My PhD research investigates the potential for forensic age prediction in the growth trajectories of the Anterior Cranial Fossa and Orbital Cavities.
These regions grow in close proximity during human ontogeny and influence each others development.
This project developed a novel method of collecting orbital cavity volume by closing the anterior aperture with a curved, user-defined plane that reflects its natural topography.
(Manuscript in Progress)
The newborn primate skull contains large open spaces called "fontanelles" between the bones of the neurocranium. This project designed an optimized workflow for endocast reconstruction in the segmentation software 3D Slicer.
(Manuscript in Progress)
How has selective breeding by humans changed the shape of your dogs skull and brain?
(Published: The Anatomical Record)
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