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叶斑驳
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  leaf mottle
     The identity of 813 nucleotide sequences of cDNA of virus S RNA was around 80% compared with the same region of PBNV and watermelon silver leaf mottle virus (WSMoV), and were 39%~65% with other members of Tospovirus.
     病毒SRNA3'端813个核苷酸序列与PBNV和西瓜银叶斑驳病毒(WSMoV)同源性为80%左右,与Tospovirus属中其它病毒同源性为39%~65%。 初步明确该病毒分离物为Tospovirus属的一种新病毒,暂定名为花生坏死斑点病毒(peanutnecroticspotvirus,PNSV)。
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  “叶斑驳”译为未确定词的双语例句
     A isolated virus from carnation with mosaic on leaves and breaking on flowers. Through TEM, the virus particle was spherical about 28-33? nm in diameter.
     从表现为叶斑驳、花碎色症状的香石竹病株上获得一病毒分离物 ,经电镜负染观察 ,该病毒为直径是 2 8~ 33nm的球状粒子 ,病毒提取液经紫外光测定呈典型核蛋白吸收曲线 ,OD2 60 /OD2 80 =1 70 ;
短句来源
     A virus isolated from carnation with mosaic leaves and broken flowers. Through TEM, the virus particle was spherical of about 28-33 nm in diameter.
     从表现为叶斑驳、花碎色症状的香石竹病株上获得一病毒分离物 ,电镜负染观察到直径为 2 8~ 33nm的球状粒子。
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  相似匹配句对
     THE CLASSIFICATION OF LEAF BEETLES
     甲的分类
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     The Concentrate of leaf's Nutrient
     营养素浓缩物
短句来源
     Soybean mosaic virus(SMV) disease is a worldwide disease,resulting in yield reduction and seed coat mottling.
     大豆花病毒病是世界性病害 ,导致大豆产量降低并产生种粒斑驳
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  leaf variegation
A comparison of the histograms evaluated characteristics of croton leaf variegation.
      
As the transposition of nDart1 depends on the presence of an active autonomous aDart element in the genome, the plants exhibiting the leaf variegation carry the active aDart element.
      
The sectored plants were grown under conditions that lead to the formation of lateral tillers, and a fraction of these had different kinds of leaf variegation.
      
Of the viable antisense plants, repression of clpP4 expression produced a pleiotropic phenotype, of which slow growth and leaf variegation were most prominent.
      
Double mutant plants showed an additive interaction for growth related phenotypes and soluble sugar accumulation, and expressed the leaf variegation pattern of both single mutants indicating that Tdy1 and Sxd1 act in separate genetic pathways.
      
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  leaf mottle
Amaranthus leaf mottle virus: 3'-end RNA sequence proves classification as distinct virus and reveals affinities within the genu
      
Amaranthus leaf mottle virus (AmLMV) was classified as a member of the genus Potyvirus on the basis of its particle morphology, serology, and biological properties (Casetta et?al., 1986).
      
Molecular characterization and coat protein serology of watermelon leaf mottle virus (Potyvirus)
      
A cDNA library was generated from purified RNA of watermelon leaf mottle virus (WLMV) (Genus Potyvirus).
      
Serological and sequence comparisons indicated that watermelon leaf mottle virus is a distinct member of the Potyvirus genus.
      
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A isolated virus from carnation with mosaic on leaves and breaking on flowers. Through TEM, the virus particle was spherical about 28-33?nm in diameter. The purified virus from infected tissue showed typical ultraviolet absorption of nucleoprotein, OD 260 /OD 280 =1 70. Virus particles were in bar shape with antiserum of CarMV by immunodiffsion tests. On the basis of these characteristics, the virus isolate was considered to be identical to carnation mottle virus (CarMV)

从表现为叶斑驳、花碎色症状的香石竹病株上获得一病毒分离物 ,经电镜负染观察 ,该病毒为直径是 2 8~ 33nm的球状粒子 ,病毒提取液经紫外光测定呈典型核蛋白吸收曲线 ,OD2 60 /OD2 80 =1 70 ;血清学反应与CarMV抗血清出现明显的沉淀线。由此 ,可基本认为该病毒分离物为香石竹斑驳病毒 (Carnationmottlevirus ,CarMV)。

A virus isolated from carnation with mosaic leaves and broken flowers. Through TEM, the virus particle was spherical of about 28-33 nm in diameter. The purified virus from infected tissues showed typical ultraviolet absorption of nucleoprotein, i.e. OD 260 /OD 280 =1.7. Virus particles were in bar shape with antiserum of CarMV by immunodiffusion tests, which showed that the virus isolate was identical with carnation mottle virus (CarMV). A pair of primers were designed based on the sequence of CarMV...

A virus isolated from carnation with mosaic leaves and broken flowers. Through TEM, the virus particle was spherical of about 28-33 nm in diameter. The purified virus from infected tissues showed typical ultraviolet absorption of nucleoprotein, i.e. OD 260 /OD 280 =1.7. Virus particles were in bar shape with antiserum of CarMV by immunodiffusion tests, which showed that the virus isolate was identical with carnation mottle virus (CarMV). A pair of primers were designed based on the sequence of CarMV RNA. RT-PCR was applied with total RNA of the purified virus, of infected tissues and healthy tissues. A fragment of about 600 bp was amplified from the infected samples, but not from healthy samples. The PCR product was cloned into pGEM-T-easy Vector, and transformed into Escherichia coli JM109. The recombinant plasmid was obtained and sequenced with Sanger's method. The result showed that two sequences were almost identical (96% identity), compaired with the sequence of CarMV RNA reported by Guilley. The lowest detected RNA content by RT-PCR was 5ng. It proved that detection of CarMV by RT-PCR is feasible.

从表现为叶斑驳、花碎色症状的香石竹病株上获得一病毒分离物 ,电镜负染观察到直径为 2 8~ 33nm的球状粒子。病毒提取液经紫外光测定呈典型核蛋白吸收曲线 ,OD2 60 /OD2 80 =1 70 ;血清学反应与CarMV抗血清出现明显的沉淀线。通过以上实验结果 ,确定该病毒分离物为香石竹斑驳病毒 (carnationmottlevirus ,CarMV)。根据该病毒的RNA序列设计引物 ,对病健材料进行了RT PCR检测 ,结果从感病材料中扩增出大约 6 0 0bp的特异片段 ,而健康植物无此扩增带。将PCR产物连接 pGEM-T-easy载体 ,转化大肠杆菌JM 10 9,得到了含目的片段的重组子 ,经双脱氧序列分析 ,与Guilley报道的序列对应部分的核苷酸序列基本一致 (其同源性达 96 % ) ,最低检出病毒核酸含量为 5ng ,表明应用RT PCR检测香石竹斑驳病毒是可行的

Based on the results from study of host range, morphology of virus particle, serology and nucleotide sequences of partial cDNA of virus S RNA, a virus isolated from a diseased peanut plant in Guangzhou suburb, Guangdong province was preliminary identified as a new member of Tospovirus. The virus was tentatively named as peanut necrotic spot virus (PNSV).The virus infected 11 species of 13 tested plants from 3 families. The virus particle was spherical with about 100nm in diameter. The virus had weak positive...

Based on the results from study of host range, morphology of virus particle, serology and nucleotide sequences of partial cDNA of virus S RNA, a virus isolated from a diseased peanut plant in Guangzhou suburb, Guangdong province was preliminary identified as a new member of Tospovirus. The virus was tentatively named as peanut necrotic spot virus (PNSV).The virus infected 11 species of 13 tested plants from 3 families. The virus particle was spherical with about 100nm in diameter. The virus had weak positive reaction with antisera against peanut bud necrosis virus (PBNV).The identity of 813 nucleotide sequences of cDNA of virus S RNA was around 80% compared with the same region of PBNV and watermelon silver leaf mottle virus (WSMoV), and were 39%~65% with other members of Tospovirus.

从广东省广州市郊花生上分离获得1个新的病毒分离物,病毒粒体为球状,直径约100nm。该病毒分离物在人工接种鉴定的4科13种植物中,能侵染3科11种植物;与花生芽枯病毒(PBNV)抗血清有弱阳性反应;病毒SRNA3'端813个核苷酸序列与PBNV和西瓜银叶斑驳病毒(WSMoV)同源性为80%左右,与Tospovirus属中其它病毒同源性为39%~65%。初步明确该病毒分离物为Tospovirus属的一种新病毒,暂定名为花生坏死斑点病毒(peanutnecroticspotvirus,PNSV)。

 
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