Root Dentin Translucency and Forensic International Dental Database: Methodology for estimation age-at-death in...

Area of Science:

• Forensic Anthropology
• Dental Forensics
• Bioarchaeology

Background:

• Accurate age-at-death estimation in adults is crucial for identification in legal and humanitarian settings.
• Existing methods face challenges with accuracy and population-specific variations.
• Aging processes introduce variability, complicating precise age determination.

Purpose of the Study:

• To evaluate a Bayesian model integrating Root Translucency Height (RTH) and Periodontal Height (PH) for adult age-at-death estimation.
• To demonstrate the generalizability of this combined dental indicator approach across diverse populations.
• To provide a robust and universally applicable method for forensic age assessment.

Main Methods:

• Utilized Root Dentin Translucency (RDT) and Periodontal Height (PH) based on Lamendin's technique.
• Developed and applied a Bayesian statistical model.
• Incorporated data from the Forensic International Dental Database (FIDB).

Main Results:

• The combined RTH and PH indicators, analyzed via a Bayesian model, proved effective for age-at-death estimation.
• The model demonstrated generalizability across different human populations.
• Achieved improved precision and accuracy compared to traditional methods.

Conclusions:

• The Bayesian model using RTH and PH provides a generalizable and accurate method for estimating age-at-death in adults globally.
• This approach offers a validated solution for populations lacking specific age estimation procedures.
• The study enhances the reliability of forensic age assessment in diverse international contexts.