Imaging techniques (plain radiographs, multi slice computed tomography (MSCT), and magnetic resonance (MRI)) are being increasingly implemented in forensic pathology. These methods may serve as an adjuvant to classic forensic medical diagnosis and as support to forensic autopsies. It is well noted that various post-processing techniques can provide strong forensic evidence for use in legal proceedings. This chapter reviews vertebral morphometry application in forensic, expressly used in the case of semi-automatic digital recognition of vertebral heights in fractures, by means of vertebral shape analysis which relies on six or more points positioned over the margins of each vertebrae T5 to L4 used to calculate anterior, medial, and posterior heights and statistical shape models. This approach is quantitative, more reproducible, and more feasible for large-scale data analysis, as in drug trials, where assessment may be performed by a variety of clinicians with different levels of experience. As a result, a number of morphometric methodologies for characterisation of osteoporosis have been developed. Current morphometric methodologies have the drawback of relying upon manual annotations. The manual placement of morphometric points on the vertebrae is time consuming, requiring more than 10 min per radiograph and can be quite subjective. Several semi-automated software have been produced to overcome this problem, but they are mainly applicable to dual X-ray absorptiometry (DXA) scans. Furthermore, this chapter aims to verify by an experimental model if the technique could contribute, in present or in future, to investigate the modality of traumatic vertebral injuries which may explain the manner of death.
