Age and sex estimation by metric measurements and fusion of hyoid bone in a Turkish population

A Balseven-Odabasi, E Yalcinozan, A Keten… - Journal of Forensic and …, 2013 - Elsevier
A Balseven-Odabasi, E Yalcinozan, A Keten, R Akçan, AR Tumer, A Onan, N Canturk
Journal of Forensic and Legal Medicine, 2013Elsevier
The hyoid bone is of great importance in forensic medicine practice and it has been studied
for various forensic purposes; however, there have been few studies dealing with age and
sex estimation using the hyoid bone. Using discriminant function analysis this study attempts
to determine the utility of metric measurements and non-metric variations of the hyoid bone
in terms of estimation of sex and age in a Turkish population and to find out differences with
other populations by comparison of obtained results with the literature. For this purpose, the …
Abstract
The hyoid bone is of great importance in forensic medicine practice and it has been studied for various forensic purposes; however, there have been few studies dealing with age and sex estimation using the hyoid bone. Using discriminant function analysis this study attempts to determine the utility of metric measurements and non-metric variations of the hyoid bone in terms of estimation of sex and age in a Turkish population and to find out differences with other populations by comparison of obtained results with the literature. For this purpose, the hyoid bones of 85 cadavers of known sex and age were extracted and 33 measurements were made with a computer program following photography with a camera. In addition to these measurements, the degree of fusion of the greater cornua to the hyoid corpus was examined. Out of 33 measurements, 18 showed significant sex-related differences.
There was a sharp rise in hyoid bone fusion in both males and females after the age of 60 years. However, no marked sex-related differences were observed regarding fusion. The unstandardised canonical discriminant function was estimated based on three variables, and the correct classification ratio was 77.4% for males and 81.3% for females. The obtained findings suggest that measurements of hyoid bone can be used for sex estimation in the Turkish population.
Elsevier
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