Scientific Precision in Aging Measurement
At IUVENTUS, we apply multiomics technologies to decode the biology of aging. This comprehensive approach gives researchers and health professionals a sharper lens to assess aging trajectories.
DNA Methylation (Epigenetics)
DNA Methylation (Epigenetics)
DNA Methylation (Epigenetics)
Measures DNA methylation to assess biological age and aging pace, powered by validated clocks such as DNAm GrimAge and Harvard’s OMIcMAge.
Transcriptomics
DNA Methylation (Epigenetics)
DNA Methylation (Epigenetics)
Analyzes gene expression levels to understand how your body responds to aging, stress, and disease.
Proteomics
DNA Methylation (Epigenetics)
Multi-Omic Integration
Measuring key pathways that influence longevity, immune function, and cellular repair.
Multi-Omic Integration
DNA Methylation (Epigenetics)
Multi-Omic Integration
By combining data from DNA, RNA, proteins, and metabolites, we create next-gen biological age models that outperform traditional predictors.