Interactive 3D PDFs offer the possibility to communicate 3D information to the reader while maintaining all the benefits of a regular 2D PDF. 3D surface imaging data displayed a patterned discoloration on the inside of the left forearm. PMCT displayed a defect in the skull on the left side of the temporal bone. PMMR revealed a space-occupying subdural hemorrhage that led to ipsilateral compression of the brain tissue of the right hemisphere. 3D surface models were created from postmortem magnetic resonance imaging (PMMR), postmortem computed tomography (PMCT), and 3D surface imaging data sets. Three example cases were chosen to serve as exemplary data for the most commonly applied imaging techniques in postmortem imaging. ![]() The use of interactive 3D PDFs is already established in the scientific community but has yet to be implemented in the field of forensic medicine. ![]() ![]() Findings are therefore often based on 3D data sets however, this information is commonly reported and communicated within 2D imagery. Modern forensic investigations increasingly revert to 3D imaging techniques, such as computed tomography, magnetic resonance imaging, and 3D surface imaging.
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