主膜补体调节蛋白cd55 、 cd59与hiv病毒及eev病毒免疫逃避的关系，评价了病毒结合的这两种补体调节蛋白作为本研究提出的，通过消除病毒逃避补体攻击的机制来恢复病毒对补体攻击的敏感性，提高补体抗病毒效率这一抗病毒策略的靶点的可能性。