生物病毒

生物病毒生物病毒
  1. 近年来的实验证明,一些具有DNA基因的真核生物病毒,经过改建之后,都可以发展成为基因工程的分子载体。

    The experiments in the late years also show that the DNA eukaryon virus can be developed into molecular vehicles of genetic engineering after being rebuilt .

  2. 它们霸占宿主的资源来复制自己,正像生物病毒的做法一样。

    They commandeer their host 's resources to replicate just as biological viruses do .

  3. 在那有著更深层相似的意思,同样地,生物病毒并不是一种活著的东西。

    There are similarities at a deeper level , as well . A biological virus is not a living thing .

  4. 生物病毒并没有取得必然的胜利,但它们却给人类留下了一个长期的问题,因为我们至今没有能力消灭它们。

    The biological viruses aren 't necessarily winning , but they remain a chronic problem because we have not been able to eliminate them .

  5. 对任何人来说,着手行动,打印他们自己的生物病毒,强化埃博拉病毒、炭疽病、武器化流感的变体,都将轻而易举。

    It will be easy for anybody to go ahead and print their own bio-virus , enhanced versions of ebola or anthrax , weaponized flu .

  6. 蠕虫的传播和生物病毒的传播在行为上有着相似的特点,因此可以将研究生物病毒传播模式的数学工具应用到计算机蠕虫的传播模型的研究上。

    Epidemic behavior between worm and biological virus is similar , so it would be possible to apply the mathematical models of biological viruses spread to computer worm propagation model research .

  7. 不管是生物病毒还是计算机病毒的传播已经给人类社会和计算机网络造成了巨大的损失,而且在将来,他们还将继续存在于这些系统当中。

    No matter biological virus or computer viruses have caused great loss to the human society and computer network . And in the future , they will continue to exist in these systems .

  8. 本文强调网络病毒的传播不同于生物病毒的传播,它的传播信息是可以通过网络获取的;

    Different from those papers , this paper focuses on different spreading features of net virus compared with the biological virus , such as the spreading information of net virus can be recorded .

  9. RNAi现在被认为是真核生物对病毒、转基因和转座因子(Transposableelements)的防御机制。

    Now RNAi has been thought to be a defensive system against viruses , transgenes and transposable elements .

  10. 世界上最小的生物是病毒。

    The smallest living thing in the world is virus .

  11. 众所周知的两个生物工程病毒:爱滋和埃博拉。

    Two well known bioengineered diseases are AIDS and Ebola .

  12. 生物复合病毒杀虫剂光保护剂的筛选

    Screening on light Protectants for Biological Compound Virus Pesticide

  13. 具有高微生物及病毒过滤特性的过滤器可低价购得。

    Filters with a high microbial and viral retention property are available at reasonably low cost .

  14. 信息技术在生物分子病毒微观研究上有着越来越多的应用。

    More and more information techniques have been used in the research of micro virus in recent years .

  15. 根据生物流行病毒的数学模型,对计算机网络病毒的传播模型进行了研究。

    We adapt the techniques of mathematical epidemiology of biological viruses to the study of computer networks virus spreading .

  16. 为研究活体生物上病毒的电磁场灭活机理,将特定频率、特定功率的电场作用于感染鸡传染性支气管炎病毒的活体鸡上,使之产生电磁场非热效应。

    The electric field with the certain frequency and intensity is applied to the living chickens , which was infected with avian infectious bronchitis virus .

  17. 它可以以基因疫苗的方式注射,或者将携带治疗基因作为其原有基因的一部分的生物工程病毒引入体内。

    It can be directly injected for some applications in a process known as genetic vaccination , or it can be introduced by using bioengineered viruses that will carry the therapeutic gene as part of their own genetic cargo and deliver it into the cell .

  18. 与其他生物一样,病毒也有变种,一般称之为株系。

    Like organisms , viruses have variants , generally called strains .

  19. 生物防治杆状病毒基因工程研究进展

    Research Progress in Genetic Engineering of Baculovirus for Biological Control

  20. 生物传感器在病毒性疾病检测上的应用

    Application of Biosensors in the Detection of Virulent Illness

  21. 这些生物带有海港病毒,有可能会污染水资源,影响其他生物的生存。

    Should these animals harbour viruses , they will contaminate the water and affect other native wildlife .

  22. 迅速发展的复杂网络理论正有效地增进人们对大规模生物和计算机病毒传染机制的认识。

    People know well of the infectious mechanisms of large-scale biology and computer viruses with the rapid development of complex network theory .

  23. 科学家们发现病毒之后视他们为生物,因为病毒可以传播和繁殖,这表明这些病毒是活着的。

    The scientists that discovered viruses saw them as organisms that could spread and multiply , suggesting that they were very clearly alive .

  24. 生物素标记犬瘟热病毒DNA探针的制备与纯化

    Preparation and purification of canine distemper virus DNA probe marked by biotin

  25. 应用PCR技术检测兽医生物制品中污染病毒的研究

    Studies on the Application of PCR Technique to Testing for Virus Pollution Causing by Veterinary Biological Product

  26. 用DNA斑点杂交法检测对虾及其饵料和环境生物携带白斑综合症病毒状况的调查

    Investigation and study on carrying status of White Spot Syndrome Virus ( WSSV ) in shrimps and other aquatic animals by dot-blot hybridization

  27. 阳性克隆是用光生物素标记的病毒DNA和牛胸腺细胞DNA与各重组质粒DNA杂交而筛选的。

    Photobiotin-labeled viral DNA and bovine thymus DNA were used as probes to identify the recombinant plasmids which are harbouring the viral DNA fragments .

  28. 本文阐述了PCR(基因扩增)技术的原理、基本操作方法,及其在兽医生物制品疫苗污染病毒检测中的应用。

    This article expounds the principle of PCR technique , main methods of operations and its application to testing for virus pollution causing by veterinarian biological product .

  29. 为了观察新型生物防护服对病毒性传染病的防护效果及其性能,在实验室内进行了脊髓灰质炎(下称polio)病毒与SARS病毒挑战性测试。

    In order to explore the preventive effect and other capability of a new type of biological protective clothing against virus contamination , the protective activity in poliovirus and SARS virus challenge tests was evaluated in laboratory .

  30. 外来生物菜豆荚斑驳病毒在中国的风险分析

    Risk analysis of exotic pest , Bean pod mottle virus in China