ARTIC 2.0: A broader and deeper toolkit for real-time global pathogen detection, surveillance and outbreak response

Year of award: 2024

Grantholders

  • Dr Áine O'Toole

    University of Edinburgh, United Kingdom

  • Prof Gordon Awandare

    University of Ghana, Ghana

  • Prof Caroline Colijn

    Simon Fraser University, Canada

  • Dr Jennifer Molloy

    University of Cambridge, United Kingdom

  • Dr Joshua Quick

    University of Birmingham, United Kingdom

  • Prof dr Emma Hodcroft

    Swiss Tropical and Public Health Institute, Switzerland

  • Prof dr Placide Mbala

    Institut National de Recherche Biomedicale, Congo, Democratic Republic of

  • Dr Rachel Colquhoun

    University of Edinburgh, United Kingdom

  • Prof Nicholas Loman

    University of Birmingham, United Kingdom

  • Prof Nicholas Loman

    University of Birmingham, United Kingdom

  • Prof Ian Goodfellow

    University of Cambridge, United Kingdom

  • Prof Andrew Rambaut

    University of Edinburgh, United Kingdom

  • Dr George Githinji

    Kemri-Wellcome Trust Research Programme, Kenya

  • Prof Nicholas Loman

    University of Birmingham, United Kingdom

Project summary

The ARTIC network aims to enhance outbreak and epidemic response through real-time viral genome sequencing. Initially developed for high-consequence viruses like Ebola, the ARTIC protocol proved crucial during the COVID-19 pandemic, facilitating rapid SARS-CoV-2 sequencing and global dissemination. For ARTIC 2.0 we will broaden the scope considerably to include endemic human pathogens, arthropod-borne viruses and zoonotic viruses as well as challenging new threats like the spread of AMR. We will enhance our ability to conduct responsive investigations of unusual or concerning changes in the pattern of infectious disease anywhere in the world, by leveraging new tools such as metagenomics. This could be a cluster of hemorrhagic fever of unknown aetiology but equally a spike of incidence in a known endemic arbovirus or childhood viral disease like measles. What links these events is that the investigations have to be sufficiently rapid that the information acquired can lead to effective response. ARTIC 2.0 will create a fully equipped toolbox where a robust, low-cost and accessible set of tools, that make use of the same equipment, reagents and bioinformatics, are ready to be rapidly applied to a wide range of investigations guided by an extensive knowledge base and flexible analysis pipelines.