Denholm J T, de Vries G, Anthony R, Robinson E, Backx M, Laurenson I F, Seagar A L, Modestil H, Trieu L, Meissner J S, Ng D H L, Tay J Y, Lin H H, Lee R, Sintchenko V, Marais B J, Donnan E J
Victorian Tuberculosis Program, Melbourne, VIC, Australia.
Department of Infectious Diseases, Peter Doherty Institute for Infection and Immunity, University of Melbourne, Parkville, VIC, Australia.
IJTLD Open. 2024 Oct 1;1(10):431-436. doi: 10.5588/ijtldopen.24.0320. eCollection 2024 Oct.
TB is a priority pathogen for the application of whole-genome sequencing (WGS) into routine public health practice. In low-incidence settings, a growing number of services have begun to incorporate routine WGS into standard practice. The increasing availability of real-time genomic information supports a variety of aspects of the public health response, including the detection of drug resistance, monitoring of laboratory and clinical practices, contact tracing investigations and active case finding. Optimal structures and approaches are needed to support the rapid translation of genomic information into practice and to evaluate outcomes and impact. In this consensus paper, we outline the elements needed to systemically incorporate routine WGS into the TB public health response, including the sustainability of services, multidisciplinary team models and monitoring and evaluation frameworks. If integrated in an efficient and thoughtful manner, routine WGS has the potential to significantly improve clinical TB care for individuals and the overall public health response.
结核病是将全基因组测序(WGS)应用于常规公共卫生实践的重点病原体。在低发病率地区,越来越多的服务机构已开始将常规WGS纳入标准实践。实时基因组信息的日益普及为公共卫生应对的各个方面提供了支持,包括耐药性检测、实验室和临床实践监测、接触者追踪调查以及主动病例发现。需要最佳的结构和方法来支持将基因组信息迅速转化为实践,并评估结果和影响。在本共识文件中,我们概述了将常规WGS系统纳入结核病公共卫生应对所需的要素,包括服务的可持续性、多学科团队模式以及监测和评估框架。如果以高效且周全的方式进行整合,常规WGS有潜力显著改善个体的临床结核病护理以及整体公共卫生应对。