杂色鲍

  • 网络haliotis diversicolor;Haliotis diversicolor Reeve;H.diversicolor
杂色鲍杂色鲍
  1. 杂色鲍Haliotisdiversicolor溃疡症病原菌的研究

    Studies on pathogenic bacteria of ulcerate disease in Haliotis diversicolor

  2. MII三倍体杂色鲍生长优势的初步比较研究

    Research of MII triploid Haliotis diversicolor growth and its survival rate

  3. SDS变性剂对杂色鲍碱性磷酸酶的活力与构象的影响

    Effect of sodium dodecyl sulfate ( SDS ) denaturant on activity and conformation of alkaline phosphatase from Haliotis diversicolor

  4. 副溶血弧菌感染12h和24h杂色鲍肝脏全长cDNA文库的构建

    Construction of liver full-length cDNA libraries of abalone Haliotis diversicolor infected with Vibrio parahaemolyticus for 12 h and 24 h

  5. 杂色鲍(HaliotisdiversicolorReeve)消化腺细菌的初步研究

    Study on bacteria in digestive gland of Haliotis diversicolor Reeve

  6. 结果表明,用CB诱导杂色鲍,三倍体诱导率高达59.0%~76.2%;

    When CB is used to induce H. diversicolor diversicolor , the induction rate of the triploid is as high as 59 . 0 % ~ 76 . 2 % .

  7. 本文首次报道了用化学药物法(CB、咖啡因以及高pH高钙溶液)休克杂色鲍和九孔鲍受精卵诱导产生三倍体的试验结果。

    This paper reports for the first time on the experiments using chemical ( CB and caffeine as well as high-pH. high-calcium solution ) to shock the fertilized eggs of Haliotis diversicolor diversicolor and H. diversicolor aquatilis in order to induce the production of the triploids .

  8. 杂色鲍肌肉萎缩症的药物防治试验

    Test on drugs prevention and cure of withering syndrome of Haliotis Diversicolor Reeve

  9. 杂色鲍养殖模式与病害流行趋势

    Abalone culture model and its diseases epidemic trend

  10. 通过光镜、扫描与透射电镜技术对杂色鲍精巢的显微及超微结构进行研究。

    Comparative study on the spermary histological structure of triploid and diploid Carassius auratus gibelio ;

  11. 杂色鲍裂壳病球状病毒的初步观察

    Primary observation on spherical virus in diversicolor abalone ( haliotis diversicolor ) with crack shell disease

  12. 杂色鲍碱性磷酸酶在醇、醛和酮溶液中的失活作用

    Inactivation effect of alkaline phosphatase from Haliotis diversicolor in the solutions of alcohol , aldehyde and ketone

  13. 弧菌和大肠杆菌感染对杂色鲍无细胞血淋巴中几种酶活力的影响

    Activities of selected enzymes in cell free haemolymph from abalone ( Haliotis diversicolor ) injected with E. coli or Vibrio parahemolyticus

  14. 这些钻木和品种,通过无性繁殖长成和亲本一样的类型。杂色鲍繁殖亲本体型小型化原因初探

    Such rootstocks or cultivars were reproduced true to type by vegetative propagation . A preliminary study on the minimizations of small abalone , Haliotis diversicolor