DNA-Driven Wellness and Longevity

DNA-Driven Longevity is a cutting-edge service that uses the science of genomic medicine to deliver 100% personalized health, wellness, and longevity plans based on your unique DNA. Unlike generic advice from social media influencers, trendy diets, or one-size-fits-all programs, this approach uses your genetic data to create a fully customized roadmap for optimizing exercise, weight loss, nutrition, and supplementation. By analyzing key genetic variations—such as those affecting inflammation, detoxification, metabolism, insulin sensitivity, and nutrient absorption—we can uncover hidden predispositions and tailor interventions to support your long-term health goals.

Importantly, the test also identifies genetic markers linked to increased cancer risk, including those involved in DNA repair, hormone metabolism, and oxidative stress.

With DNA-Driven Longevity, you’re no longer guessing—you’re following a precision-based plan built uniquely for you, grounded in science and genetics.

Cost: $799.00

Please note: The $799.00 fee is due during your first visit. No exceptions.

This fee covers the cost of:

1. Initial consultation visit

2. Cost of testing

3. One follow up visit to review your results and your customized genetic-based health and longevity recommendations.

Genes That Shape Your Health

Inflammation:

Gene Markers: IL6, TNF, IL10, CRP, NFKB1, TLR2

Health Impacts: Tendency toward chronic inflammation, autoimmunity, injury recovery, and aging risk

Oxidative Stress:

Gene Markers: SOD2, GPX1, CAT, NRF2 (NFE2L2), GSR

Health Impacts: Antioxidant needs, detox capacity, and susceptibility to cellular damage and aging

Detoxification:

Gene Markers: GSTM1, GSTT1, GSTP1, CYP1A1, CYP1B1, UGTs, NQO1

Health Impacts: Liver detox function (Phase I & II), toxin sensitivity (e.g., to smoke, alcohol, meds), hormone metabolism

Methylation:

Gene Markers: MTHFR, MTRR, MTR, BHMT, CBS, COMT

Health Impacts: B-vitamin needs (especially B12, folate), homocysteine levels, mood regulation, neurotransmitter balance

Nutrient Needs:

Gene Markers: FADS1/2, BCMO1, SLC23A1, SLC30A8, TCN2, GC

Health Impacts: Omega-3 conversion, vitamin A & C absorption, B12 transport, vitamin D metabolism, zinc regulation

Hormone Balance:

Gene Markers: CYP1A1, CYP1B1, COMT, SHBG, ESR1/2, PGR, SRD5A2

Health Impacts: Estrogen metabolism, testosterone balance, risk for hormone-sensitive cancers, PMS/menopause, PCOS

Cardiovascular Health:

Gene Markers: MTHFR, APOE, NOS3, ACE, AGT, LPL, LPA

Health Impacts: Blood pressure, cholesterol, lipids, clotting risk, nitric oxide, stroke/heart attack risk

Insulin & Glucose Metabolism:

Gene Markers: FTO, TCF7L2, PPARG, SLC2A2, IRS1

Health Impacts: Insulin resistance risk, carb sensitivity, weight gain tendency, diabetes risk

Weight & Body Composition:

Gene Markers: FTO, ADRB2, LEPR, UCP1, MC4R

Health Impacts: Appetite control, satiety, energy expenditure, exercise response, tendency to gain fat or retain weight

Exercise Response:

Gene Markers: ACTN3, ACE, PPARGC1A, VEGFA, IL6

Health Impacts: Power vs endurance potential, VO2 max, injury risk, inflammation from training

Joint & Injury Risk:

Gene Markers: COL1A1, COL5A1, MMP3, GDF5

Health Impacts: Tendon/ligament strength, risk of joint degeneration or pain, connective tissue recovery

Brain & Mental Health:

Gene Markers: BDNF, COMT, MAOA, DRD2, GAD1, OXTR

Health Impacts: Dopamine and serotonin balance, anxiety/stress response, cognition, mood stability

Sleep & Circadian Rhythms:

Gene Markers: CLOCK, PER3, ADRB1, MTNR1B

Health Impacts: Sleep quality, morning/night tendencies, melatonin response, metabolic timing

Caffeine & Alcohol Metabolism:

Gene Markers: CYP1A2, ADH1B, ALDH2

Health Impacts: Sensitivity to caffeine and alcohol, risk for liver issues or anxiety from intake

Food & Taste Preferences:

Gene Markers: TAS2R38, CD36, FTO, MC4R

Health Impacts: Preference for bitter foods, fats, sweets, snacking behaviors