The School of Biological and Environmental Sciences conduct interdisciplinary and collaborative research with a number of large organisations across the globe within the areas of genetics, neurobiology, anthropology, medical entomology, ecology, evolution, and the environment.
Find out about the undergraduate and postgraduate courses in the areas of biochemistry, forensic science, pharmacy, biomedical science, virology, drug discovery, pharmaceuticals, and biotechnology.
Meet some of the staff working on cutting-edge research and delivering high-quality teaching within pharmacy and biomolecular sciences.
The School of Pharmacy and Biomolecular Science research includes clinical pharmacy and therapeutics, formulation and drug delivery, biomedical sciences, medical chemistry and natural products research and chemical, pharmaceutical and forensic analysis.
Find out more about online coverage and media press-releases from REMESH.
Liverpool John Moores University is committed to being an engaged civic University. In the Faculty of Health, we recognise the importance of promoting health through community engagement and consider this vital in preparing future healthcare professional for the role they will play after graduation.
Centre for Natural Products Discovery - browse through our journal articles.
The Forensic anthropology group is committed to the development of protocols and guidelines to increase the reliability of the recovery, documentation and analysis of human remains. We provide casework consultancy for forensic anthropological analysis, facial approximation and mass grave excavation. Find out about our work by viewing our publications, collaborations, research areas and people.
Find about more information about the Recovery and the Arts Conference organised by the Faculty of Science at Liverpool John Moores University which takes place in the Everyman Theatre on 3 September 2019.
The Applied Physiology Nutrition and Metabolism Group within RISES are involved in health, wellbeing, recovery and sporting performance. Our research into exercise metabolism and adaptation is applicable to the design of interventions that improve human health.