We conduct a wide variety of research including 3D technology, evidence-based research, dissection-based research, education and cadaver embalming. Please feel free to contact us for potential collaboration!
Variability is the law of life, and as no two faces are the same, so no two bodies are alike. - Sir William Osler
3D embryological models can be constructed from histological slides, allowing us to unravel our evolutionary past and understand what goes wrong in case of developmental defects.
Our "in silico" research involves meta-analyses of anatomical structures and reinterpretations of published materials and publically available datasets to generate new findings.
We a combination of imaging modalities including computed tomography, ultrasound and magnetic resonance imaging to obtain a comprehensive understanding of morphometry and anatomical variation.
3D technology allow us to create life-like models which may be used as supplementary material to enhance students' learning performance.
New embalming formulae are being developed to create life-like specimens that suit the tropical climate at lower costs.
Collaborators
University of Birmingham
Tulane University
Maastricht University
Khon Kaen University