The pelvis is consistently regarded as the most sexually dimorphic region of the human
skeleton, and methods for sex estimation with the pelvic bones are usually very accurate. In …

South Africa has one of the highest crime rates in the world and the discovery of
dismembered bodies for human identification process poses a greater challenge. The South …

Sex determination of the human pelvis has traditionally been done through visual analyses
of morphoscopic traits and there are limited metric methods available to forensic …

The os coxa is commonly used for sex and age estimation with a high degree of accuracy.
Our study aimed to compare the accuracy among three methods, which include a deep …

Sex estimation from skeletal remains is one of the key components in establishing a
biological profile and consequent identification of an individual in a forensic and medico …

Objective: In situations where skeletal human remains are recovered, pelvic bone
morphology has been demonstrated to have an essential role in forensic sex identification …

Sex estimation is essential for human identification within bioarchaeological and medico-
legal contexts. Amongst the sexually dimorphic skeletal elements commonly utilised for this …

Sex estimation from skeletal remains is an important practice for forensic human
identification. The aims of this study were to assess sexual dimorphism and to develop …

Research in forensic anthropology is recent in Malaysia due to limited access to
documented skeletal collections. However, advanced imaging techniques provide virtual …

Sex estimation by various forensic anthropology approaches is a crucial factor for
identification of human skeletal remains. However, inexpensive, uncomplicated and reliable …