Internal architecture of the juvenile scapula

Research

My research focuses on the juvenile scapula. By employing cutting-edge imaging techniques, it is possible to visualise the intricacies of this unique bone at its most crucial stages of development.

Micro-computed tomography (micro-CT) is one such technique that allows us to peer inside these bones in minute detail. Many of the structures that we observe measure only a few microns across, and analysing the bone on the smallest of scales allows us to precisely describe its internal architecture.

Conventional clinical x-rays are also used in exciting new ways to uncover previously unseen developmental patterns. Gradient mapping, a technique pioneered by CAHId researchers [LINK: Sue/Craig], uses bold colours to unveil structural patterns that could otherwise be overlooked in standard x-rays and provides an additional insight into the biomechanics of the juvenile scapula.

Building such a detailed map of these structures helps us to quantify how stresses and strains pass through the bone, as well as offering clues about how the scapula might fail in adverse clinical, archeological or forensic circumstances.

The unique anatomical skill base as well as the unparalleled Scheuer Collection means that CAHId is an ideal place to carry out this type of research.