Designed to help people understand why they are experiencing blood sugar dysregulation, insulin resistance, elevated cardiovascular markers, or lipid imbalances.

Cardiometabolic disorders include cardiovascular disease, type II diabetes, metabolic syndrome, fatty liver disease as well as  interrelated risk factors. Some of these risk factors may include dyslipidemia, hypertension, inflammation, and insulin resistance. Our Cardiometabolic Panel breaks down the following 20 traits through 91 genes:

• Adiponectin Levels
• APOe Status
• Atrial Fibrillation
• Benzene Risk
• CAD Propensity
• CHD Benefit form Lower LDL
• Complex Carb Utilization
• CRP Inflammation
• Hypertension Propensity
• Insulin Resistance Propensity
• Ischemic Stroke Propensity
• Leptin Propensity
• Lipid Impairment Propensity
• Lp(a) Risk
• Plant Sterol Benefit
• Plant Sterol Risk
• T2D Propensity
• Venous Thrombosis Propensity
• Weight Loss from Low-Carb Diet

Designed to support people who are experiencing loss of memory, brain fog, family history of neurocognitive decline, or have a history of head trauma.

There are many conditions that can impact cognitive health, including mild cognitive impairment and Alzheimer’s Disease.  Our Cognition Panel breaks down 73 genes contributing to the following 17 traits:

• Allergy Migraine Propensity
• Alzheimer’s Propensity
• APOe Status
• Attention
• Caffeine Effects on Reaction Time
• CoQ10 Supplementation Benefit
• General Cognition
• General Migraine Propensity
• Hippocampal Volume Propensity
• Ischemic Stroke Propensity
• Leukoaraiosis Propensity
• Memory
• Mild Cognitive Impairment (MCI) Propensity
• Parkinson’s Propensity
• Saturated Fat Response
• TBI/Concussion Severity Propensity
• THC Effects on Cognition

Designed to help people understand why they experience fatigue or mood irregularity, or have difficult reactions to chemicals and toxins.

Genetic variations can result in more severe responses to irritants, leading to increased susceptibility to numerous health concerns. Our Detox Panel breaks down 27 genes contributing to  17 traits.

• Acetaminophen Metabolism
• Acetylation
• Caffeine Metabolism (CYP1A2)
• Catalase Activity
• Choline Need
• Estrogen Metabolite Elimination
• General Medication Metabolism (CYP2D6)
• Glucuronidation
• Glutathione Level Propensity
• Methylation Propensity
• Mold Metabolism (CYP1A2)
• MTHFR Activity
• NAT2 Acetylation (Standard)
• NRF2 Activity
• NSAIDs Metabolism (CYP2C9)
• Phthalate Metabolism (CYP2B6)
• SOD2 Activity

• Diabetes
• Obesity Risk
• Insulin Resistance

Designed to support those who are experiencing depression, anxiety, chronic stress, or OCD.

Our Emotional Health panel offers an analysis of 30 genes influencing 7 traits to provide insight into how their mental health is influenced by genetic predispositions, amongst environmental stressors and lifestyle choices. Help your clients better understand their genetic propensity for mental disorders to optimize an individualized path to recovery. This panel includes the following traits:

• Anxiety Propensity
• Depression Propensity
• Mood-induced Sleeplessness Risk
• OCD Propensity
• Postpartum Depression Propensity
• Rumination Propensity
• Stress Adaptation

* This panel requires a separate kit and separate testing.

Designed to help individuals understand their aging process in 4 key areas: eyes, memory, hearing, biological age. An inflammation score is also provided which is based on inflammation genes being turned on or off.

• Eye Age
• Memory Age
• Hearing Age
• Inflammation Score
• Biological Age

Designed to help people understand genetic influences on exercise, muscle gains, recovery ability, and injury susceptibility.

Our Fitness and Exercise panel breaks down 15 traits into 48 genes that play a crucial role in the design of the optimal workout to improve muscle mass, endurance, and overall health. This panel includes the following traits:

• Achilles Risk
• Aerobic Training Benefit
• Caffeine Effects on Reaction Time
• Cartilage Risk
• Creatine Benefit
• Elite Endurance Propensity
• Elite Power Propensity
• General Soft Tissue Risk
• Muscle Endurance
• Muscle Mass
• Muscle Recovery Speed
• Musculoskeletal Pain Propensity
• Strength
• Vigorous Exercise Tolerance
• Weight Loss from Exercise

Designed to help individuals understand why they are struggling with concentration and mental performance.

Many factors can affect cognitive function. Our Focus Panel breaks down 24 traits into 65 genes to uncover genetic predispositions impacting memory, learning, and attention. This panel includes the following traits:

• ADHD Propensity
• Attention
• Benzene Risk
• Caffeine Effects on Glucose
• Caffeine Effects on Sleep
• Caffeine Metabolism (CYP1A2)
• Cocaine Dependence Risk
• Complex Carb Utilization
• COMT (Methylation)
• CRP Inflammation
• DBH Levels
• Deep Sleep Quality
• GAD1 Activity
• General Cognition
• Glucose Metabolism
• Gluten Risk
• Memory
• Nicotine Dependence Risk
• NRF2 Activity
• Omega-3 Need
• Omega-6 Risk
• Reported Sleep Quality
• Risk from Cocaine Abuse
• Sleep Deprivation Sensitivity

• Ulcerative Colitis
• Crohn's
• Histamine

Designed for individuals interested in the implications of hair color, dealing with hair loss, or simply interested in how to keep their hair healthy.

While a natural part of aging, genetic underpinnings can influence the timing and extent of greying hair as well as the predispositions to hair loss. Our Hair Health panel offers an analysis of 27 genes influencing 18 traits to help clients better understand their hair and optimize maintenance of healthy hair and overall protection. This panel includes the following traits:

• Biotin (B7) Deficiency Propensity
• Blood Flow Propensity
• Greying Hair
• Hormone-related Hair Loss (Male)
• Immune-Based Hair Loss Propensity
• Inflammation Support
• Iron Deficiency Risk
• Magnesium Deficiency Risk
• Nitric Oxide Production
• Red Hair Propensity
• Selenium Deficiency Severity
• Vitamin A Conversion
• Vitamin B12 Level Propensity
• Vitamin B9 Need
• Vitamin C Propensity
• Vitamin D Deficiency Risk
• Vitamin E Absorption
• Zinc Supplementation Benefit

Designed to help people understand why they are suffering from chronic inflammation or autoimmune disorders.

Our immune panel breaks down 7 traits into 108 genes to highlight predispositions towards conditions caused by immune system dysfunction. Help your client understand how factors, such as environmental exposures and infections, can negatively impact the immune system, to optimize plans that support their immune health. This panel includes the following traits:

• Asthma Propensity
• Chronic Fatigue Propensity
• Crohn's Propensity
• Multiple Sclerosis Propensity
• Psoriasis Propensity
• Rheumatoid Arthritis Propensity
• Ulcerative Colitis Propensity

Designed to help individuals uncover possible genetic predispositions to metabolic micronutrient abnormalities. Vitamins are essential nutrients that play critical roles in many aspects of health, including transport of oxygen through the body, immune function, vision, energy production, fluid balance, and nerve and muscle function. Our Micronutrient Genetics panel breaks down 37 traits into 68 genes to optimize micronutrient balance and promote overall well-being. This panel includes the following:

• Alpha Carotene Level Propensity
• Alpha Tocopherol Level Propensity
• Beta Carotene Level Propensity
• Beta-Cryptoxanthin Level Propensity
• Choline Deficiency Severity
• Choline Need
• Copper Imbalance Risk
• Folic Acid Supplementation Tolerance
• Gamma Tocopherol Level Propensity
• Inactive vs Active Vitamin D Correlation
• Iodine Level Propensity
• Iron Deficiency Risk
• Iron Overload Risk
• Lutein Level Propensity
• Lycopene Level Propensity
• Magnesium Deficiency Risk
• MTHFR Activity
• Nitric Oxide Production
• Omega-3 Need
• Omega-6 Risk
• Potassium Sensitivity and Benefit
• Risk for Zinc Excess
• Risk of Organ Dysfunction from Choline Deficiency
• Selenium Deficiency Severity
• Serum Iron Level Propensity
• Sodium Sensitivity
• Transferrin Level Propensity
• Vitamin A Conversion
• Vitamin B12 Level Propensity
• Vitamin B6 Level Propensity
• Vitamin B9 Need
• Vitamin C Propensity
• Vitamin D Deficiency Risk
• Vitamin D Dietary Absorption
• Vitamin E Inflammation Risk
• Zeaxanthin Level Propensity
• Zinc Supplementation Benefit

Designed to help individuals understand how their body responds to toxins, injury, or infection.

Heightened inflammatory responses can be a gateway to chronic inflammation and related diseases, such as cardiovascular disorders and autoimmune diseases. Our Energy and Inflammation Panel breaks down 17 traits into 45 genes to gain insight into genetic predispositions for increased inflammation to optimize lifestyle modification to manage stress responses. This panel includes the following traits:

• Arsenic Exposure Risk
• Benzene Risk
• BPA Risk
• Cold Plunge Tolerance
• CRP Inflammation
• Fluoride Exposure Risk
• General Chemical Sensitivity
• IgE Levels
• IL-10 Inflammation Risk
• Lead Exposure Risk
• Mercury Exposure Risk
• Mitochondrial Function
• Mold Metabolism (CYP1A2)
• Mold Severity Risk
• NRF2 Activity
• Oxidative Stress Support
• Pesticide Risk

Designed to help individuals uncover possible nutrient deficiencies and food intolerances.

The Nutrition Panel tests 51 genes influencing 16 traits to identify individualized nutritional needs and provides diet recommendations backed by research and results. This panel includes the following traits:

• Alcohol Inflammation Risk
• APOe Status
• Caffeine Effects on Glucose
• Caffeine Metabolism (CYP1A2)
• Complex Carb Utilization
• Dietary Fat Response
• Food-based Histamine Sensitivity
• GAD1 Activity
• General Histamine Sensitivity
• Glucose Metabolism
• Gluten Risk
• Insulin Resistance Propensity
• Lactose Intolerance Risk
• Protein Benefit
• Weight Gain from Dairy Fat
• Weight Loss from Low-Carb Diet

Designed to support individuals interested in how to live a longer, healthier life.

Several genes have been identified in association with longevity and healthy aging. These genes are involved in various biological processes that play crucial roles in cellular aging, such as DNA repair, telomere maintenance and regulation of inflammation and stress. Genetic predispositions to longevity can help optimize personalized health and wellness strategies, such as intermittent fasting and caloric restriction, to live better for longer. Our Performance and Longevity Panel explores 76 genes influencing the 30 traits below:

• APOe Status
• Attention
• Benzene Risk
• Choline Need
• Cold Plunge Tolerance
• Complex Carb Utilization
• CRP Inflammation
• Deep Sleep Quality
• Dietary Fat Response
• General Cognition
• Genetic Nutrition Preference
• Ideal Total Time in Bed
• Longevity Propensity
• Memory
• Methylation Propensity
• Micro-Awakenings Propensity
• Mitochondrial Function
• MTHFR Activity
• Muscle Mass
• NRF2 Activity
• Oxidative Stress Support
• Protein Benefit
• Rate of Skin Aging
• Reported Sleep Quality
• Saturated Fat Response
• Sleep Length Propensity
• Strength
• Stress Adaptation
• Telomere Length Propensity
• Weight Loss from Low-Carb Diet

Designed to help individuals understand their aging skin, skin conditions, or sensitivity to UV radiation.

There are many different manifestations of skin in response to both natural and external factors. Our Skin Health and Aesthetics Genetics panel offers an analysis of 41 traits influencing 16 traits to provide insight into how your client’s skin is aging and how susceptible it is to damage. Help your clients better understand their skin to optimize maintenance of healthy and youthful skin. This panel includes the following traits:

• Acne Propensity
• Anti-Glycation
• Basal Cell Carcinoma Risk
• Freckles
• Melanoma Risk
• Rate of Side-eye Wrinkle Development (Crow's Feet)
• Rate of Skin Aging
• Rate of Under-eye Wrinkle Development
• Rosacea Propensity
• Skin Antioxidant Capacity
• Skin Elasticity
• Skin Hydration
• Skin Tanning Ability
• Sunspots
• Upper Eyelid Sagging
• UV Resilience

Designed to help the under- or over-sleeper struggling with fatigue, decreased productivity, or unpleasant sleep.

Our Sleep Genetics panel offers an analysis of 29 genes influencing 15 traits to provide insight into sleep quality, duration, and sensitivity. Help your clients better understand their sleep to optimize healthy sleep hygiene to promote restfulness and rejuvenation. This panel includes the following traits:

• Caffeine Effects on Sleep
• Caffeine Metabolism (CYP1A2)
• Deep Sleep Quality
• Excessive Sleepiness Risk
• Ideal Sleep Window
• Ideal Total Time in Bed
• Jittery Legs Risk
• Melatonin Metabolism (CYP1A2)
• Micro-Awakenings Propensity
• Mood-induced Sleeplessness Risk
• Reported Sleep Quality
• Sleep Deprivation Sensitivity
• Sleep Length Propensity
• Sleep Movement Risk
• Stress-Induced Sleeplessness Risk

Offers an analysis of 16 traits and 22 genes, providing insight into how your client’s body functions to help achieve their healthiest weight. This is the first step to finding balance in your client’s healthy lifestyle. This panel includes the following traits:

• Blue Light Sensitivity
• Dieting Success
• Exercise & Fat Loss
• Hunger
• Metabolic Rate
• Obesity & Artificially Sweetened Beverages
• Obesity Predisposition
• Saturated Fat Response
• Sleep Impairment
• Snacking
• Stress Response
• Sweet Tooth
• Weight Loss & Low-Fat Diets
• Weight Loss & Protein Diets
• Yo-Yo Dieting