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  4 g
     Results The 4G/4G of the PAI 1 gene locus in coronary heart disease group is the most (47%) , the 4G/5G of PAI 1 gene locus in control group is the most ( 49.4 %).
     结果 PAI 1基因型分布在冠心病组 4G/ 4G型最多 (47.2 % ) ,对照组中以 4G/ 5G型最多(49.4 % ) ;
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     Group A( 8 g/kg), Group B (7 g/kg), Group C (6 g/kg), Group D (5 g/kg), Group E (4 g/kg), and nor mal control group (0 g/kg).
     分组:①大鼠36只,随机分6组:A组8g/kg、B组7g/kg、C组6g/kg、D组5g/kg、E组4g/kg、正常组0g/kg;
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     Results Of the 6 studies in this meta-analysis,no significant publication bias was found. The pooled 4G4G/(4G5G+5G5G) odds ratio (with 95%CI) in CHD group against control group is 1.82,95%CI 1.21~2.74(P < 0.01).
     结果相关文献未发现显著发表偏倚,数据合并结果显示冠心病组和对照组4G4G/(4G5G+5G5G)比值比为1.82,95%的可信区间为1.21~2.74(P<0.01)。
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     Conclusion In Chinese Han population,the 4G/5G polymorphism in PAI-1 gene promoter is associated with CHD,the number of 4G4G genotype in CHD patients increases.
     结论中国汉族人PAI-1基因启动子4G/5G多态性与冠心病有关联,冠心病组4G4G基因型增多。
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     The frequency of the 4G/4G gene locus might be the important factor affecting the high level of PAI 1. The PAI 1 gene locus 4G/5G polymorphism may partially determine the attacking tendency of coronary heart disease.
     冠心病组 4G/ 4G基因型频率是PAI 1增高的重要影响因素 ,PAI 1基因 4G/ 5G多态性可能部分地决定了冠心病发病的倾向性
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  “组4g”译为未确定词的双语例句
     As to CA dinucleotide repeat polymorphism in the fourth intron, there was significant difference of alleles frequencies such as"Z", "Z+6", "Z+8"and "Z+10"between the groups of CI and controls. Otherwise, the shorter alleles associated with higher PAI 1activity.
     并且再梗死组 4G纯合子个体的比例高于初次脑梗死组 (P<0 .0 5 )。 脑梗死组和对照组相比在“Z”,“Z+6”,“Z+8”,“Z+10”等位基因频率存在差异 (P<0 .0 5 ) ;
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     5G type is vise verse ( P <0.05). PCOS patients were divided into obese and non-obese sub-groups according to BMI.
     两组4G及5G基因型频率分别比较,差异均有统计学意义(P<0.05)。
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  相似匹配句对
     group 4, spleaectomized mice.
     (4)脾切除
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     (4) control.
     (4)对照
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     4. Pretreatment group(GN).
     4.GN
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     D_2 group:4 Gy;
     D2:4 Gy;
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     (4) .
     (4).
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  4 g
At 468.3 K the half crystallization time (t1/2) of samples freeze-dried from a solution of 1×10-4 g/mL was about 36 s, which was merely one tenth of that of the bulk sample.
      
mongolica (973.4 g/m2) >amp;gt; Pinus koraiensis (780.9 g/m2) >amp;gt; L.
      
Using monoclonal antibodies 4G8, this peptide was identified as β-amyloid.
      
Also, the 30-kD component had a sequence 1I-2I/V-3G-4G-5R/H at the N-terminus that is likely to indicate the presence of neutrophilic elastase, cathepsin G, proteinase 3, and azurocidin (CAP 37) - all from the family of serprocidins.
      
It is demonstrated that, at a dispersed phase concentration of approximately 10 wt %, water-ethanol sol-gel systems containing 2-4 g/l of high-molecular additives possess a shear strength and are characterized by anomalous properties in their flow.
      
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Karyotypes and Giemsa N-banding patterns of 9 hexaploid species,8 tetraploid species and 2 diploid species, and the probable donor of B genome, Aegilops sharonensis,have been studied by means of new method of preparing mitotic chromosome specimen in plant and N-banding technique. The results obtained show that all chromosomes of Triticum are metacentric and submetacentric The karyotype has "2A" type, and the asymmetry increases as plpidy rises. The karyotypes among species have definite differences. All chromosomes...

Karyotypes and Giemsa N-banding patterns of 9 hexaploid species,8 tetraploid species and 2 diploid species, and the probable donor of B genome, Aegilops sharonensis,have been studied by means of new method of preparing mitotic chromosome specimen in plant and N-banding technique. The results obtained show that all chromosomes of Triticum are metacentric and submetacentric The karyotype has "2A" type, and the asymmetry increases as plpidy rises. The karyotypes among species have definite differences. All chromosomes of B and G genomes and 4A show N-bands, but the other chromosomes show no N-bands or only weak centromeric bands. The banding patterns of B genome of hexaploid wheats are basically same, but N-bands have definite differences among species of B genome of tetraploid wheats. The number and distribution of the bands of G genome of T.timopheevi wheat and B genome have distinct differences. The karyotype and the banding pattern of Ae.sharonersis are similar to B genome, and it might be the donor of B genome. Diploid species show no Nbands and have no chromosome correspondent to 4A according to banding patterns. Therefore, further study on the origin of 4A chromosome is needed.

应用植物有丝分裂染色体标本制备新方法和N—带技术对小麦属(Triticum)9个六倍体种(AABBDD),8个四倍体种(AABB,AAGG),3个二倍体种(AA,A~uA~u)及B组的可能供体沙融山羊草(Ae. shronensis)体细胞核型和N—带进行了分析。结果表明,小麦属全部为具中部或次中部着丝点染色体,核型属于“2A”类型,不对称性随倍性提高而有所增加。种问核型有一定差异。所有小麦B染色体组、G染色体组和4A染色体均显N—带,其它染色体则不显带或只显很浅的着丝点带。六倍体种B染色体组带型基本相同,四倍体小麦B组N—带种间有一定差异。提莫菲维小麦(T.Timopheevi)G组带纹数目和分布与B梁色体组有显著差别,作者认为两者非同源。沙融山羊草核型和带型都与小麦B组相近,是B组的可能供体。一粒系小麦A染色体组基本不显N—带,其中无与4A带型相同的染色体,4A起源尚待研究。

Cotton breeding has been worked for ultiling wild diploid cotton in most ountriesc. Crossing wild G. bickii (2n(2x)=26, chro mosome set G) with G. arboreum (2n(2x)=26, chromosome set A2), we obtained or allogentic diploid hybrid. Because their blood relationship is the farthest, the hybrid is highly sterility. The reduction division PMC observation of F, (A_2×G) showed: most of chromosomes is not pair at MI. Bivalent range is 1-6pairs, and appear trivalent, chromosome configuration is i6.4Ⅰ+4.0Ⅱ+0.4Ⅲ, average...

Cotton breeding has been worked for ultiling wild diploid cotton in most ountriesc. Crossing wild G. bickii (2n(2x)=26, chro mosome set G) with G. arboreum (2n(2x)=26, chromosome set A2), we obtained or allogentic diploid hybrid. Because their blood relationship is the farthest, the hybrid is highly sterility. The reduction division PMC observation of F, (A_2×G) showed: most of chromosomes is not pair at MI. Bivalent range is 1-6pairs, and appear trivalent, chromosome configuration is i6.4Ⅰ+4.0Ⅱ+0.4Ⅲ, average of chiasmata frequence is i. 07. Because the tetrads are abnormal to form abrerrant and abortive pollens, it results in sterility of the hybrid F_1 Doubled chromosomes of F_1(A_2×G) synthesised a allotetraploid cotton. Observating of F_2, the number of chromosomes is 52, most chromosomes are cycle bivalents. Chromosome configuration is 2.75Ⅰ+24.5Ⅱ+0.25Ⅲ. The cell number of complete pairing 26 brivalent are 30%. The distribution of chro mosomes is 26 pairs in each pole at anaphase and form normal tetrads, which vigour of the pollen is up to 89%. The plant of hybrid is restored to fertility. Average of balls are 33 per plant, and have 9.1 seeds per boll. It is a new germ plasm of synthetic allotetraploid of cotton.

各国棉花育种工作都在开展野生二倍体棉种的利用问题。试验用二倍体亚洲棉G。arboreum 2n(2x)=26,染色体组A_2,与野生比克氏棉G. bickii, 2n(2x)=26,染色体组G杂交,获得异源二倍体杂种。因二者亲缘关系最远,杂种高度不育。对A_2×GF_1PMC减数分裂观察,M_2染色体大都不配对,二价体变幅1—6对,并出现三价体,染色体构型为1.64Ⅰ+4.0Ⅱ+0.4Ⅲ。平均交叉频率为1.07个。由于四分体发育不正常,形成畸形败育花粉,导致杂种F_1高度不育。对A_2×G F_1进行染色体加倍,合成异源四倍体,观察F_2PMC减数分裂时,染色体数为52条。MI,大都配对,交叉频率为1.83,大多数为环状二价体。染色体构型为:2.75Ⅰ+24.5Ⅱ+0.25Ⅲ。其中完全配对成26个二价体的细胞数占30%。后期Ⅰ,染色体平均分配,两级各有26条,形成正常的四分体,花粉生活力达89%杂种植株育性恢复,每株结铃平均为33个,每铃种子平均9.1粒,为人工合成异源四倍体新种质

This paper presents an algorithm of the compatibility for the system(G 1,… Gp)of p graphs with order p-1.

本文给出关于P个P-1阶图组(G1,G2,…,Gp)相容的一个算法.

 
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