同羊

  • 网络tong sheep
同羊同羊
  1. 湖羊、同羊遗传检测的研究

    Studies on Genetic Detection of Hu Sheep and Tong Sheep

  2. 湖羊、同羊起源及系统地位的研究

    Study on Origin and Phylogenetic Status of Hu Sheep and Tong Sheep

  3. 以7个座位微卫星等位基因频率推算群体间标准遗传距离,山羊与绵羊群体间遗传距离远大于绵羊群体之间,湖羊、同羊间亲缘距离系数R为0.1998。

    The standard genetic distances between populations were computed based on alleles frequency of 7 microsatellite loci . The genetic distances between sheep and goat were much larger than between sheep populations .

  4. 9024.0.9116和0.8774,有效等位基因数(Ne)分别为11.7723.12.4538和11.6104,均以同羊为最高;

    Mean effective numbers of alleles ( Ne ) are 11 . 7723.12 . 4538 and 11 . 6104 . Tong sheep have highest level about above 3 indexes .

  5. 湖羊、同羊12个同工酶座位的检测

    Genetic estimation of 12 isozymes in Hu sheep and Tong sheep

  6. 同羊春毛理化特性的研究

    On the physical and chemical properties of spring wool of Tong sheep

  7. 湖羊和同羊群体的血液酶和其它蛋白质结构基因座的基因平均杂合度分别为

    The average heterozygosity of blood enzyme and other protein structural loci were

  8. 湖羊与同羊血液蛋白多型及其系统地位

    Blood protein polymorphism and phylogeny status of Hu sheep and Tong sheep

  9. 同羊群体遗传共适应特性研究

    A Study of Genetic Co-adaptability in Tong Sheep Population

  10. 同羊肉质的分析研究

    Analysis of meat quality of Tong sheep

  11. 应用两类遗传标记方法分析湖羊和同羊的遗传多样性

    Genetic polymorphism analysis of two kinds of genetic markers in Hu sheep and Tong sheep

  12. 试论同羊及其发展问题

    Tong sheep and its development

  13. 在电泳检测中性结构基因座的基础上采用共显性-共显性模型探讨同羊群体遗传共适应特性。

    Genetic co-adaptability of Tong sheep was discussed with co-dominance-co-dominance model based on testing neutral structural loci by electrophoresis .

  14. 前人关于小尾寒羊、滩羊由蒙古羊分化而来的考证得到遗传学实验的进一步证明,湖羊、同羊、小尾寒羊和滩羊受蒙古羊血统的影响递减。

    Hu sheep , Tong sheep , Small Tailed Han sheep and Tan sheep were decreasingly affected by the bloodline of Mongolian sheep .

  15. 同羊为我国著名的也是陕西省独有的肉毛兼用脂尾半细毛羊优良品种。

    Tong sheep is not only the famous sheep breed in China , but also a special dual-purpose half fine-wool local sheep breed in Shaanxi Province .

  16. 在同羊所检测的14个座位中,11个座位存在多型,群体基因频率的样本估计值及其不偏离实际值0.5倍的可靠性以及可靠性达0.9545时的精确度(相对偏差)如表2。

    Accuracy and reliability of estimate of gene frequencies of Tong sheep are shown in table 2 . Of the 14 loci tested , 11 loci have polymorphism .

  17. 非繁殖季节同羊和内蒙古细毛羊作受体处理后,同期发情率和受体利用率较低,选用小尾寒羊作受体比较理想。

    However , in anestrous season , the ratios of estrus synchronization and recipient utilization were very low in both Tong sheep and Inner Mongolia sheep . The small tail sheep was the best recipients .

  18. 。同时引用了国内学者有关小尾寒羊、滩羊、湖羊、同羊及长江三角洲白山羊(参照群体)共计377个个体的相同资料进行群体遗传关系分析。

    The same data of Small-Tailed Han sheep , Tan sheep , Hu sheep , Tong sheep and Yangtse River Delta White goat ( the referenced population ), which summed up 377 individuals , were cited to further analyze their genetic relationships .