MIST: A microbial identification and source tracking system for next-generation sequencing data

IF 23.7 Q1 MICROBIOLOGY iMeta Pub Date : 2023-11-02 DOI:10.1002/imt2.146
Minghui Song, Chang Han, Linmeng Liu, Qiongqiong Li, Yiling Fan, Hao Gao, Dan Zhang, Yi Ren, Feng Qin, Meicheng Yang
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Abstract

The Professional Committee of Microbiology of the National Pharmacopoeia Commission organized the drafting of the Technical Guidelines for Microbial Whole Genome Sequencing (WGS), aiming to standardize the method process and technical indicators of microbial WGS and ensure the accuracy of sequencing and identification. On the basis of the Guidelines, we developed an integrated microbial identification and source tracking (MIST) system, which could meet the needs of microbial identification and contamination investigation in food and drug quality control. MIST integrates three analysis pipelines: 16S/18S/internal transcribed spacer amplicon-based microbial identification, WGS-based microbial identification, and single-nucleotide polymorphism-based microbial source tracking. MIST can analyze sequence data in a variety of formats, such as Fasta, base call file, and FASTQ. It can be connected to a high-throughput sequencing instrument to acquire sequencing data directly. We also developed a publicly accessible web server for MIST (http://syj.i-sanger.cn).

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MIST:下一代测序数据的微生物鉴定和来源跟踪系统
国家药典委员会微生物专业委员会组织编写了《微生物全基因组测序技术导则》(WGS),旨在规范微生物全基因组测序的方法流程和技术指标,保证测序鉴定的准确性。在该指南的基础上,我们开发了一套微生物鉴定和来源追踪(MIST)集成系统,可以满足食品药品质量控制中微生物鉴定和污染调查的需要。MIST集成了三个分析管道:基于16S/18S/内部转录间隔子扩增子的微生物鉴定,基于wgs的微生物鉴定和基于单核苷酸多态性的微生物来源跟踪。MIST可以分析各种格式的序列数据,例如Fasta、基本调用文件和FASTQ。可与高通量测序仪器连接,直接获取测序数据。我们还为MIST开发了一个可公开访问的web服务器(http://syj.i-sanger.cn)。
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