病菌

bìng jūn
  • zymad;wog;pathogenic bacteria;germ
病菌病菌
病菌 [bìng jūn]
  • [pathogenic bacteria;germ] 能使人或其他生物生病的细菌

病菌[bìng jūn]
  1. 16Srdna寡核苷酸芯片鉴定致病菌的初步研究

    Development of 16S rDNA oligonucleotide microarray for identification of pathogenic bacteria

  2. 在市级医院检出致病菌1份,个体诊所检出HBsAg阳性5份。

    Pathogenic bacteria were detected in 1 sample from municipal hospital and positive HBsAg was detected in 5 samples from private clinics .

  3. 脏手会滋生病菌。

    Dirty hands can be a breeding ground for germs .

  4. 洗碗布中可能藏有很多病菌。

    Your dishcloth can harbour many germs .

  5. 无可争辩的是,英国的鸟类携带着这种疾病的病菌。

    It is indisputable that birds in the UK are harbouring this illness

  6. 因为担心物品可能带上病菌,他们砌墙堵死了她的屋子。

    They had walled up her room because of the fear that things might be infected .

  7. 病菌会侵入机体。

    Germs invade the organism .

  8. 伤口露出的木质应以敷料包裹以防止病菌侵染。

    The exposed wood protected with a wound-dressing compound to prevent fungal infection .

  9. 疾病通常是由病菌引起的。

    Disease is usually caused by germs .

  10. 我感觉不舒服,一定是在什么地方感染病菌了。

    I 'm not feeling well ; I must have picked up a bug somewhere .

  11. 所有细菌都比病菌大。

    All bacteria are larger than viruses .

  12. 病菌已侵入肺部。

    Germs have invaded the lungs .

  13. 比如说许多生物学家认为性就是对寄生病菌的一种反应

    Many biologists think that sex , for example , is a response to parasitism .

  14. 现在,在西班牙、法国和葡萄牙的树木中也发现了这种病菌感染。

    The infection has now been found in trees in Spain , France and Portugal .

  15. 叶缘焦枯病菌(Xylella)被认为是世界上最危险的植物病原体之一。

    Xylella is considered to be one of the most dangerous pathogens for plants anywhere in the world .

  16. 这种病菌通过吸吮植物汁液的昆虫传播,自2013年首次发现以来,已导致意大利橄榄产量下降了60%。

    Transmitted by sap-sucking insects , the bacterium1 has caused Italy 's olive production to decline by 60 % since it was first discovered in 2013 .

  17. 随着提供鱼疗服务的机构不断增加,美容机构业主、环境卫生官员以及公众都开始担忧鱼疗可能会导致病菌感染。

    With the recent increase in the number of establishments offering this treatment , a growing number of people – including salon owners , environmental health officers and members of the public – have voiced concerns about the potential for transmission of infection .

  18. 卫生专家丽莎·阿克利博士说:“这项研究很重要,因为未经清洗的地毯可能成为细菌和致病菌的家园,尤其是尘螨,这可能使一些人更容易患尘螨排泄物过敏引起的哮喘、湿疹和常年过敏性鼻炎。”

    Hygiene9 expert Dr Lisa Ackerley said : ' This research is of concern as unwashed carpets can become homes to bacteria and germs and in particular dust mites , which can put some people at greater risk of asthma10 , eczema and perennial11 allergic12 rhinitis caused by allergies13 to dust mite6 faecal matter .

  19. 通用引物PCR检测临床常见致病菌的实验研究

    Universal Primer PCR for Detection of Clinic Bacteria

  20. 柑橘溃疡病菌PCR快速检测技术研究初报

    Rapid PCR detection of citrus bacterial canker disease

  21. 梨火疫病菌的实时荧光PCR检测

    Detection of Erwinia amylovora by real-time fluorescent PCR

  22. 水体污染中常见食源性致病菌的PCR分子检测研究中华绒螯蟹细菌性病原的分离和鉴定

    Study on Polymerase Chain Reaction Molecular Detection of Five Food-borne Bacterial Pathogens in Polluted Water

  23. 枯草芽孢杆菌224(Bacillussubtilis224,BS224)是从人体中分离出来的一种非致病菌。

    Bacillus subtilis 224 was separated from human body and it was non-pathogenic .

  24. COPD机械通气病人下呼吸道感染致病菌分布特点

    Distribution of pathogens in lower respiratory tract in COPD patients with mechanical ventilation

  25. 苹果黑星病菌SSR反应体系的优化

    The Optimization of the SSR Reaction System for Venturia inaequalis

  26. 杏果实黑斑病菌及近似链格孢种的RAPD分析

    RAPD analysis on apricot fruit black spot pathogen and the similar species of Alternaria

  27. 总致病菌清除率分别为90%与62.06%,两组有显著性差异(P0.05),治疗期间两组不良反应发生率低。

    There was significant difference between two groups ( P0.05 ) . The adverse reaction rate in treatment period is low .

  28. 研究结果如下:1.与没接菌的对照龙眼果实相比,接入焦腐病菌的龙眼果实采后果肉自溶速率明显加快,症状严重,果肉自溶指数极显著(P<0.01)高于对照龙眼果实。

    Was extremely serious compared with the controlled longan . Aril breakdown rate accelerated obviously and aril breakdown index was remarkable higher ( P0.01 ) than the controlled longan . 2 .

  29. 结果表明,田间赤星病菌繁殖代数越高毒力越强,毒力差异是病菌基因组DNA致病相关基因差异所致。

    The results showed that pathogen virulence increased with the increase of reproductive generations , the virulence variation was caused by the variation of pathogenetic DNA gene of pathogen .

  30. 而HIV阴性宿主中,口腔念珠菌病致病菌毒性显著高于寄生菌(P<0.01)。

    However , in the HIV-negative group , the virulence of the pathogen was significantly higher than the commensals ( P < 0.01 ) .