有明显的抗细菌作用。
生物冶金是一种细菌作用与湿法冶金相结合的新工艺。
Biological metallurgy is new technology which combines bacillus's affection and hydrometallurgy.
异常的两种主要干扰因素为细菌作用和生物甲烷气影响。
Two major interfering factors, bacterization and the influence of bio-methane, are discussed in the paper.
生物冶金是将细菌作用与湿法冶金技术相结合的一种新工艺。
Biological metallurgy is a new technology which combines bacillus's affection with hydro metallurgical process.
结论复方壳多糖真皮替代物是有体外抗细菌作用的组织工程产品。
Conclusion Composite chitosan artificial skin has the antibacterial effect in vitro, which may be used as a tissue-engineered substitute.
用扫描电镜和透射电镜，观察了大蒜对三种细菌作用的形态学改变。
The effect of garlic on three kinds of pathogenic bacteria (S. aureus, S. flexneri and E. coli)was observed with SEM and TEM.
酸乳酪一种具有酸味的蛋奶糕状食物，由细菌作用的牛奶凝结物制得，尤指。
A custardlike food with a tart flavor, prepared milk curdled by bacteria, especially Lactobacillus bulgaricus and Streptococcus thermophilus, and often sweetened or flavored with fruit.
本文利用扫描电子显微镜观察“JT烧伤液”对烧伤感染细菌作用的超微现象。
Observing the effect of "the JT liquid of burn" on bacterial infection by using SEM.
同时通过SEM分析对粉尘与细菌作用过程中细菌形态和界面作用的情况进行了研究。
The SEM analysis has been used to study the bacterial form and interface action status in the course of reaction between dusts and bacteria.
抗菌后效应的存在提示药物对细菌作用的时间应为血药浓度高于MIC的时间与PAE时间之和。
PAE suggest that the sum of drug effective time is a combination of PAE and the time that anti-microbial concentration above the MIC in blood.
这种情况的不同之处是，由于甲烷目前是以冷冻，包合物的形式存在，不需要有额外的细菌作用，只要海洋环境变暖就可释放出来。
The difference with this scenario is that no additional bacterial action is needed, only warming of the sea environment, as the methane is already present in it's frozen, clathrate form.
酸袭击可能发生，由于牙菌斑的细菌作用于我们饮食中的糖，或作为一个直接结果，酸溶解食物上溶掉了在我们牙齿表面上的珐琅。
Acid attacks can happen as a result of plaque bacteria acting on the sugars in our diet, or as a direct result of the acids in food dissolving away the enamel on the surfaces of our teeth.
在这种条件下，细菌的破坏作用就会减弱。
Under such conditions, the destructive effects of bacteria are diminished.
我意识到我们应该研究食物糜烂后滋生的细菌，但是食物包装应该起到了很大的作用，对吧？
I realize we're supposed to research food-born bacteria, but food packaging must play a role in all of that, right?
巨噬细胞是在小鼠和其他哺乳动物的免疫系统对细菌等侵入性生物的反应中发挥作用的细胞。
Macrophages are cells that play a role in the response of the immune system of mice and other mammals to invasive organisms such as bacteria.
在地球早期，整个星球上有无数的光合细菌在进行光合作用。
In Earth's early days, all over the planet countless photosynthetic bacteria performed photosynthesis.
有的细菌利用光合作用所产生的氧气，进一步改变了大气层，使其成为今天的样子。
Bacteria that used oxygen produced by photosynthesis further altered the atmosphere to what we find today.
他发现这种细菌对小鼠的作用与抗抑郁药物的作用相似。
He found the bacterium had a similar effect on the mice as an anti-depressive drug might.
食腐动物和细菌的攻击、化学性腐烂，以及侵蚀和其他地质作用的破坏，导致无法保存的可能性非常大。
Attack by scavengers and bacteria, chemical decay, and destruction by erosion and other geologic agencies make the odds against preservation very high.
而细菌呢，有点像通过化学合成的方式来为管虫提供食物，记得之前讲过的化学作用吧。
The bacteria, well the bacteria kind of feed the tubeworms through chemosynthesis, remember, that chemical reaction I described earlier.
目前，许多抗生素是通过阻断细菌中核糖体的作用来治疗一些疾病的。
Many of today's antibiotics cure various diseases by blocking the function of ribosomes in bacteria.
而这些效益都来自于生物炭满是微小细孔的结构，这些细孔对有益的细菌与真菌能够起到庇护作用。
These effects are the result of biochar's structure, which is full of microscopic pores that can harbour useful bacteria and fungi.
最后这些糖在酵母或细菌的发酵作用下产生生物乙醇或其它生物燃料。
Finally, these sugars are fermented with yeast or bacteria to produce bioethanol or other biofuels.
科学家发现，当皮肤受伤发炎时，表面的细菌起了重要的消炎作用。
Scientists have discovered that bacteria on the surface of the skin play an important role in combating inflammation when we get hurt.
抗生素只对细菌起作用，而非病毒。虽然那些因病毒感染而患上感冒或流感的病人经常要求医生给他们开抗生素，但他们很少因为这一放纵行为受太大影响。
Antibiotics work against bacteria, not viruses, yet patients who press their doctors to prescribe them for viral infections such as colds or influenza are seldom harmed by their self-indulgence.
研究者们发现，黄金对减少有害细菌（如大肠杆菌）的传播有较强的作用。
Researchers have found that gold is extremely potent in neutralising dangerous bacteria such as E Coli.
但说明细菌的确起了作用，面对一大堆突然出现的食物，它们需要很多氧气才能消化。
That suggests that the bacteria are indeed at work. Presented with a sudden food source, they are gobbling away, using lots of oxygen to digest it.
其起因是脂肪分解产物由于细菌酶的作用或皮脂腺分泌物的潴留而渗入周围组织，并从而引发了肉芽肿性炎症反应。
They develop when lipid breakdown products leak into the surrounding tissues from either bacterial enzymes or retained sebaceous secretions and incite a granulomatous inflammatory reaction.
有资料显示肉桂还有抗大肠杆菌以及其他种类细菌的作用。
It's been shown to conquer E. coli, among other types of bacteria.
无论怎样，研究已经正确揭示了益生菌是怎样可能帮助防止湿疹的并且哪个“友好的细菌”起到最好的作用。
However, studies have yet to reveal exactly how probiotics might help prevent eczema and which 'friendly bacteria' work best.
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