Age Estimation with DNA

Age estimated by changes to DNA can help predict health outcomes ...

One method scientists use to measure biological age examines the epigenome, which contains a record of changes to a cell's DNA and DNA- ...

Age estimation using DNA methylation technique in forensics

DNA methylation is a favorable candidate in estimating the age at the time of death in forensic profiling. DNA methylation changes rapidly up to ...

Uncovering Forensic Evidence: A Path to Age Estimation through ...

Age estimation is a component of Forensic DNA Phenotyping (FDP), which involves predicting a person's externally visible characteristics (EVCs) alongside ...

Calculating age with DNA - Department of Oncology

The Horvath clock is one of the most widely-used age clocks and uses DNA methylation data to calculate age.

Age Estimation with DNA: From Forensic DNA Fingerprinting to ...

This mini-review puts recent developments in age estimation via (epi)genetic methods in the context of the requirements and goals of forensic genetics.

Combining current knowledge on DNA methylation-based age ...

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

Forensic Age Estimation with DNA Methylation | Verogen

Accurate models for age prediction. DNA methylation sites are the most informative marker for aging, making methylation analysis the best way to predict age. • ...

Getting the chronological age out of DNA: using insights of age ...

The idea behind forensic age prediction is to predict chronological age with the highest possible precision. First, an analysis method must be ...

Accurate, non-destructive, and high-throughput age estimation for ...

Recently, DNA methylation has been shown to estimate age using DNA extracted from fin tissue without the need to kill the fish. In this study we ...

Forensic Age Estimation through a DNA Methylation-Based ... - MDPI

DNA methylation is one of the epigenetic marks which has been studied intensively in recent years for age predicting purposes in the forensic area.

Exploring legal age estimation using DNA methylation - ScienceDirect

A blood wide age range prediction model was built using 5 CpGs obtaining MAE: ±4.07 and ±4.27 years for a test set of 18-year-old MZ and DZ twins, respectively.

Non‐invasive age estimation based on faecal DNA using ...

This is the first study to report the use of non-invasive faecal samples to estimate the age of marine mammals.

Age estimation from epigenetic features of hair DNA

... age estimation of an individual from DNA fragment features from single, rootless hairs. The purpose is to collect DNA from 100 individuals ...

DNA methylation age estimation from human bone and teeth

Our study showed the usefulness of bone and tooth samples in evaluation of DNAm levels for age estimation purposes.

Age estimation in fishes using epigenetic clocks - Frontiers

Usually, fish age is determined by a combination of size-age relationship, i.e., year classes or the range of length for individuals of a given ...

A novel strategy for forensic age prediction by DNA methylation and ...

Our novel strategy provides an accurate measurement that is highly useful in estimating the individual age in forensic practice as well as in tracking the ...

Forensic Individual Age Estimation with DNA: From - ProQuest

This review assesses the most widely adopted genes harboring methylation sites, detection technologies, statistical age-predictive analyses, and potential ...

Systematic evaluation of DNA methylation age estimation with ...

Our study highlights the utility of epigenetic age acceleration measure, the residuals from a linear regression of DNAm age on chronological age.

Age Estimation Based on DNA Methylation Using Blood Samples ...

The main aim of this study was to develop an age predictor model (APM) for blood samples of deceased individuals based in five age-correlated genes.

DNA methylation-based forensic age estimation in human bone

Bone is a prime target for the development of DNA methylation-based forensic identification tools as skeletal remains are often recoverable for ...