大尾寒羊

  • 网络Large Tailed Han Sheep
大尾寒羊大尾寒羊
  1. 测定了小尾寒羊、大尾寒羊、洼地绵羊、滩羊和鲁北白山羊5个品种羊415bp线粒体DNA细胞色素b基因片段,其中44个位点检出变异。

    The mtDNA Cyt b sequences ( 415 bp ) were analyzed in four native sheep and one goat breeds ( Little Tail Han sheep , Large Tail Han sheep , Wadi sheep , Tan sheep and Lubei White goat ) in China .

  2. 与河南小尾寒羊相比,RBC、Hb及MCV、MCH和MCHC指数均较高,说明河南大尾寒羊血液运输氧的潜力大。

    RBC , Hb , MCV , MCH and MCHC are higher than Henan small-tailed Han Sheep and it indicated that which can carry more oxygen .

  3. 河南大尾寒羊体重生长特性的研究

    Study on the Body Weight Growth Characteristics of Henan Fat-tailed Sheep

  4. 大尾寒羊哺乳羔羊蛋白质代谢规律的研究

    A study on protein metabolic rule for fat-tail suckling lambs

  5. 河南大尾寒羊的生物学特性研究

    Study on Biological Characteristics of Henan Fat - Tailed Sheep

  6. 大尾寒羊生长期能量需要量及代谢规律研究

    The energy requirement for growth and metabolic rule of fat - tail sheep

  7. 河南大尾寒羊血液生理指标的测定

    The Determination on Blood Physiological Index of Large Tail Han Sheep in Henan Province

  8. 河南大尾寒羊种质特性研究及开发利用建议

    Study of the breed character and suggestion of developing of HeNan Big Tail Sheep

  9. 大尾寒羊妊娠期能量代谢规律的研究

    A study on energy metabolic rule for pregnancy period of fat - tail sheep

  10. 大尾寒羊妊娠期蛋白质维持需要量及代谢规律的研究

    A study on protein maintenance requirement for pregnancy period and metabolic rule of large-tail sheep

  11. 小尾寒羊和大尾寒羊能量与蛋白质代谢规律研究

    Study on energy and protein metabolism rules of Small - fat - tail Sheep and Big - fat - tail Sheep

  12. 本文采用消化代谢试验、养试验和屠宰试验等方法,研究大尾寒羊哺乳羔羊蛋白质的代谢规律及需要量。

    The digestion and metabolism experiment , feeding experiment and slaughtering tests were conducted to study the protein metabolic rule and requirement of fat-tail suckling lambs .

  13. 河南大尾寒羊是我省优良的地方绵羊品种,具有独特的种质特性和较高的保种利用价值。

    HeNan Big Tail Sheep is a fine regional breed in our province . It has unique strain character and higher value of protection and utilization .

  14. 这种现象表明:河南大尾寒羊对不同的生理状况、运动状况等具有更高的适应能力;

    In concolusion , Henan fat-tailed sheep have a better adaptability on different physiological and movement state , and it also has a better adaptability to cold while poor resistance to hot .