This case study reports the novel application of three-dimensional technologies such as
micro-CT and 3D printing to the forensic investigation of a complex case of dismemberment …

Proper documentation of physical evidence at both crimes scenes and postmortem
examination is crucial for downstream analysis, interpretation, and presentation in court …

Current methods of detection and identification of blood stains rely largely on visual
examination followed by presumptive tests such as Kastle–Meyer, Leuco-malachite green or …

Virtual autopsy (VIRTOPSY) is a non-invasive examination for forensic practice. It can
objectively and accurately reflect fractures, soft tissue injuries, wound extent, and organ …

It is impossible to obtain a representative anatomical documentation of an entire body using
classical X-ray methods, they subsume three-dimensional bodies into a two-dimensional …

Significance: Skin malformations in dermatology are mostly evaluated subjectively, based
on a doctor's experience and visual perception; an option for objective quantitative skin …

The use of infrared (IR) light to locate bloodstains on dark fabric is a search technique that is
employed in forensic examinations in a number of organisations worldwide. IR is used to …

A quantification of T1, T2, and PD in high isotropic resolution was performed on corpses.
Isotropic and quantified postmortem magnetic resonance (IQpmMR) enables sophisticated …

Although human anatomy and histology are naturally three-dimensional (3D), commonly
used diagnostic and educational tools are technologically restricted to providing two …

Documenting the existence, size, position and shape of injuries is an important part of
medical forensic examinations. In the photography of an injury, the documentation is limited …