… discrete DNA methylation changes correlate with chronological age and are associated with
biological functions. Based on these findings, we generated a multi-tissue age predictor for …

… between 10.9-78.1 weeks of age. We also demonstrate the … DNA methylation for the use
of age estimation. This study highlights the potential further use of DNA methylation as an age …

… of DNA methylation process and its role in age prediction. The … to DNA methylation technique
is provided in Section 2. Section 3 reviews the role of DNA methylation in age prediction. In …

… DNA methylation (DNAm) is a well-known factor signifying change during the aging process
… in predicting the age of a human. This study is carried out to develop the age prediction …

… -predictive biomarkers. Many studies have reported DNA methylation-based age predictive
models, but most of these are based on DNA methylation patterns from blood. Only a few …

… that changes in DNA methylation can be used to predict age. Some reports have translated
age-related DNA methylation into an age prediction model to reveal individual age [8,18,20,…

… between epigenetic age and chronological age are significant predictors of mortality in our
… The difference between DNA methylation age and chronological age predicts mortality risk …

… did not impact the accuracy of age prediction. Lastly, we … DNA that is sufficient for forensic
age prediction. In conclusion, the two ANN models validated would be useful for age prediction …

… with chronological age. Practical application in forensic science depends on successful
validation of these potential age predictors. In this study, eight DNA methylation candidate loci …

… was to use age-specific DNA methylation patterns to generate an accurate model for the
prediction of chronological age using data from whole blood. In total, 45 age-associated CpG …