17th JPIAMR transnational call for research projects - AMR Interventions 2024 (IMPACT)


This is a match-making section for JPIAMR 17th call - AMR Interventions 2024 (IMPACT).

General Information

  • Type: Partner looking for project
  • Organisation: University of Stirling
  • Country: United Kingdom (UK)
  • Career stage: Other.

Research area

  • Scientific area(s) of the call:
    1. Topic 2: Improve and/or, compare and/or evaluate strategies, technologies, treatments, methods, protocols or data collection based on existing interventions, aiming to prevent or reduce the emergence or spread of antibacterial or antifungal resistance or to treat/cure infections caused by resistant bacteria/fungi and recommend new policies.
  • Subtopics:

    1. Improve and/or compare and/ or evaluate the effectiveness of existing interventions (e.g. cost effectiveness clinical utility, socio-economic adaptability, reducing AMR emergence, spread, transmission, treatment etc.)
    2. Identify the barriers to uptake, including factors leading to the success or failure of previously run pilot interventions, and when applicable design solutions to overcome them.

  • One Health Setting:

    Animal Health (incl. wildlife, livestock, acquatic organisms, and companion animals)

  • Keywords:

    aquaculture; diagnosis; AMR; vaccines

  • Brief description of your expertise / expertise you are looking for:

    I have 20+ years experience of working in global aquaculture with relevant expertise in tropical or warm water aquaculture (e.g. catfish, tilapia, shrimp etc). My expertise is in disease diagnosis, bacterial pathogenesis, interventions to reduce AMR (vaccines) and understanding barriers and catalysts to reduce AMR development in aquaculture. My skills span laboratory (traditional and molecular assays), vaccine development, field skills (questionnaires, focus groups, surveys).

  • Brief description of your project / the project you would like to join:

    I am looking to join a project investigating strategies, interventions and technologies to reduce the spread of antibacterial resistance within a One Health setting.

Contact details

Margaret Crumlish

Submitted on 2024-01-18 13:35:22

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