Dr. Oliver Demuth
@oliverdemuth.bsky.social
Evolutionary biomechanist & functional morphologist interested in how living and dead things move | Junior Research Fellow - Earth Sciences at Clare College | Professional Scientific Illustrator | PhD Cambridge | MSc Bristol | BA ZHdK | 🇨🇭 in 🇬🇧
This made simulations more complicated, as previous pipelines often assumed a static joint centre around which the distal element (e.g., humerus) moves. However our approach automatically optimises joint translations for each rotational joint orientation and it is very fast! 5/11
September 30, 2025 at 3:17 PM
This made simulations more complicated, as previous pipelines often assumed a static joint centre around which the distal element (e.g., humerus) moves. However our approach automatically optimises joint translations for each rotational joint orientation and it is very fast! 5/11
We captured the joint motion of Red legged partridge specimens using XROMM (X-Ray reconstruction of moving morphology) and wiggled three specimens in the biplanar X-ray to capture their joint mobility 3/11
September 30, 2025 at 3:17 PM
We captured the joint motion of Red legged partridge specimens using XROMM (X-Ray reconstruction of moving morphology) and wiggled three specimens in the biplanar X-ray to capture their joint mobility 3/11