DNA methylation is one of the epigenetic marks which has been studied intensively in recent
years for age predicting purposes in the forensic area. In order to integrate age prediction …

Background DNA analysis for forensic investigations has a long tradition with important
developments and optimizations since its first application. Traditionally, short tandem …

DNA methylation is a promising biomarker for forensic age prediction. A challenge that has
emerged in recent studies is the fact that prediction errors become larger with increasing …

Forensic age estimation is a DNA intelligence tool that forms an important part of Forensic
DNA Phenotyping. Criminal cases with no suspects or with unsuccessful matches in …

Forensic DNA phenotyping refers to an emerging field of forensic sciences aimed at the
prediction of externally visible characteristics of unknown sample donors directly from …

Forensic DNA phenotyping needs to be supplemented with age prediction to become a
relevant source of information on human appearance. Recent progress in analysis of the …

The estimation of chronological age from biological fluids has been an important quest for
forensic scientists worldwide, with recent approaches exploiting the variability of DNA …

DNA methylation has been increasingly recognised for its potential use in forensic age
prediction. In this study, our prediction model based on three CpG sites in three methylation …

Individual age estimation can be applied to criminal, legal, and anthropological
investigations. DNA methylation has been established as the biomarker of choice for age …

The field of DNA intelligence focuses on retrieving information from DNA evidence that can
help narrow down large groups of suspects or define target groups of interest. With recent …