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black fur sheep
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  黑裘皮羊
     The results showed that the marginal diversity of Sunite sheep was the highest (-0.2008), Tan sheep (-0.1932) and Lanzhou large tailed sheep (-0.1843) the next, and Minxian black fur sheep the lowest (-0.1268).
     结果表明 ,苏尼特羊 (Sunitesheep)的边际多样性最高 (- 0 .2 0 0 8) ,其次为滩羊 (Tansheep) (- 0 .1932 )、兰州大尾羊 (Lanzhoulargetailedsheep) (- 0 .184 3) ; 岷县黑裘皮羊 (Minxianblackfursheep)最低 (- 0 .12 6 8)。
短句来源
     The Establishment of Fibroblast Cell Line and Its Biological Characteristic Research in Guide Black fur sheep
     贵德黑裘皮羊耳成纤维细胞系的建立和生物学特性的研究
短句来源
     The 7 sheep populations of China were analyzed with the microsatellite marker technology. The 7 local sheep populations were: Qiao Ke Sheep, Can Jia Sheep, Ou La Sheep, Min Xian Black Fur Sheep breeds in Gansu province, Han Zhong Sheep and Tong Sheep in Shaanxi province , and the Poll Dorset as a control sheep breedo The thesis described the genetic connection in breeds . analyzed the gene and how to save them;
     本研究利用微卫星标记技术,对我国西部七个地方绵羊群体:甘肃省的乔科羊(Qiao Ke Sheep QKS)、甘加羊(Gan Jia Sheep GJS)、欧拉羊(Ou la Sheep OLS)、岷县黑裘皮羊(Minxian Black Fur Sheep MBFS)、兰州大尾羊(Lanzhou Large Tailed Sheep LLTS);
短句来源
     In China,mtDNA haplotype diversity was the highest in Qinghai Tibetan sheep,followed then by Gansu Tibetan sheep,Gansu Alpine Merino,Qinghai Merino,Gannan Tibetan sheep,Small-tailed Han sheep,Tan sheep,Hu sheep and Minxian Black Fur sheep.
     中国绵羊群体的单倍型多样度在青海藏羊、甘肃藏羊、甘肃高山细毛羊、青海细毛羊、甘南藏羊、小尾寒羊和滩羊群体中较高,但在湖羊和岷县黑裘皮羊中较低;
短句来源
  “black fur sheep”译为未确定词的双语例句
     AIM:To prepare collagen sponge with new bovine tendons by respectively inoculating Vero cell,primary embryo skin cell of Tianzhu White Yak and lamb testicle cell of Minxian black fur sheep on the tissue scaffold of collagen sponge,and observe the biocompatibility of collagen sponge with three different cells.
     目的:采用新生牛跟腱制备生物医用胶原蛋白海绵,通过分别接种Vero细胞、天祝白牦牛胚胎皮肤原代细胞和岷县黑紫羔羊睾丸原代细胞至胶原蛋白海绵组织支架上,观察新生牛跟腱胶原蛋白海绵与3种细胞的生物相容性。
短句来源
     ② In a 6-mesh board,the Vero cell,primary embryo skin cell of Tianzhu White Yak and lamb testicle cell of Minxian black fur sheep were respectively inoculated into the collagen sponge,which is treated by ultraviolet and sterilized by ozone.
     ②在六孔板中,将Vero细胞、天祝白牦牛胚胎皮肤原代细胞和岷县黑紫羔羊睾丸原代细胞分别接种于经紫外线、臭氧灭菌后的胶原蛋白海绵上,经37℃体积分数为0.05的CO2恒温培养;
短句来源
     72 hours after inoculation of Vero cell and primary embryo skin cell f2 of Tianzhu White Yak and 48 hours after inoculation of lamb testicle cell f2 of Minxian black fur sheep,the monolayer was full of porocytes,while the growth velocity was slower in comparison with that in the control group.
     Vero细胞和天祝白牦牛胚胎皮肤原代f2细胞接种72h、岷县黑裘皮羔羊睾丸原代f2细胞接种48h时,孔底细胞已经铺满单层,但与对照孔比较,生长速度较慢。
短句来源
     CONCLUSION:The collagen sponge made from new bovine tendon is avirulent to the Vero cell,primary embryo skin cell of Tianzhu White Yak and primary lamb testicle cell of Minxian black fur sheep,and all these cells can better grow in it,while whether the immunological rejection in vivo is still in need of further investigation.
     结论:新生牛跟腱胶原蛋白海绵,对Vero细胞、天祝白牦牛胚胎皮肤原代细胞和岷县黑紫羔羊睾丸原代细胞无毒性,3种细胞均能在其上良好生长,但在体内是否会引起免疫排斥反应,还有待进一步研究。
短句来源
  相似匹配句对
     Polymorphism of blood protein in Minxian Black-fur sheep
     岷县黑裘皮羊血液蛋白多态性的研究
短句来源
     Fur
     毛皮
短句来源
     Black,M.
     Black,M.
短句来源
     The Establishment of Fibroblast Cell Line and Its Biological Characteristic Research in Guide Black fur sheep
     贵德黑裘皮羊耳成纤维细胞系的建立和生物学特性的研究
短句来源
     The Black Bone Sheep of the Phoenix Hill
     珍稀特养新秀——凤凰山乌骨羊
短句来源
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The polymorphism of hemoglobin (Hb) and transferring(Tf) of 42 individuals of Minxian Black-fur sheep was detected by using polyacrylamide gel electrophoresis. The results indicated that both loci of Hb and Tf in population of Minxian Black-fur sheep had displayed certain polymorphism. Three alleles at the loci of Hb were found such as HbA, HbB and HbC that composed four genotypes as HbAA, HbBB, HbAC and HbBC, among which HbBB and HbB were the dominant gene type and gene respectively....

The polymorphism of hemoglobin (Hb) and transferring(Tf) of 42 individuals of Minxian Black-fur sheep was detected by using polyacrylamide gel electrophoresis. The results indicated that both loci of Hb and Tf in population of Minxian Black-fur sheep had displayed certain polymorphism. Three alleles at the loci of Hb were found such as HbA, HbB and HbC that composed four genotypes as HbAA, HbBB, HbAC and HbBC, among which HbBB and HbB were the dominant gene type and gene respectively. Four alleles at the loci of Tf were found such as TfA, TfB, TfC and TfD under the controll of 7 genotypes as follow as TfBB, TfCC, TfAB, TfAC, TfAD, TfBC and TfCD, among which TfCC and TfC were the dominant gene type and gene respectively.

采用不连续非变性聚丙烯酰胺凝胶电泳技术对42只岷县黑裘皮羊的血红蛋白(Hb)和转铁蛋白(Tf)基因座的多态性进行了研究。结果表明:岷县黑裘皮羊的Hb、Tf位点均存在多态性;Hb位点共检测到HbA、HbB和HbC 3个等位基因,共构成HbAA、HbBB、HbAC和HbBC 4种基因型,其中HbBB和HbB为优势基因型和优势基因;Tf位点共检测到TfBB、TfCC、TfAB、TfAC、TfAD、TfBC、TfCD 7种基因型,受TfA、TfB、TfC、TfD 4个复等位基因控制,其中TfCC和TfC为优势基因型和优势基因。

This paper introduced an approach of marginal diversity, and evaluated the contribution, marginal diversity and conservation potency of each of the 11 sheep breeds from northern China based on genetic distance and extinction probability. The results showed that the marginal diversity of Sunite sheep was the highest (-0.2008), Tan sheep (-0.1932) and Lanzhou large tailed sheep (-0.1843) the next, and Minxian black fur sheep the lowest (-0.1268). The conservation potency of Lanzhou barge tailed sheep...

This paper introduced an approach of marginal diversity, and evaluated the contribution, marginal diversity and conservation potency of each of the 11 sheep breeds from northern China based on genetic distance and extinction probability. The results showed that the marginal diversity of Sunite sheep was the highest (-0.2008), Tan sheep (-0.1932) and Lanzhou large tailed sheep (-0.1843) the next, and Minxian black fur sheep the lowest (-0.1268). The conservation potency of Lanzhou barge tailed sheep was the highest (0.1419), the second was Tong sheep (0.1017), and small tailed Han sheep was the lowest (0.0365). Our result suggested that the optimum conservation strategy is to give priority to those breeds with the highest conservation potency,rather than to the most endangered breeds; thus, Lanzhou large tailed sheep and Tong sheep should be given conservation priority.

本文介绍了边际多样性方法 ,并利用微卫星DNA遗传距离、灭绝概率等结果分析了中国北方 11个绵羊品种的品种贡献率、边际多样性及保护潜力。结果表明 ,苏尼特羊 (Sunitesheep)的边际多样性最高 (- 0 .2 0 0 8) ,其次为滩羊 (Tansheep) (- 0 .1932 )、兰州大尾羊 (Lanzhoulargetailedsheep) (- 0 .184 3) ;岷县黑裘皮羊 (Minxianblackfursheep)最低 (- 0 .12 6 8)。保护潜力最大的品种为兰州大尾羊 (0 .14 19) ,其次为同羊 (Tongsheep) (0 .10 17) ,最小的为小尾寒羊 (SmalltailedHansheep) (0 .0 36 5 )。根据边际多样性方法 ,作者认为确定需要保护的品种应该依据最大保护潜力而不是品种的濒危程度。 11个绵羊品种的保护顺序依次是兰州大尾羊、同羊、汉中羊 (Hanzhongsheep)、甘家羊(Ganjiasheep)、欧拉羊 (Oulasheep)、岷县黑裘皮羊、乔科羊 (Qiaokesheep)、苏尼特羊、乌珠穆沁羊 (Ujumqinshee...

本文介绍了边际多样性方法 ,并利用微卫星DNA遗传距离、灭绝概率等结果分析了中国北方 11个绵羊品种的品种贡献率、边际多样性及保护潜力。结果表明 ,苏尼特羊 (Sunitesheep)的边际多样性最高 (- 0 .2 0 0 8) ,其次为滩羊 (Tansheep) (- 0 .1932 )、兰州大尾羊 (Lanzhoulargetailedsheep) (- 0 .184 3) ;岷县黑裘皮羊 (Minxianblackfursheep)最低 (- 0 .12 6 8)。保护潜力最大的品种为兰州大尾羊 (0 .14 19) ,其次为同羊 (Tongsheep) (0 .10 17) ,最小的为小尾寒羊 (SmalltailedHansheep) (0 .0 36 5 )。根据边际多样性方法 ,作者认为确定需要保护的品种应该依据最大保护潜力而不是品种的濒危程度。 11个绵羊品种的保护顺序依次是兰州大尾羊、同羊、汉中羊 (Hanzhongsheep)、甘家羊(Ganjiasheep)、欧拉羊 (Oulasheep)、岷县黑裘皮羊、乔科羊 (Qiaokesheep)、苏尼特羊、乌珠穆沁羊 (Ujumqinsheep)和小尾寒羊

To determine the origin and gene diversity of the Chinese and Mongolian domestic sheep,a partial fragment of mitochondrial DNA D-loop was sequenced for total number of 314 individuals from nine Chinese sheep populations and 11 Mongolian sheep populations.The results show no difference in nucleotide composition between Chinese and Mongolian sheep mtDNA D-loop sequences.However,more variables were identified in Mongolian sheep (26.85% of the sites) than that in Chinese sheep...

To determine the origin and gene diversity of the Chinese and Mongolian domestic sheep,a partial fragment of mitochondrial DNA D-loop was sequenced for total number of 314 individuals from nine Chinese sheep populations and 11 Mongolian sheep populations.The results show no difference in nucleotide composition between Chinese and Mongolian sheep mtDNA D-loop sequences.However,more variables were identified in Mongolian sheep (26.85% of the sites) than that in Chinese sheep (24.22%).In China,mtDNA haplotype diversity was the highest in Qinghai Tibetan sheep,followed then by Gansu Tibetan sheep,Gansu Alpine Merino,Qinghai Merino,Gannan Tibetan sheep,Small-tailed Han sheep,Tan sheep,Hu sheep and Minxian Black Fur sheep.In Mongolian sheep,mtDNA haplotype diversity was the highest in Bayad and Baidrag populations and the lowest in the Gobi-Altai population.In general,Mongolian sheep have a richer genetic diversity than the Chinese ones with larger number of haplotypes (86.06% (142/165) versus 78.83% (108/137)),higher haplotype diversity (Hd;0.976 versus 0.936),higher nucleotide diversity (Pi (π);0.036 versus 0.034) and higher average number of nucleotide differences (k;23.50 versus 22.48).Phylogenetic analysis of the 217 haplotypes identified in both Mongolian and Chinese sheep supported the same origin of their domestication with three distinct maternal lineages defined as major haplotypes A,B and C,of which haplotype A are the commonest in all Chinese sheep populations and in the majority of Mongolian sheep populations (9/11) with an average frequency of 58.73%,followed by haplotype B present in eight of Chinese population and in all Mongolian sheep populations with an average frequency of 24.68%,and haplotype C present in eight Chinese and in 10 Mongolian sheep populations with an average frequency of 16.59%.Further network analysis of the phylogenetic relationship of the 87 haplotypes identified from 91 sequences retrieved from GenBank together with the 217 haplotypes detected in this study reveals clearly four distinct lineages with the European mouflon (O.musimon) mixed into one of the lineages (haplotype B).There is no evidence of contribution of Argali sheep (O.ammon),O.vignei bochariensis and/or O.ammon nigrimontana to the maternal origin of both Mongolian and Chinese domestic sheep.

为了在分子水平上探讨绵羊的起源,对中国和蒙古共20个绵羊群体、314只绵羊mtDNAD环的部分序列进行了测定。结果表明:中国绵羊和蒙古绵羊mtDNAD环区的部分序列中A、T、G、C含量没有明显的差别;蒙古绵羊的多态位点数(26.85%)略高于中国绵羊(24.22%);中国绵羊群体的单倍型多样度在青海藏羊、甘肃藏羊、甘肃高山细毛羊、青海细毛羊、甘南藏羊、小尾寒羊和滩羊群体中较高,但在湖羊和岷县黑裘皮羊中较低;蒙古绵羊的单倍型多样度在Bayad和Baidrag群体中最高,但在GobiAltai群体中最低。从总体上看,蒙古绵羊的遗传多样性要略高于中国绵羊,例如单倍型比例的平均值为86.06%(142/165)∶78.83%(108/137),单倍型多样度(Hd)的平均值为0.976∶0.936,核苷酸多样度(Pi(π))的平均值为0.036∶0.034,平均核苷酸差异数(k)的平均值为23.50∶22.46。217个中国和蒙古绵羊的单倍型序列的系统发生分析表明,中国和蒙古绵羊均有3个母系起源,被定义为A、B和C3类主要的单倍型。其中A类单倍型在所有中国绵羊群体及绝大多数蒙古绵羊群体(9/11)中占优势,平均比例为5...

为了在分子水平上探讨绵羊的起源,对中国和蒙古共20个绵羊群体、314只绵羊mtDNAD环的部分序列进行了测定。结果表明:中国绵羊和蒙古绵羊mtDNAD环区的部分序列中A、T、G、C含量没有明显的差别;蒙古绵羊的多态位点数(26.85%)略高于中国绵羊(24.22%);中国绵羊群体的单倍型多样度在青海藏羊、甘肃藏羊、甘肃高山细毛羊、青海细毛羊、甘南藏羊、小尾寒羊和滩羊群体中较高,但在湖羊和岷县黑裘皮羊中较低;蒙古绵羊的单倍型多样度在Bayad和Baidrag群体中最高,但在GobiAltai群体中最低。从总体上看,蒙古绵羊的遗传多样性要略高于中国绵羊,例如单倍型比例的平均值为86.06%(142/165)∶78.83%(108/137),单倍型多样度(Hd)的平均值为0.976∶0.936,核苷酸多样度(Pi(π))的平均值为0.036∶0.034,平均核苷酸差异数(k)的平均值为23.50∶22.46。217个中国和蒙古绵羊的单倍型序列的系统发生分析表明,中国和蒙古绵羊均有3个母系起源,被定义为A、B和C3类主要的单倍型。其中A类单倍型在所有中国绵羊群体及绝大多数蒙古绵羊群体(9/11)中占优势,平均比例为58.73%;B类单倍型居中,为24.68%;C类单倍型最少,仅为16.59%。进一步从GenBank获得的91个绵羊D环区的序列与中国和蒙古绵羊D环区的单倍型的进行网络关系分析,发现欧洲摩弗仑羊(Europeanmouflon,O.musimon)与中国和蒙古绵羊具有较近的亲缘关系,但没有发现羱羊(Argali,O.ammon)、盘羊(O.vigneibochariensis)和东方盘羊(O.ammonnigrimontana)对中国和蒙古绵羊起源有贡献的证据。

 
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