Developing nanopore sequencing technology for disease surveillance and reporting

DNA测序技术的使用将是这一项目的核心，开发分析序列数据的工具也是如此。为此，轮换将在该大学高级数据分析中心(ADAC)的基因组组内举行。将获得生物信息学、数据处理和统计领域中高度可转让的技能。对现有数据的计算分析将使人们能够迅速建立对基因组组装和使用尖端方法进行注释或转录组分析的信心。此外，在CL3与细菌合作的技能是不同寻常的，但很容易转移到其他危险的病原体上。

The use of DNA sequencing technology will be central to this project as will be the development of tools to analyse sequence data. In preparation for this the rotation will be held within the genomics group of the University's Advanced Data Analysis Centre (ADAC). Highly transferable skills in the areas of bioinformatics, data manipulation and statistics will be gained. Computational analysis of existing data will allow rapid development of confidence in genome assembly and annotation or transcriptome analysis using cutting edge methodologies. In addition, skills in working with bacteria at CL3 are unusual but readily transferable to other dangerous pathogens.