仆从
传染病(医学专业)
基因组
全基因组测序
全球卫生
DNA测序
医学
纳米孔测序
生物
疾病
基因组
公共卫生
遗传学
基因
病理
护理部
DNA
作者
Lucky Ronald Runtuwene,Nuankanya Sathirapongsasuti,Raweewan Srisawat,Narumon Komalamisra,Josef S. B. Tuda,Arthur E. Mongan,Gabriel Oluga Aboge,Victoria Shabardina,Wojciech Makałowski,Dela Ria Nesti,Wayan Tunas Artama,Lan Anh Nguyen-Thi,Kiew‐Lian Wan,Byoung-Kuk Na,William W. Hall,Arnab Pain,Yuki Eshita,Ryuichiro Maeda,Junya Yamagishi,Yutaka Suzuki
标识
DOI:10.1186/s13104-022-05927-2
摘要
To disseminate the portable sequencer MinION in developing countries for the main purpose of battling infectious diseases, we found a consortium called Global Research Alliance in Infectious Diseases (GRAID). By holding and inviting researchers both from developed and developing countries, we aim to train the participants with MinION's operations and foster a collaboration in infectious diseases researches. As a real-life example in which resources are limited, we describe here a result from a training course, a metagenomics analysis from two blood samples collected from a routine cattle surveillance in Kulan Progo District, Yogyakarta Province, Indonesia in 2019.One of the samples was successfully sequenced with enough sequencing yield for further analysis. After depleting the reads mapped to host DNA, the remaining reads were shown to map to Theileria orientalis using BLAST and OneCodex. Although the reads were also mapped to Clostridium botulinum, those were found to be artifacts derived from the cow genome. An effort to construct a consensus sequence was successful using a reference-based approach with Pomoxis. Hence, we concluded that the asymptomatic cow might be infected with T. orientalis and showed the usefulness of sequencing technology, specifically the MinION platform, in a developing country.
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