细菌能

细菌能细菌能
  1. 许多细菌能产生疾病。

    Many bacteria cause diseases .

  2. 2钾细菌能使40%酸性土样中的Zn元素发生轻度活化,其余酸性及中性土样中的Zn元素固定;

    The silicate bacteria could make zine element dissolve slightly in 40 % of the acid soil samples . Zine element in the other acid and neutral soil samples had been fixed .

  3. 凡是使渗透压升高从而使aw下降至大多数细菌能生长的水平以下的化学物质,都可以用作抑菌剂。

    Chemicals that increase osmotic pressure with reduced aw below the level that permits growth of most bacteria can be used as Bacteriostats .

  4. 锦鲤硝化细菌能快速建立锦鲤池中的生物过滤系统。

    PSBIO KOI rapidly builds up biological filtration in Koi pond .

  5. 有些真菌和细菌能在好气条件下进行反硝化。

    Some fungi as well as bacteria can denitrify under aerobic environment .

  6. 该细菌能以乙酰胺为惟一碳源和氮源,能进行氨化和硝化作用并产生亚硝酸。

    It could use acetamide as the sole carbon and nitrogen sources .

  7. 生活在更深处的细菌能存活更长时间。

    Bacteria living at greater depths could survive longer .

  8. 除油细菌能产生脂肪酶促进油脂分解;

    The oil-removing bacteria can produce lipase to promote the decomposition of grease .

  9. 某些细菌能产生特殊的生殖细胞叫孢子。

    Some bacteria produce special reproductive cells called spores .

  10. 细点腐蚀制板法的过程细菌能使有机物腐烂。

    An etching made by this process . Bacteria can decompose organic matter .

  11. 有多种细菌能抵抗青霉素。

    Many sorts of bacteria are resistant to penicillin .

  12. 没可能啊!细菌能分泌好闻的化学物质?

    No way ! A bacterium is producing the chemical that smells so good ?

  13. 在热泉周围大量繁殖的细菌能填饱它们的肚子

    because they are able to feed on bacteria that thrive around the vents .

  14. 最后它是一种复杂的碳水化合物,只有很少几种细菌能分解它。

    Finally , it is a complex carbohydrate that is attacked by relatively few bacteria .

  15. 这些细菌能把空气中的氮气分解成豆科植物可利用的形式。

    These bacteria break down nitrogen from the air into a form that legumes can use .

  16. 细菌能使有机物腐烂。

    Bacteria can decompose organic matter .

  17. 细菌能通过很多途径传播,一个被传染的人咳嗽或者打喷嚏,然后传染给附近的人。

    Diseases spread in many ways . An infected person can cough or sneeze on someone nearby .

  18. 研究人员发现,发酵性细菌能利用其鞭毛与特定的古甲烷菌产生互作。

    We found that a fermentative bacterium used its flagellum for interaction with a specific methanogenic archaeon .

  19. 伯明翰大学的科学家发现,以糖为生的无害细菌能产生氢气。

    Scientists at the University of Birmingham have shown that harmless bacteria that feeds on sugar produces hydrogen gas .

  20. 有兴趣的患者可以登陆网站clinicaltrials.gov进行注册。但愿肠道细菌能帮助患者早日康复。

    Interested patients can go to clinicaltrials.gov to sign up - and hopefully worm their way out of intestinal distress .

  21. 以上结果显示内生细菌能定殖油菜,其数量在油菜体内发生明显的波动。

    The results show that endophytic bacteria could colonize well in oilseed rape and their amounts obviously fluctuate within host .

  22. 目的证实严重烧伤后肠道细菌能移位至痴下水肿液的推想。

    Objective To verify whether the gut flora translocate into the subeschar edema fluid ( SEF ) following severe burns .

  23. 在确定了某些肠道细菌能有效针对肥胖之后,益生菌就风靡起来。

    After it was determined that certain gut bacteria can play a role in obesity , probiotics became all the rage .

  24. 多糖是土壤中重要的胶结物质,对土壤颗粒的团聚起到十分重要的作用,而荚膜细菌能产生荚膜多糖。

    The soil polysaccharides which can be produced by slime-forming bacteria play a important role in the formation of soil aggregates .

  25. 当累积到足够数量时,细菌能识别,并开始发起攻击,然后老鼠就死了。

    It recognizes when it has enough bacteria that now they 're going to launch their attack , and the animal dies .

  26. 在1970年代,比利时科学家马科凡蒙塔古发现,土壤中有细菌能进行一种自然基因转化。

    In the 1970s , Marc van Montagu , a Belgian scientist discovered bacteria in soil performing a kind of natural genetic engineering .

  27. 藻际细菌能利用微藻分泌的胞外产物作为生长的营养物质,与微藻有着独特的生态关系。

    Bacteria have a unique ecological relationship with algae in the phycosphere , due to the utilization of the algal extracellular products as growth nutrient .

  28. 这意味着许多发展出抗药性的罕见变异细菌能在24小时内繁殖出数以百万计的细胞。

    This means that many rare mutant bacteria that are antibiotic resistant can grow up and become millions and millions of cells within 24 hours .

  29. 第三重打击是肠屏障完整性的丢失,使肠道有毒物质和细菌能透过肠壁。

    The third attack was the loss of integrity of the intestinal barrier . It permitted the toxic substance and the bacteria permeating the intestinal wall .

  30. 众多的细菌能彼此相互联系以协调他们的进食和迁移能力,有时甚至会牺牲自己以获得更大的群体利益。

    Populations of bacteria can communicate with one another to coordinate their feeding and swarming activity , and sometimes even sacrifice themselves for the greater good .