… , the first DNA methylation-based multi-omic aging … OMICmAge, while further substantiating
the biological relevance and value of integrating multiple omic data into one biological aging …

… Biological aging is a multifactorial process involving complex … a robust, predictive biological
aging phenotype, EMRAge, that … , generating DNAmEMRAge and OMICmAge, respectively. …

… biological age: 1) EMRAge, a clinically-based and versatile death mortality predictor that
can be broadly recapitulated across EMRs; 2) DNAmEMRAge, a DNA methylation aging …

… clocks that split aging into multiple scores to analyze biological aging in schizophrenia. These
… OMICmAge: An integrative multi-omics approach to quantify biological age with electronic …

… greater decrease in biological age with an average BA rejuvenation of 1.32 years (p = 5.7e-03), …
Epigenomics data was used to calculate the differences in BA induced by the treatments. …

… Leveraging multi-omics data in four Dutch population … of biological age would allow to
quantify the vulnerability to acute and chronic diseases irrespective of an individual's calendar age…

… of aging, known as epigenetic clocks, measure biological age … For OMICmAge acceleration,
the SRW cohort exhibited a mean … Our results demonstrate a reversal of biological aging in …

… We observed a reduction in epigenetic age in the OMICmAge… ) to quantify biological changes
that occur when individuals age to … in clinical variables and biological age, we conducted a …

… biological age predictions 2, yet few studies to date have investigated direct links between
… age-related DNAm changes in blood, and highlight the potential for multi-omics approaches …

… -measurement-based biological age predictors have been … Similarly, a new OMICmAge
integrates multi-omics data, including … Furthermore, employing AI to integrate multi-omics data for …