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POSTER: “Pseudomonas fluorescens Strain NCIMB 11764, a unique bacterium with cyanide adaptation features”

机译:海报:“荧光假单胞菌菌株NCIMB 11764,一种具有氰化物适应特征的独特细菌”

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Cyanide is a potent poison that can be found naturally in some environments, and released as a waste in human activities. Cyanide waste is indeed a public health and an environmental concern. Its removal is an important issue, which has been addressed by chemical-physical methods or by alternatives such as bioremediation, which utilize organisms that can degrade cyanide. Pseudomonas fluorescens NCIMB11764 (Pf11764) bacterium is capable of utilize cyanide as its sole nitrogen source. However, the complete pathways involved in its metabolism are unclear. Therefore, to learn more about the unique genetic features of Pf11764, we characterized the bacterium's genome using next-generation sequencing technology. Our main objectives were to characterize and identify the genes involved in cyanide degradation and to study potential resistance pathways present in this genome.
机译:氰化物是一种有效的毒药,可以在某些环境中自然发现,并作为人类活动的废物释放出来。氰化物废物确实是公共健康和环境问题。它的去除是一个重要的问题,已经通过化学物理方法或诸如生物修复之类的替代方法解决,该方法利用了可以降解氰化物的生物。荧光假单胞菌NCIMB11764(Pf11764)细菌能够利用氰化物作为其唯一的氮源。但是,尚不清楚其代谢所涉及的完整途径。因此,要了解有关Pf11764独特遗传特征的更多信息,我们使用下一代测序技术对细菌的基因组进行了表征。我们的主要目标是鉴定和鉴定涉及氰化物降解的基因,并研究该基因组中潜在的抗药性途径。

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