Identification in forensic medicine often relies on physical traits to establish an individual’s uniqueness. When complete identification is not possible, partial traits such as race, age, sex, and stature can still be determined. Among these, stature estimation plays a crucial role in narrowing down identity, especially in medicolegal investigations. Our study explores the relationship between stature and inter-acromial length (IAL) in deceased individuals, aiming to develop a reliable method for stature estimation using IAL. A total of 100 cadavers meeting specific inclusion criteria were examined. Stature was measured from the vertex to the heel in a supine position, while IAL was recorded using a sliding caliper between the lateral borders of the acromial processes. Statistical analysis was performed using Pearson’s correlation and linear regression, with significance assessed via analysis of variance (ANOVA) ( p < .05). The results revealed a strong positive correlation between IAL and stature, leading to the derivation of the regression equation: Height = 121.29 + 1.49 × IAL. These findings align with existing literature and reinforce IAL’s utility as a dependable anthropometric marker. In forensic contexts where other identifiers may be compromised, IAL offers a practical, non-invasive alternative for stature estimation. Its application can enhance post-mortem profiling and support legal proceedings with scientifically grounded data. By validating IAL as a predictive tool, this study contributes to forensic anthropology and strengthens the methodology for partial identification in medicolegal cases.
Ammu et al. (Fri,) studied this question.
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