于是研究微生物抗药性的分子机理就变得极为重要。
Thus the research in the molecular mechanism of microorganism drug resistance is extremely important.
做出警告的英国伯明翰和华威大学的科学家认为，冲入下水道和河流的消毒剂和其他产品引发了抗药性微生物的增长。
The warning has been made by Birmingham and Warwick university scientists, who say disinfectants and other products washed into sewers and rivers are triggering the growth of drug-resistant microbes.
这些成果影响深远，但随着抗药性微生物的出现，我们现正面临失去许多这些珍贵药物的危险。
The gains have been profound, yet we now risk losing many of these precious medicines as drug-resistant organisms emerge.
然而，随着抗生素的广泛使用，抗生素的滥用越来越严重，导致微生物的抗药性问题越来越棘手。
However, as the broader application, abusing of antibiotics is becoming increasingly serious problem which followed by dangerous drug resistance.
这是因为一般来说，抗生素作为治疗药物，微生物获得抗药性的遗传能力，这导致制药行业出现了问题。
This is because in general, microorganisms have the genetic ability to acquire multi resistances to antibiotic used as therapeutic agents and this have caused problems to pharmaceutical industries.
它是一种土壤微生物的天然代谢产物，它能对付多抗药性癌细胞。
It is derived as a natural metabolite of a certain bacteria found in soil. It also has potential to overcome multi-drug resistance in cancer cells.
抗菌药物的滥用已经引起微生物的较强抗药性，目前没有新的药物来抵抗微生物。
A the misuse of the antibiotics has caused stronger bacteria resistance and no new drugs against the bacteria are available at present.
抗菌药物的滥用已经引起微生物的较强抗药性，目前没有新的药物来抵抗微生物。
A the misuse of the antibiotics has caused stronger bacteria resistance and no new drugs against the bacteria are available at present.
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