… A tissue-wide clock which enables age prediction across a broad spectrum of …
methylation-based body fluid identification steps followed by age prediction using the set of markers …

… The estimation of chronological age from biological fluids … Since methods for DNA
methylation-based age prediction … has focused on forensically-relevant tissues as well as targeted …

… DNA intelligence, one example being the ability to predict the chronological age of the donor
of a body fluid … , using 353 CpGs to predict age in 51 different tissue types with an improved …

… tissues, and employing methylation levels of strongly age-… four different ML models for
chronological age prediction in the … sets are concordant in four different ML models (all p > 0.05), …

… three forms of age prediction problems from two body fluids (blood … tissues by massive parallel
sequencing was proposed in … prediction models for forensic age prediction based on DNA …

… relevant tissues (tDMRs) and body fluids. Diverse … body fluid identification needs to be
assessed in the long term. Here, we discuss the current status of reported DNA methylation-based …

… KLF14 are associated with chronological age in several tissues such as blood, buccal swabs
and teeth, for developing several forensic highly accurate age-prediction models (APMs) […

… a random forest classification prediction model was constructed for body fluid identification
in … from Chinese Han volunteers aged 20–45. The age correlation of these body fluid-specific …

… DNA methylation-based age estimation into practice is expected to enhance the accuracy
and reliability of age … the cross-tissue age prediction ability of existing CpGs in single tissues. …

… This review aims to address the DNA methylation-based age … used in studies with different
body fluids and teeth (Fig. 7). … significantly disparate between different tissues, depending on …