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   same genotype 的翻译结果: 查询用时:0.182秒
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感染性疾病及传染病
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same genotype
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  同一基因型
     Homology among the L1,L3,L4 ,L5,HKN/1/99,HKN/16/96 and GD/CHA/86 strains was 850%998% for nucleotide sequence, belong to the same genotype. However, compared with L2,F29/CHINA and the foreign strains , they belonged to a different genotype .
     L1、L3、L4和L5株病毒VP1基因的核苷酸序列与已经发表的GD/CHA/86、HKN/1/99、HKN/16/96的同源性较高,核苷酸序列同源性在85 0%~99 8%,属于同一基因型;
短句来源
     (2)The plasma LPL concentrations of the 12 type heterozygotes (H1H2 and P1P2) and those of the 22 type (H2H2 and P2P2) homozygotes were all higher than that of the 11 type homozygotes(H1H1 and P1P1)(all P<0.01). And the LPL concentration varied greatly among different individuals of the same genotype.
     (2)两个基因位点的12型杂合子(H1H2和P1P2)和22型纯合子(H2H2和P2P2)的LPL浓度均高于11型纯合子(H1H1和P1P1)(P<0.01),同一基因型内LPL浓度有较大变异。
短句来源
     the anti-E2 HV Abs,probably from the same genotype,contained somecommon structure in which E2 HV epitopes react with other anti-E2 HV Abs at 30%;
     (2)同一基因型的HCV抗-E2HV抗体有某种共同的结构特点,从而使某一HCV病毒株E2HV抗原能够与其它病毒株抗-E2HV抗体反应,大约有30%的代表性;
短句来源
     Sequence Analysis of HCV E_2(HVR) Region of Same Genotype Obtained from Different Regions.
     不同地区HCV感染病人同一基因型(1b)膜区(E_2)序列比较和分析
短句来源
     The digested fragments were visualized by silver staining. The results showed that strain DEN-2 FJ-10 and strain FJ-11 belong to the same genotype,strain D2-43 and strain D2-44 are another genotype and strain D2-04 is different from the former 4 strains.
     结果表明FJ 10株和FJ 11株属同一基因型 ,D2 4 3株和D2 4 4株属同一基因型 ,D2 0 4株与上述 4株基因型不同 ,这与核苷酸测序分析结果完全一致。
短句来源
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  “same genotype”译为未确定词的双语例句
     Results Homology of Chinese TTV(C01-C15) and Japanese TTV(N22)isolated ranged from 87.1%-97.7% at nucleotide level,but there were point mutations in Chinese TTV,such as GG→TT in locus 112 and 113,TTATC→CCTAT in locus 236-240.Conclusions Chinese and Japanese TTV isolated had the same genotype.
     结果引起新生儿感染的中国株TTV与日本株N22比较,同源性达87.1%~97.7%,但存在着点突变,如112、113位点的GG→TT和236~240位点的TTATC→CCTAT。
短句来源
     There was remarkable difference between the plasma PAI 1 activity in female patients with CI 4G homozygote genotype patients and the male patients of the same genotype (P< 0.05 ).
     CI组女性 4 G纯合子基因型患者血浆 PAI- 1活性与同型男性患者比较有显著性差异 ( P <0 .0 5 )。
短句来源
     In comparison with the rate of plants regeneration on the same genotype and different gamma ray dos es, 150 Gy was better than 300 Gy.
     对相同基因型,不同剂量的植株再生率而言,150Gy总体上效果好于300Gy。
短句来源
     The nt and aa homologies between Shanghai isolates and isolates with the same genotype from different regions were 85.97%~87.36% and 83.38%~86.57%, whereas the homologies between isolates with different genotypes, were 61.49%~70.95% and 59.10%~78.21%.
     上海株与国内外同型株间分别为85 .97%~ 87.36 %和 83.38%~ 86 .5 7% ; 上海株与国内外不同型株间分别为 6 1.49%~ 70 .95 %和5 9 .10 %~ 78.2 1%。
短句来源
     Although belonging to the same genotype, representative strain JZ1 was closed to USDA110, and HA1 was clustered into the same branch with USDA110, USDA122 and USDA127, but WC7 and SD4 were clustered independently.
     代表菌HA1与USDA110等同处于一个分枝中。 WC4和SD7单独聚为一个分枝,系统发育上与USDA6最近,序列差异小于1%。
短句来源
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  相似匹配句对
     Changes in sACE were not the same as that of the genotype.
     各组疾病sACE变化与基因型变化不尽相同。
短句来源
     However, the RCIA of patients with same disease was significantly different in genotype.
     不同疾病同基因型组间RCI-A活性相差不显著,而在于同种疾病不同基因型间RCIA活性相差显著(P<0.05)。
短句来源
     The same as the pH.
     pH值的情况也是如此;
短句来源
     Under the same P.V.C.
     在相同的P.
短句来源
     Genotype B was the dominant type.
     B基因型为优势基因型;
短句来源
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  same genotype
The data revealed that these two strains do not belong to the same genotype depending on the analysis of VP1 sequences, and neither of them have deleted bases in 5'UTR and 3A genes compared with the reference sequences.
      
Antisera raised against viruses of group A showed significant neutralizing cross-reaction against a member of the same genotype but not to a strain of group B and vice versa.
      
Our results showed that these viruses belong to the same genotype, but can be separated into two clades.
      
All the 61 isolates from India belong to a single genotype (genotype-II) which is further subdivided into three lineages (B1, B2 and B3) under the same genotype.
      
The same genotype was previously described to be the most prevalent circulating lineage of E-30 in Northern America.
      
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The contents of protein, lysine and fat in 209 varieties of foxtail millet ( Setaria ialica Beauv. ) in Shanxi Province were analyzed in this paper. The results indicate that a significant difference in their contents exists between the varieties. The contents of protain, lysine and fat in most varieties are 10.00-12.99%, 0.220-0.279% and 4.00-4.99%, averaging 11.45 ±1 .43%,0.240±0.031% and 4.48 ±1.85% respectively. Their average contents in middle Shanxi are the highest, reaching 13.31±1.31%, 0.271±0.027% and...

The contents of protein, lysine and fat in 209 varieties of foxtail millet ( Setaria ialica Beauv. ) in Shanxi Province were analyzed in this paper. The results indicate that a significant difference in their contents exists between the varieties. The contents of protain, lysine and fat in most varieties are 10.00-12.99%, 0.220-0.279% and 4.00-4.99%, averaging 11.45 ±1 .43%,0.240±0.031% and 4.48 ±1.85% respectively. Their average contents in middle Shanxi are the highest, reaching 13.31±1.31%, 0.271±0.027% and 4.97±0.69% respectively. Moreover, there are a lot of high quality materials with high protein, lysine and fat contents, for example, Dai Qinggu, 7465, Daizhou Yellow, 7421, etc. There is a close interrelation among protein, lysine and fat; and high contents of protein, lysine and fat can be probably incorporated in the same genotype. But a negative correlation is significantly shown between protein and the percentage of lysine in protein.Therefore, the content percentage of lysine in protein should not be used when high lysine content breeding target is determined. Instead, the percentage of lysine content in dry weight ought to be adopted. A negative correlation is shown between protein, fat and lysine .while the main characteristics of plant have importance in the following order, growth period dura-tion>number of seeds>seed weight>plant height>1000 seed weight>length of the main ear

本文根据对209份山西谷子品种的分析材料,研究了蛋白质、赖氨酸、脂肪含量的品种间差异和地区间差异,同时对三者之间的关系及其与植株主要农艺性状的关系进行了探讨.

Since the male sterile plant of Chinese radish (Raphanus sativus L.) was found in 1975, several male sterile lines of 77-01A (white rind), 7416A (green rind), 64A (red rind), 01-11A (green rind) etc. in different types have been developed in succession by means of test cross and backcross and seefing of paternal plant and used to produce seeds of F_1 In the process of the test cross, the different maintaining ability of male sterility has been found among diverse varieties.It is concluded that inheritance of...

Since the male sterile plant of Chinese radish (Raphanus sativus L.) was found in 1975, several male sterile lines of 77-01A (white rind), 7416A (green rind), 64A (red rind), 01-11A (green rind) etc. in different types have been developed in succession by means of test cross and backcross and seefing of paternal plant and used to produce seeds of F_1 In the process of the test cross, the different maintaining ability of male sterility has been found among diverse varieties.It is concluded that inheritance of male sterility of Chinese radish is controlled by the genic interaction from both cytoplasmic and nucleus genes. There are two pairs of of ms genes in the nucleus. The genotype of the male sterile is Sms_1ms_1ms_2ms_2, and the maintenance line Nms_1ms_1ms_2ms_2. It is preliminarily verified that some radish male sterile lines of 48A, 4-01A, 7416A, etc. in China have the same genotype. Based on the experimental results mentioned above, a breeding project for the development male sterile line of Chinese radish has been proposed.

1975年在中国萝卜(Raphanus sativus L.)上发现雄性不育株后,采用测交、连续回交和父本株自交的方法,已先后育成了77-01A(白皮),7416A(绿皮)、64A (红皮)、01-11A(绿皮)等不同类型的雄性不育系,用于F_1的种子生产。在测交过程中,发现不同品种对雄性不育性的保持能力差异显著。 我们的研究结果表明,萝卜雄性不育性的遗传属于核、质互作控制类型,细胞核内有两对ms基因,雄性不育系的基因型为Sms_1 sm_1 sm_2 ms_2,保持系的基因型为Nms_1 ms_1 ms_2 ms_2。初步证明,国内的48A、4-01A、青A、7416A等雄性不育系的基因型是相同的。根据以上研究结果,提出了萝卜雄性不育系的转育方案。

This paper presents the observations and analysis of the fertility of MS, maintainer and restorer lines, hybrid F_1, F_2, BC_1and AF_1 (A× [B×R]) of Dian 1 Type and BT Type (hybrid rice) by the pollen fertility used as a main hereditary criterion. The results are as follows: 1. The pollen fertility of Dian 1 Type and BT Type hybrid rice is affected both by gametophytic and sporophytic genotypes; most of the aborted pollens of MS lines of the two types are stainable with I—KI solution. 2. The fertility in some...

This paper presents the observations and analysis of the fertility of MS, maintainer and restorer lines, hybrid F_1, F_2, BC_1and AF_1 (A× [B×R]) of Dian 1 Type and BT Type (hybrid rice) by the pollen fertility used as a main hereditary criterion. The results are as follows: 1. The pollen fertility of Dian 1 Type and BT Type hybrid rice is affected both by gametophytic and sporophytic genotypes; most of the aborted pollens of MS lines of the two types are stainable with I—KI solution. 2. The fertility in some hybrid combinations of the two types is governed by the interaction of MS cytoplasm and a pair of nuclear genes, and in other hybrid combinations, the inheritanee is governed by the interaction of MS cytoplasm and two pair of nuclear genes (R_1R_1R_2R_2or r_1r_1r_2r_2)。 There is a difference between R_1R_1and R_2R_2 in their effects, and obvious dosage or additive effects exist between genes. Therefore, a preliminary conclusion can be reached that the fertile genotypes of Keng hybrid rice vary with combinations; the same MS line or reestorer line may express not all the same genotype in different combinations. 3.The nuclear sterile genes of MS lines and nuclear fertile genes of restorer lines between Dianl Type and BT Type are both alleles.

以花粉可育率为主要遗传指标,对滇一型和BT型“三系”以及杂种F_1、F_2、BC_1和AF_1(不×[保×恢])等世代的育性进行了观察分析。结果表明:滇一型和BT型不育系花粉败育以染败为主。二者不育系的不育基因和恢复系的恢复基因两两相互等位。供试材料有部分杂交组合表现为一对育性核基因与细胞质基因共同控制的遗传,而另一部分杂交组合表现为两对育性核基因与细胞质基因共同控制的遗传。恢复基因(R_1、R_2)的作用有强弱之分,并表现明显的加性效应。据此初步认为:粳型杂交水稻的育性基因型因组合不同而不尽相同,同一不育系或恢复系在不同的组合中可能表现不同的育性基因型。

 
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