Title of article
Research Paper: Gender Identification With Knee Bicondylar Width and Vertical Diameter of the Femur Head Based on Radiography Assessment
Author/Authors
Ghorbanzadeh, Behjat Department of Forensic Legal Medicine - Rasoul-e-Akram Hospital - Iran University of Medical Sciences , Soltani, Siamak Department of Forensic Legal Medicine - Rasoul-e-Akram Hospital - Iran University of Medical Sciences , Aghakhani, Kamran Department of Forensic Legal Medicine - Rasoul-e-Akram Hospital - Iran University of Medical Sciences , Rismantab Sani, Sahar Department of Clinical Sciences - School of Medicine - Shahid Beheshti University of Medical Sciences , Ashrafi Esfahani, Shayesteh Department of Forensic Legal Medicine - Rasoul-e-Akram Hospital - Iran University of Medical Sciences
Pages
6
From page
209
To page
214
Abstract
Background: Some skeletal criteria especially for bones of lower limbs are considerably different between men and women that may help in identifying the gender. We studied two lower limbs parameters, i.e. bicondylar width and vertical diameter of the femoral head based on radiographic assessment in gender identification.
Methods: Bicondylar width and vertical diameter of the femoral head of 280 radiographs taken from people aged 30 to 75 years were measured. Additionally, gender and age subgroups were recorded and added to the measured anthropometric parameters in the checklist of the study.
Results: The mean width of both left and right bicondylar bones as well as vertical diameter of both left and right femoral heads were significantly different between men and women. Considering two parameters of bicondylar width and vertical diameter of femoral head, the measurements could differentiate gender, with 96.7% sensitivity, 72.2% specificity, and 96.0% accuracy.
Conclusion: By measuring bicondylar width and vertical diameter of the femur head, it is possible to determine gender with a high discriminative capability
Keywords
Anthropology , Gender , Femur
Journal title
International Journal of Medical Toxicology and Forensic Medicine
Serial Year
2017
Record number
2521442
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