Anatomical 3D Visualization Powered by Three.js for Scientific Studies
Physiotherapist showed a 3D morphometry and simulation platform for the cranium and cranio-cervical junction.
It's impressive when 3D visualization work finds use in diverse fields, including science and education. One example of such a project is a 3D visualization of a cranium showcased by a Physiotherapist.
The 3D model is a web-based 3D morphometry and simulation platform for the cranium and cranio-cervical junction, which performs landmark-based measurements on STL/GLB models, applies localized mesh deformation, and generates simulations using patient-derived CSV data.
The real-time 3D visualization is powered by Three.js. The model allows for a wide range of cross-sectional analysis and measurement workflows. According to the creator, the visualization might be used in academic research, anatomy studies, simulations for surgical planning, education, and more. You can find more details in Physiotherapist's X/Twitter thread.
Also, take a look at a breakdown of building an anatomical system, which grew out of the artist's 3D work in medical learning, shared by 3D Artist Mendy BM:
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