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.
Explore our pioneering use of omic techniques to study muscle adaptation, revealing new insights into muscle growth, injury prevention, and recovery in athletes.
Learn how our research on female athletes uncovers the impact of hormonal changes on performance, helping develop personalised training and nutrition plans for women.
Discover how Dynamic Proteome Profiling reveals changes in protein quality in human muscle as we age, providing insights into improving lifelong health and muscle ageing.
Cellular and Molecular Physiology of Lifelong Health has expertise in human exercise physiology, experimental models of muscle adaptation and state-of-the-art mass spectrometry for proteomic and metabolomic studies.
Our research aims to make positive changes to coach, teacher and practitioner development and inform policy and practice to improve people’s lives. We provide multidisciplinary approaches to our research with the aim of solving real world problems and pride ourselves in collaborating with industry partners.
Our research aims to make positive changes to coach, teacher and practitioner development and inform policy and practice to improve people’s lives. We provide multidisciplinary approaches to our research with the aim of solving real world problems and pride ourselves in collaborating with industry partners.
Find out more about the Justice Policy and Practice Group (JPPG).
Find out about the researchers within the Justice Policy and Practice Group (JPPG).
Child and Youth research is divided into strands, find out more about this work.
Research undertaken by CCSE members of the Children and Youth Research Group seeks to explore the experiences of children and young people who come into contact with the Youth Justice System.