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Kinetoplastid genomics: The thin end of the wedge

机译:动素体基因组学:楔形的细端

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摘要

The completion of the genome sequencing projects for major pathogens Trypanosoma brucei, Trypanosoma cruzi and Leishmania major has enabled numerous studies that would have been difficult or impossible to perform otherwise. New technologies in sequencing and protein analyses promise further rapid expansion in our capabilities. The keys to successful use of these new tools are recognizing the power and limitations of studies performed thus far, grasping the unrealized potential of new and developingtechnologies, and creating access to a multidisciplinary set of skills that will facilitate research, particularly in the bioinformatic analysis of the reams of data that will be forthcoming. In this Discussion, we will provide an overview of kinetoplastid genomics studies with emphasis on studies advanced through genomic data, and a preview of what may come in the near future.
机译:主要病原体锥虫,克鲁斯锥虫和利什曼原虫的基因组测序项目的完成,使许多本来很难或不可能进行的研究成为可能。测序和蛋白质分析的新技术有望进一步扩展我们的能力。成功使用这些新工具的关键是认识到迄今进行的研究的力量和局限性,掌握新技术和发展中技术的未实现潜力,并获得可促进研究的多学科技能组合,特别是在生物信息学分析中。即将发布的大量数据。在本次讨论中,我们将概述运动质体基因组学研究,重点是通过基因组数据进行的研究,并预告不久的将来。

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