微孢子虫病

  • 网络Microsporidiosis
微孢子虫病微孢子虫病
  1. 亚洲玉米螟大量饲养中微孢子虫病控制技术

    The control techniques of microsporidiosis in mass rearing of Asian corn borer

  2. 试验结果表明:幼虫感染微孢子虫病的死亡率随幼虫龄期的增大而减弱,随孢子浓度的增加而增大。

    The experimental results reveal that the infective mortality of larva microsporidiosis reduces with the increase of larva instar and increases with the increase of spore concentration .

  3. 兔脑炎微孢子虫病的免疫学研究进展

    Research and Development on Immunology of Encephalitozoonosis in Rabbits

  4. 天蚕微孢子虫病的研究

    Studies on Microsporidium Disease in Japanese Oak Silkworm

  5. 我国家蚕微孢子虫病检测与防治新技术研究与应用进展

    Advances in the study and applications on the detection and prevention methods of the Nosema bombycis illness in China

  6. 微孢子虫病表现为腹部、生殖腺、肝脏、肌肉等组织寄生大量孢子囊;

    The cysts of Microsporidians had been found frequently in the abdomen , germen gland , liver , muscle and other internal organs .

  7. 随着全球艾滋病患者的增多,与艾滋病合并感染人体微孢子虫病的报道逐渐增多,受到人们的重视。

    With the increasing numbers of AIDS patients all over the world , case reports of microsporidiosis in those patients are raising , attracting more attention to it .

  8. 作者通过饲养9种农业害虫和黑光灯诱集,观察记录了29种寄生性昆虫天敌和玉米螟微孢子虫病等3种微生物天敌。

    29 kinds of parasitic natural enemies of insects and 3 kinds of microbial natural enemies were recorded by raising agricultural pests and collecting them with blacklight traps since 1983 in Longdong .

  9. 结果表明,烟曲霉素B453、565和683μg/g的剂量处理都显著降低了亚洲玉米螟微孢子虫病的感染率和感染强度。

    The results showed that all the Fumidil B treatments , 453 , 565 and 683 μ g / g in artificial diet , has significantly decreased the infection rates and intensities of the microsporidian .

  10. 微孢子虫的形态、侵染性变异,以及侵染机制等问题是防治动物微孢子虫病和微孢子虫生防应用中亟待解决的重要基础理论问题。

    The variation in morphology and infectivity of microsporidia and their invasion mechanism are important theoretic problems , which need in depth study .