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.
Join the School of Civil Engineering and Built Environment's Highways and Airport Pavement Engineering, Asphalt Technology, and Infrastructure Conference 2024.
Find out how you could secure an LJMU-funded internship with a local organisation, working on a suitable graduate-level project. Internships are available to Level 5 and 6 LJMU students and graduates from the most recent graduating class.
Read more about the collaboration between Energy Fairies and LCR 4.0 to further develop their Flutter Shutter solution. Notably the Energy Fairy team wanted to specifically concentrate upon iterative design and test development of their envisaged smart sun tracking feature.
Professor Bill Baltzopoulos talks about 20 years of the Research Institute for Sport and Exercise Sciences.
Find out more about members of the Biomechanics Research Group.
Liverpool Business School
Department of Maritime and Mechanical Engineering
Our research is applicable to clinical and sport and exercise biomechanics. Our focus includes: musculo-skeletal growth and development, gait analysis, virtual rehabilitation, postural stability, footwear biomechanics, and artificial neural networks.
Find out more about research projects undertaken by the Biomechanics Research Group.