Epigenetic Signatures &
DNA Methylation Analysis
We discover and develop cutting-edge applications with epigenetic signatures to support groundbreaking scientific research and disruptive next-generation business initiatives.
Advanced Machine Learning
We use leading supervised machine learning and artificial intelligence technologies to identify epigenetic signatures related to biomarkers of human health and aging.
Why We Do It
We believe that changes to the human epigenome are a fundamental mechanism of aging and disease.
While a person’s underlying genetic code is stable throughout life, their health, wellness and aging leave discernible marks on the genome that modify how genes are expressed. The epigenome is the combination of all such natural modifications; and while epigenetic modifications can register within seconds to minutes, they can imprint signatures on the epigenome for decades, leaving a unique biography of an individual’s health and wellness history.
We seek to discover and understand the role epigenetic signatures play in individual health, wellness and aging in order to empower people to improve the length and quality of their lives, while making informed choices that benefit their health.
How We Do It
We offer end-to-end, high volume testing services with advanced data analytics that use supervised machine learning and artificial intelligence technologies. Our high throughput, CLIA-certified laboratories support human and mouse epigenetic methylation testing.
Who We Serve
As an epigenetics company, we are developing innovative new products and epigenetic testing services that provide cost-effective solutions and accurate testing results for the scientific research community.
For the longevity industry, we are commercializing epigenetic technology to provide testing options that are more accurate than self-reporting and less invasive than paramedical exams.
Achieve your research goals with the Infinium Human Methylation Array that detects dna methylation levels of over 860,000 sites along the genome.
- Microarrays manufactured by Illumina.
- Identifies the existence of molecular biochemical markers that impact gene expression along the genome.
- Uses high-quality data to analyze the molecular biochemical markers known as DNA methylation.
- Comprehensive process includes lab work and bioinformatic pre- and post-processing.
Advance your biological research efforts in longevity, precision-based diagnostics, and therapeutic medicine in model organisms such as mammalians.