We are an award-winning research group that provides informatics solutions for safer and cheaper new molecules by linking chemical structure and physico-chemical properties to biological activity and effects. Find out more about research, collaborations, REF highlights and people working within this group.
The Forensic Science Research Group influences policy and provides real world solutions. Discover our expertise including analysis of ballistic and drug materials, properties of psycho and bioactive substances, and forensic microscopy. Meet our researchers and find out how we can work with you.
The Chemical, Biological and Trace Analysis Network specialises in detection, recovery and analysis of chemical ballistics, controlled drugs, medicinal, cosmetic and food products, biological materials, DNA and trace evidence to enhance global public health and policy.
Patrick Byrne's expertise centres on inorganic and organic chemical pollution in rivers, ground water and the coastal zone.
Research projects at LJMU including the PBK modelling dataset
Physiologically-Based Kinetic (PBK) Modelling Research at LJMU: PBK Webhub
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about the abundance of scientific evidence that indicates that certain naturally occurring, non-nutritive and nutritive chemical components may prevent or reduce the risk of some chronic diseases.
Sources of data for model parameterisation and software for developing PBK models
Discover the career opportunities available to graduates of pharmacy and biomolecular sciences including working in community and hospital pharmacies and the pharmaceutical industry.
By studying the gas and stars that shape the Milky Way as well as other galaxies in the local Universe, we can understand the life cycles of stars like our Sun, unravel the chemical enrichment history of the universe, and probe the existence of black holes across a wide mass spectrum.