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   nosema disease 的翻译结果: 查询用时:0.191秒
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nosema disease     
相关语句
  “nosema disease”译为未确定词的双语例句
     Controlling Nosema Disease of Tussah by Means of Hot Water Bath
     热汤浴卵防治柞蚕微粒子病的研究
短句来源
     A STUDY ON THE RELATION OF CHIMOZINE AND NOSEMA DISEASE
     蜜蜂中肠酪素酶与孢子虫病的关系
短句来源
     Study on Bee Nosema Disease Epidemiology and Prevention and Cure Mathod
     蜜蜂孢子虫病流行病学及防治方法的研究
短句来源
  相似匹配句对
     A STUDY ON THE RELATION OF CHIMOZINE AND NOSEMA DISEASE
     蜜蜂中肠酪素酶与孢子虫病的关系
短句来源
     The pathogen of Pebrine disease in silkworm is Nosema bombycis Nageli (N.b).
     家蚕微粒子病病原为桑蚕微孢子虫(Nosema bombycis Nageli, N.b)。
短句来源
     On the Disease Feint
     论疾病的假象
短句来源
     SEX IN disease
     疾病中的性
短句来源
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  nosema disease
Therefore, the pathogen of the nosema disease in Taiwan apiary is uncertain, and it needs to elucidate in feature study.
      


It is indicated that chimozine is relative to the forming of peritrophic membrane (PMb) and the den-sity of PMb determined whether Nosema Apis Zander can inject in the ventriculus epithelium. The vitality of chimozine was measured using Apis mellifera ligustica,which shows that the vitality of chimozine is relative negatively to the rate of Nosema disease and changes with seasons.

蜜蜂中肠酪素酶与蜜蜂中肠围食膜的形成有关,而围食膜的致密度又决定了蜜蜂微孢子虫能否侵入蜜蜂中肠上皮细胞。取蜜蜂中肠测定其酪素酶的活力,得知对意大利蜂而言,酶的活力越高,孢子虫病发病率越低;反之,则发病率高,且酶活力随季节变化。

Yangcanhuan 2", an upgraded product of "Yangcanhuan" (happy silkworm raiser), isa compound disinfectant powder with hypochlorite and other chemicals as its active ingredi-ents. In the present study, treatments of rearing rooms, tools and beds and the larval bodyof silkworm with the solution or powder of Yangcanhuan 2 at the concentration of 0. 2%~0. 25% gave highly satisfactory controlling results (93. 3%~100% ) for various silkwormdiseases, such as virus diseases, fungus diseases, nosema diseases,...

Yangcanhuan 2", an upgraded product of "Yangcanhuan" (happy silkworm raiser), isa compound disinfectant powder with hypochlorite and other chemicals as its active ingredi-ents. In the present study, treatments of rearing rooms, tools and beds and the larval bodyof silkworm with the solution or powder of Yangcanhuan 2 at the concentration of 0. 2%~0. 25% gave highly satisfactory controlling results (93. 3%~100% ) for various silkwormdiseases, such as virus diseases, fungus diseases, nosema diseases, sotto disease and others.Used with the doses recommended, the chemical ha no unsatisfactory effects on the develop-ment and healthiness of the silkworm.

蚕用消毒药“养蚕欢二号”是“养蚕欢”液荆的换代产品,由次氯酸盐等多种有效成分蛆成的复合消毒粉剂.用“养蚕欢二号”0.2%~0.5%的水剂或粉剂消毒蚕宣,蚕具或蚕体、蚕座,对家蚕病毒病、真菌病,微粒子病、猝倒病等防治效果迭93.3%~100%.养蚕欢二号按规定剂量使用对家蚕的发育及体质无影响.

The key to prevent Nosema disease is to inhibit Nosema apis Zander spore germinating,so the authors studied it from four parts.In the first part,the method for purifying N.apis spore was approached.The result showed that the purified spore by Percoll method was symmetrical,no impurity and microbial.In the second part,the best way for artificial germination of N.apis spore was approached.The result showed that the germination ratio was high and the contamination was reduced by the method of KOH.In...

The key to prevent Nosema disease is to inhibit Nosema apis Zander spore germinating,so the authors studied it from four parts.In the first part,the method for purifying N.apis spore was approached.The result showed that the purified spore by Percoll method was symmetrical,no impurity and microbial.In the second part,the best way for artificial germination of N.apis spore was approached.The result showed that the germination ratio was high and the contamination was reduced by the method of KOH.In the third part,the best culture medium for artificial induction of N.apis spore was selected.The result showed that the germinating ratio was the highest with PBS of pH7.8.In the fourth part,the inhibition of EM on germination of Nosema apis in vitro was studied.The inhibition of EM on germination of Nosema apis in vitro was very strong,and the higher the concentration of EM the better effect of the inhibition.

防治蜜蜂孢子病的关键是抑制蜜蜂微孢子发芽。分四部分对此进行了探索:第一部分探索了分离纯化蜜蜂微孢子的方法,试验证明Percoll法分离的孢子均匀一致,无杂质和杂菌,适合后期试验要求;第二部分探索了蜜蜂微孢子人工发芽的最佳方法,试验证明KOH法孢子发芽率高,污染率低,为最佳的发芽方法;第三部分探索了蜜蜂微孢子人工发芽的最佳培养基,试验证明pH7.8的PBS发芽率最高,为最佳发芽培养基;第四部分探索了EM对蜜蜂微孢子体外发芽抑制作用,试验证明EM对蜜蜂微孢子体外发芽有较强的抑制的作用,浓度越高,抑制效果越好。

 
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