1. Nutrition & Metabolism

• Appetite/Fullness Sensing
• Dietary Fat Response
• Saturated Fat Response
• Omega-3 Need
• Gluten and Lactose Risk
• Vitamin A/B6/B9/B12/D metabolism
• Magnesium and Choline Needs

2. Toxin Handling

• Arsenic, Mercury, Pesticide Sensitivity
• SOD2 Activity
• Catalase Activity

3. Hormones & Vital Functions

• Testosterone to Estrogen Conversion
• Estrogen Elimination
• Thyroid Hormone Conversion

4. Detox & Medication Response

• CYP2D6 Medication Metabolism
• Acetylation
• General Histamine Sensitivity

5. Mental and Emotional Wellness

• Anandamide/THC Metabolism
• Stress Adaptation
• Memory
• Longevity Propensity

6. Heart and Vascular Health

• LP(a) Risk
• Hypertension Propensity
• Potassium/Magnesium Sensitivity
• Venous Thrombosis Risk

7. Inflammation and Recovery

• Muscle Recovery Speed
• General Soft Tissue Risk
• Antioxidant Systems (SOD2)

8. Fitness & Performance

• VO2 Max Trainability Propensity

Substance Metabolism - Nutritional Precision - Cognitive and Emotional Health - Endocrine Optimization - Cardiovascular and Longevity Markers - DNA and Aging

1. Substance Metabolism

• Caffeine Metabolism and Effects on Sleep
• Mold, Phthalate, Acetaminophen, NSAID Metabolism

2. Nutritional Precision

• Omega-6 Risk
• Alpha/Beta Carotene Metabolism
• Lead and Fluoride Exposure Risk

3. Cognitive and Emotional Health

• GAD1 Activity (Glutamate to GABA conversion)
• Snacking/Emotional Eating Risk

4. Endocrine Optimization

• LH, PSA, DHT, Estrogen
• Estrogen Receptor Sensitivity
• Aromatase Inhibitor Risk

5. Cardiovascular and Longevity Markers

• CHD Benefit from LDL Lowering
• Lipid Impairment
• Insulin Resistance Risk

6. DNA and Aging

• Telomere Length Propensity

What if you could know how fast you’re aging and how to slow it down?

Your genetic test deciphers biological aging pathways, revealing:

1- DNA repair effıciency – How well your body prevents cellular damage.

2- Oxidative stress vulnerability – Are you at risk for premature aging?

3- Nutrient-driven longevity – Do you need specifıc vitamins to maintain youth?

4- Detox gene function – Is your body effıcient at clearing toxins that speed up aging?

Quick Tip:

Your results for Phase 2 Detox Genes, SOD2 Activity, and Methylation tell you whether your body is clearing cellular waste at a normal or accelerated rate. If your detox pathways are sluggish, targeted interventions like glutathione, resveratrol, or NMN could slow your biological clock.

Your DNA is your ultimate training guide.
But are you built for endurance or explosive power?

Your test allows you insights into:

1- VO2 Max potential – How effıciently you use oxygen for endurance.

2- Muscle fıber type – Are you a natural sprinter or marathoner?

3- Caffeine metabolism – Should you use pre-workout or avoid it?

4- Recovery speed – How quickly your muscles repair post-workout.

Quick Tip:

Your VO2 Max trainability and Muscle Recovery Speed markers (IL6, ACTN3, TNF) determine how well your body adapts to different types of exercise. If your genes suggest slow recovery, anti-inflammatory strategies, ice baths, and high-antioxidant diets may be crucial to outperform your genetic limits.

Are you wired for creativity, discipline, or high-risk decision-making? Your DNA knows.

Your genetic report reveals:

1- Dopamine & serotonin regulation – How your brain handles motivation & mood.

2- Memory & focus potential – Do you have natural cognitive advantages?

3- Stress resilience – Do you thrive under pressure or burn out easily?

4- Brain inflammation risk – Do you need extra protection against cognitive decline?

Quick Tip:

Your COMT and BDNF genes determine how fast you clear dopamine, influencing focus, creativity, and stress-handling. If your dopamine breakdown is slow, caffeine may cause anxiety. If it's fast, you might need L-tyrosine or nootropics to boost motivation and deep thinking.

What if you could see your body’s weak points before they became real health issues?

Our DNA test uncovers

1- Cardiovascular risks – Lp(a) & cholesterol-related genes.

2- Detox & heavy metal sensitivity – Arsenic, mercury & pesticide breakdown ability.

3- Autoimmune predispositions – Are your genes more reactive to inflammation?

4- Cancer-protective markers – Do your cells effıciently clear mutations?

Quick Tip:

Your GSTP1 & SOD2 genes determine your body’s ability to fıght oxidative stress—a major driver of cancer and chronic disease. If your genetic results show reduced antioxidant capacity, supplementing with glutathione, NAC, and selenium can be a game-changer.

Can’t sleep? Your genes might be the reason!

Your genetics determine:

1- Melatonin metabolism speed – Do you need more or less?

2- GABA vs. Glutamate balance – Does your brain struggle to “shut off”?

3- Caffeine sensitivity – How late is too late for coffee?

4- Cortisol & stress-driven insomnia – How stress impacts your sleep cycles.

Quick Tip:

Your PER2 and ADORA2A genes indicate whether your sleep cycles are genetically optimized or need intervention. If you have a PER2 mutation, late-night light exposure may destroy your melatonin production—meaning blue light blocking glasses could be critical for deep sleep.

Gut health isn’t one-size-fıts-all. Your DNA reveals what your stomach needs.

The genetic test uncovers:

1- Lactose & gluten tolerance – Should you avoid dairy or wheat?

2- B-vitamin & nutrient absorption – Do you need extra gut support?

3- Gut bacteria balance – Do you need probiotics or prebiotics?

4- Inflammatory response – Are you prone to leaky gut or bloating?

Quick Tip:

Your FUT2 and MCM6 genes influence your microbiome’s ability to produce benefıcial bacteria. If FUT2 shows reduced secretor status, you may benefıt from high-potency probiotics to compensate for weaker gut flora.

Some people bounce back from stress easily. Others don’t.

Your DNA explains why.

Use the genetic test to explore:

1- Stress hormone regulation – How well your body recovers from stress.

2- Cortisol breakdown speed – Are you prone to anxiety & burnout?

3- Emotional resilience markers – Are you wired for mental toughness?

4- Brain plasticity genes – Do you learn & adapt quickly or struggle with change?

Quick Tip:

Your NR3C1 & BDNF genes affect how trauma and stress impact you long-term. If your BDNF function is low, practices like cold exposure and meditation may be critical to strengthening your mental resilience.