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  1. Programme for River Flow 2024

    The River Flow 2024 programme is subject to change and will be finalized soon. Registration will open from 8am, while sessions will run from 8.30am to 5.30pm, with lunch provided at 1pm.

  3. Study Nursing at Liverpool John Moores University

    The Nursing and Midwifery Council (NMC) and Health Education England have awarded Liverpool John Moores University additional student places on our BSc (Hons) Adult Nursing and BSc (Hons) Mental Health Nursing courses. Find out more and apply today.

  5. All about STEM – Face to Face with Sport and Exercise Sciences

    The School of Sport and Exercise Sciences is committed to supporting the UK-wide volunteer STEM Ambassador Programme, co-ordinated nationally by STEMNET and managed locally by MerseySTEM (includes Cheshire). The programme enables anyone with Science, Technology, Engineering or Maths (STEM) skills to inspire young people and demonstrate the possibilities of STEM subjects and careers.

  6. EDIpedia

    Discover EDIpedia at LJMU, an inclusive STEM resource highlighting diverse scholars. Explore profiles, contribute biographies, and enhance your curriculum.

  7. Women's Physiology and Nutrition Symposium

    The Women's Physiology and Nutrition Symposium is hosted by exercise metabolism researchers Dr Jennifer Barrett, Dr Kelsie Johnson and Dr Juliette Strauss from our Research institute of Sport and Exercise Science department.

  8. Paper Submission

    Information for paper submissions for the River Flow 2024 Conference, including submission deadlines.

  9. Tourism, Travel, Culture and Heritage Research Group

    The Tourism, Travel, Culture and Heritage Research Group (TTCH) at Liverpool John Moores University reflects the inter- and multi-disciplinary nature of these topics. It is composed of researchers with a range of research backgrounds, methodological approaches and expertise drawn from both UK and international contexts.

  10. Omic analysis of muscle adaptation

    Explore our pioneering use of omic techniques to study muscle adaptation, revealing new insights into muscle growth, injury prevention, and recovery in athletes.