Going Beyond SNPs. Polygenic Risk Scoring for a More Personalized Path Forward.
DNA Signature, a next-generation suite of genomic profiles, looks beyond individual variants, combining polygenic risk scoring with clinical interpretation to translate complex genetics into personalized strategies for better health.
DNA Signature translates complex SNP data into a clear, prioritized hierarchy of modifiable levers. Instead of broad recommendations or trial-and-error protocols, you get targeted guidance on:
- Specific Foods & Nutrients: Tailored dietary changes and precision supplementation.
- Lifestyle & Exercise: Custom habits aligned with the patient’s genetic stress and recovery responses.
- Targeted Functional Testing: Clear guidance on which follow-up labs will yield the highest clinical value.
Five DNA Signature profiles, each designed to deliver personalized, actionable insights:
- DNA Signature – Metabolic Path Evaluates foundational genomic variations governing cellular energy production, nutrient utilization, neurotransmitter balance, gut health, methylation/detoxification, and nutrient needs.
- DNA Signature – Toxins Evaluates key genetic variations governing environmental toxin clearance, oxidative stress response, and essential methylation pathways.
- DNA Signature – Wellness Provides a comprehensive genomic blueprint of foundational vitality, metabolic potential, physical performance, and biological aging trajectory. By evaluating interconnected pathways governing cellular energy, this panel pinpoints an individual’s unique physiological capacity.
- DNA Signature – Spectrum Map A specialized genomic tool engineered to evaluate the interconnected biochemical pathways influencing neurodivergent traits, including Autism Spectrum conditions, ADHD, executive function variations, and sensory processing differences.
- DNA Signature – Mind & Mood Provides a targeted genomic evaluation of emotional regulation, cognitive longevity, stress resilience, and sleep architecture and provides insight into the baseline biochemical drivers behind mood and cognitive health.
