This episode offers an engaging introduction to the future of sport science: musculoskeletal modelling. It’s where the labs and computers come together to shape how we understand, train and care for the human body. Musculoskeletal modelling digitally recreates human movement, offering insights into forces and mechanics that are nearly impossible to capture through direct testing.

In this conversation, Alexander explains how these models are built, what they can tell us, and why they matter. He discusses how researchers use data from a wide variety of cases, including artificial joint replacements, to train these models. He also addresses their limitations and the challenge of making them robust and reflective of real-life conditions.

We explore practical applications such as:

• Aufzählungs-Texthow joint contact force profiles can inform rehabilitation protocols to minimise joint loads,
• Aufzählungs-Texthow athletes and coaches can optimise load progression and exercise selection,
• Aufzählungs-Textand how insights from elite athletes may also apply to well-trained individuals or clinical populations aiming to build strength while preserving joint integrity.

The results show us that musculoskeletal modelling provides evidence-based tools that can guide safer rehabilitation, smarter and safer training and support long-term performance and musculoskeletal health. Curious? Then dive straight into Alexander’s podcast!

Guest: Alexander Pürzel , PhD candidate at the Department of Sport and Human Movement Science. Hosts: Hari Baskar Balasubramanian (PhD candidate) and Ranjith Kumar Ravi Kumar (postdoctoral researcher), both from the Department of Pharmaceutical Sciences. Recording and editing: Anar Batzorig (PhD candidate), Department of Nutritional Sciences.