This study explores the role of MRI and CBCT imaging in improving the accuracy of forensic 3D craniofacial reconstruction. Facial soft tissue thickness (FSTT) was measured at multiple anatomical landmarks using MRI in healthy adults and applied to digital facial reconstructions. Additional CBCT-based regional data were used in a real forensic case in Karnataka, India, which ultimately assisted in identifying a missing person. The findings demonstrate that posture-corrected MRI data and region-specific CBCT datasets can significantly enhance the anatomical reliability of forensic facial reconstruction for human identification.
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