Human Epigenetic Age Analysis
Precisely Quantify Epigenetic Age with Human DNAge Services
Compatible with Blood & Urine Samples
Accommodates Limited, Precious Inputs
Highly Reproducible
Performance with Blood Samples
- Age-Correlated
- DNAge is highly correlated with chronological age in a general population. Therefore, DNAge can accurately predict biological age.
- Accommodates Low Inputs
- Reliable epigenetic age prediction using as little as 250 ng DNA human dnage reports.
- Highly Reproducible
- Blood DNAge is highly reproducible with a median SD <1 year in technical replicates.
Performance with Urine Samples
- The Only Urine DNAge Service
- Urine dnage is a non-invasive assay reflecting urinary tract health human dnage gender.
- Gender-Specific
- A gender-specific algorithm is used to enhance the accuracy of Urine DNAge platform.
- Highly Reproducible
- Urine DNAge is highly reproducible with a median SD of 2 years in technical replicates.
Potential Applications
Cited in Major Publications
P Borsky et al. Aging in psoriasis vulgaris: female patients are epigenetically older than healthy controls Immunity & Aging. 2021.
BS Moghadasi et al. Neural crest stem cells from human epidermis of aged donors maintain their multipotency in vitro and in vivo Sci Rep. 2019
B Monseur et al. Epigenetic clock measuring age acceleration via DNA methylation levels in blood is associated with decreased oocyte yield Fertil Steril. 2019
YC Chew et al. A High-throughput Targeted Bisulfite Sequencing-based Analysis for Epigenetic Age Quantification and Monitoring FASEB J. 2018
SWARM Technology
The Human DNAge platform utilizes the “Simplified Whole-panel Amplification Reaction Method” (SWARM®), a robust targeted bisulfite sequencing approach which helps deliver reproducible high-throughput methylation data.
LOW INPUT
HIGH THROUGHPUT
DEEP SEQUENCING
Publication-Ready Data in One Simple Report
Simple, Customizable Pipeline
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