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   same gene 的翻译结果: 查询用时:0.009秒
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same gene
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  同一基因
     Sequence analysis shows that both of the SRGKC2 and SRGKC3 come from the same gene region, and SRGKC3 is a part of SRGKC2. In addition the SRGKC2 displayed 90% sequence identity over a region of 84 amino acids to the cyclophilin from Euphorbia esula and the SRGKC3 displayed 93 % sequence identity over a region of 47 amino acids to the fava bean .
     序列分析表明:SRGKC2和SRGKC3是同一基因区域的不同长度片段,SRGKC3是SRGKC2片段的一部分。 SRGKC2在84个氨基酸范围内与大戟属cyclophilin蛋白的氨基酸序列的一致性达到90%,SRGKC3在47个氨基酸范围内与蚕豆cyclophilin蛋白的一致性达到93%。
短句来源
     Number 15 and 18 were identified as the different fragments of a same gene.
     15、18号克隆为同一基因的不同片段;
短句来源
     In considering the allelic test of two F2 populations and seedling responses to 26 PST isolates as well as chromosome locations, YrCH42, Yr24 and Yr26 are likely to be the same gene.
     结合YrCH42、Yr24和Yr26的来源及其在染色体上的位置,推测这三个基因很可能是同一基因
短句来源
     WHAP software was used to analyse the haplotypes of SNP positions on the same gene.
     用whap软件对同一基因上的位点的多态性进行单倍型分析。
     In the result of this study,there are no similar sequence in the 5' untranslated region. lt further more confirms Hu's prediction:PAMP and FPRP are different proteins which are alternative spliced from the same gene.
     与此相应的是本试实验得到的序列中5’端未翻译区与 FPRP 基因的 cDNA 序列无同源性,这进一步证实了 Hu 的推测:即 PAMP 与 FPRP 蛋白为同一基因发生选择性剪切后表达的不同产物。
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  “same gene”译为未确定词的双语例句
     Compared with 12 other species' same gene sequence,it has the highest homology with chicken(up to 87.1%) and the lowest homology with fishes(down to 11%).
     分析家鹅与其他12个物种该序列的同源性发现,其与家鸡的同源性最高,达87.1%,与鱼类的最低(<11%)。
短句来源
     Sequence analysis revealed that the cloned fragments were about 1.1 kb in length with the same gene order as C108 mtDNA: 3′end portion of 12S rRNA,A+T-rich region,tRNAMet,tRNAIle,tRNAGln and 5′-end portion of ND2 successively. Between tRNAGln and ND2 there was a 47 bp non-coding region.
     序列分析表明,克隆片段长度约1.1 kb,基因排列顺序与C108线粒体相同,依次为12S rRNA基因3′端、A+T丰富区、tRNAMet、tRNAIle、tRNAGln和ND2基因5′端,在tRNAGln和ND2基因之间有47 bp的非编码区。
短句来源
     Vll and V12 are the same gene fragments. Using BLASTn to analyse these sequences, we got the following results: VI, V2, V3, V4, V5, V6, V7, V9, V10, 11(V12), V13 are the unknown gene.
     BLASTn搜索结果表明V1,V2,V3,V4,V5,V6,V7,V9,V10,V11,V12,V13为未知新基因,V8与ATP酶同源率较高,在一段长312bp的区域,与ATP酶的同源率达84-93%。
短句来源
     4. Comparison analysis of the two linkage map of the DH and RIL population, showed that Pi-ir3and Pi-my, located on the chromosome 12, might be the same gene.
     4.比较DH群体和RIL群体图谱发现,位于第12染色体上的稻瘟病抗性主效基因Pi-ir3和Pi-my,可能为同一个等位基因。
短句来源
     HCC patients, whose peripheral blood expressed SSX-1 or NY-ESO-1 mRNA, also expressed the same gene in their cancer tissues.
     外周血中表达SSX-1或NY—ESO-1 mRNA的HCC患者,其组织标本中也表达上述基因.
短句来源
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  相似匹配句对
     The PCR product was the same as target gene canstatin.
     RT-PCR扩增产物与预期的目的基因canstatin长度一致.
短句来源
     At the same time,acrA and marA gene was cloned and sequenced.
     对各菌株的acrA和marA基因进行克隆和测定。
短句来源
     Entangle same as
     纠缠朱古力
短句来源
     Same as flowers
     锦簇花团
短句来源
     On Gene Diagnosis
     略论基因诊断
短句来源
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  same gene
In eukaryotes one and the same gene can be methylated both on cytosine and adenine residues; thus, there are, at least, two different and probably interdependent systems of DNA methylation in the cell.
      
Adenine DNA methylation in higher eukaryotes (higher plants) was first observed, and it was established that one and the same gene can be methylated at both cytosine and adenine moieties.
      
We showed for the first time a tissue-specific decrease in the pre-mRNA content of the gene allele bearing L1 or Alu inserts relative to the other allele of the same gene lacking the retroelement.
      
It was suggested that five of these clones were the amplified copies of the same gene.
      
Analysis of the progeny suggests that all seven plants carry the same gene.
      
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By recombination test and polyacrylamide gel electrophoresis ( PAGE ) analysis, the ts lesion of naturally occurring ts strain of influenza A virus A/Qi/39/79 ( H3N2 ) was located on the matrix protein ( M ) gene.But Qi/39/79 complemented with ts51, a ts strain of WSN virus with M gene lesion.This is considered as evidence for intrasegmental complementation. In this paper, the location of ts lesion of naturally occurring ts strain of HINI influenza virus Tianjin/78/77 on the M gene as previously determined by...

By recombination test and polyacrylamide gel electrophoresis ( PAGE ) analysis, the ts lesion of naturally occurring ts strain of influenza A virus A/Qi/39/79 ( H3N2 ) was located on the matrix protein ( M ) gene.But Qi/39/79 complemented with ts51, a ts strain of WSN virus with M gene lesion.This is considered as evidence for intrasegmental complementation. In this paper, the location of ts lesion of naturally occurring ts strain of HINI influenza virus Tianjin/78/77 on the M gene as previously determined by complementation test was confirmed by recombination and PAGE tests. Thus, Qi/39/79 is a member of one complementation group on the M gene, whereas Tianjin/78/77 and WSN ts51 are members of another complementation group on the same gene.In this paper, PAGE studies showed that there was no evidence of recombination between the genes concerned in ts lesions of H3N2 and new H1N1 virus. Thus, the ts gene of Qi/39/79 may have arisen by spontaneous mutation in nature from the H3N2 wild type virus.

采用重组试验和聚丙烯酰胺凝胶电泳(PAGE)技术,把晚期甲3型流感病毒自然ts突变株齐防79-39的ts损害定位在膜蛋白(M)基因上。但互补试验表明,齐防79-39与M基因损害的WSN标准株ts51可以发生互补,这是基因内互补的一个证据。PAGE技术证实,新甲1型流感病毒自然ts株津防77-78的M基因上确有损害。互补试验证明齐防79-39属于一个互补组,而津防77-78与ts51同属于另一个互补组。 本文结果还表明,晚期甲3型齐防79-39的ts损害基因可能是由甲3型野毒株自发突变所产生,而并非通过在自然界与新甲1型重组而获得。

The experimental materials involved 3 crosses from 6 inbred lines of maize.Generation means analyses were used to study gene effects for plant height,10-kernel weight and leaf number per plant at different stages of plant development.All of gene effects for the final characters were found to be algebraic sum of the respective parameters for net growths at different development stages.They couldn't fully reflect the real actions of genes during the development of the characters due to the offset of the positive...

The experimental materials involved 3 crosses from 6 inbred lines of maize.Generation means analyses were used to study gene effects for plant height,10-kernel weight and leaf number per plant at different stages of plant development.All of gene effects for the final characters were found to be algebraic sum of the respective parameters for net growths at different development stages.They couldn't fully reflect the real actions of genes during the development of the characters due to the offset of the positive and negative gene effects for net growths.Algebraic symbol and significance of the same gene effect,and genetic model for each character showed distinct changes with its developmental stage,which were considered as the result of actions of different gene loci at each stage.Estimates of gene effects for the net growths indicated that dominant effect was more important than the additive in plant height and 10-kernel weight,but it was opposite in leaf number per plant.Epistatic effects were present in the inheritance of all characters under study.They were maximun in plant height,intermediate in leaf number per plant,and minimun in 10-kernel weight.

玉米株高、粒重和单株叶数在不同发育阶段的基因效应分析表明,终结性状的基因效应值为不同发育阶段性状净增量基因效应值的代数和,这使不同发育阶段净增量的正负基因效应相互抵消,故使终结性状的基因效应不能充分反映控制该性状的基因(组)在发育过程中的真实作用方式。不同发育阶段基因效应的符号、显著性关系及遗传模型的明显差异被认为是不同发育阶段由不同基因(组)作用的结果。净增量的基因效应估计值表明,显性效应在株高和粒重中比加性效应更重要,而单株叶数则相反;上位性效应普遍存在,其中株高>单株叶数>粒重。

From 1980-1984 at the experiment station of Central China Agricultural College, the inheritance of resistance in the selection from Indonesian farmer's variety Bramadi of maize to Helminthosporium turcicum Pass was studied. The results showed that the selection from Bramadi had a pair of dominant gene resistant to the northern leaf blight of maize. The plants having this gene expressed 'no lesion' phenotype before tasseling. This gene was independently inheried from Ht_1, Ht_2 and Ht_3' genes, and had dominant...

From 1980-1984 at the experiment station of Central China Agricultural College, the inheritance of resistance in the selection from Indonesian farmer's variety Bramadi of maize to Helminthosporium turcicum Pass was studied. The results showed that the selection from Bramadi had a pair of dominant gene resistant to the northern leaf blight of maize. The plants having this gene expressed 'no lesion' phenotype before tasseling. This gene was independently inheried from Ht_1, Ht_2 and Ht_3' genes, and had dominant epistasis effect on them. When this gene and Ht_1 (Ht_2 or Ht_3) genes were present together in the same individual, no lesion' resistance might prevent the expression of 'chlorotic-lesion' phenotype. The result of allelism test showed that this gene and HtN gene were possibly the same gene or the alleles. No crossover between these two genes was observed. The finding of the resistant gene in the selection from Bramadi proved that screening the resistant resources from the tropic germplasm was an effec- tive approach. The selection may be used for an additional resource of the HtN gene. In order to distinguish from the HtN gene, we suggest that the resistance gene isolated from the selection of Bramadi to be designated as 'HtNB'.

1980-1984年研究了印尼农家品种柏拉玛地选系对玉米大斑病的抗性遗传。结果表明:选系带有一对抗玉米大斑病的显性基因,使植株在抽雄期以前表现为无病斑的表型。这个基因与Ht1,Ht2、Ht3基因是独立遗传的、并对它们具有显性上位作用,当它与Ht1、(Ht2或Ht3)基因存在于同一个体中时,无病斑抗性会抑制褪绿病斑表型的表达。等位性测验结果表明,它与HtN基因可能是同一基因,也可能是等位基因,在本试验中未观察到两基因间的交换。这个选系可作为HtN基因的另一来源利用,由它分离的抗病基因可称为HtNB。

 
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