Precision Health Portfolio

How can we help you?

Select a product below to explore your personalized genetic roadmap and optimize your lifestyle, diet, and training.

GxCBD

Evaluates your unique CBD metabolism rate to guide dosage for wellness, pain management, and stress tolerance.

GxNutrient

Analyzes absorption tendencies for essential vitamins & minerals to tailor your diet and prevent deficiencies.

GxPerform

Unlocks physical potential by analyzing VO2 max, fuel utilization, and recovery to tailor athletic training.

GxSlim

A scientifically backed approach to weight loss, focusing on metabolic rate, food sensitivities, and satiety.

GxPerform

Engineering the Elite Athletic Response

Mental & Physical Foundation

Trait	Key Marker(s)	Strategic Impact
Intrinsic Motivation	BDNF	Determines likelihood of deriving pleasure from the activity itself; critical for long-term consistency.
Power/Endurance	ACE, ACTN3	Identifies predisposition for explosive power vs. sustained aerobic efforts.
Testosterone Levels	SHBG	Influences capacity to build lean muscle mass and accelerate recovery.

Training Response

Transforms generic metrics into actionable training pivots based on VO2 Max and Stroke Volume.

"Ace your base": High stroke volume potential? Build a vast metabolic foundation via Zone 2.
"HIIT the high end": Normal VO2 max response? Focus on High-Intensity Intervals to condition turbo fibers.

Fuel Utilization (Caffeine)

Analysis of CYP1A2/AHR genes provides competitive advantage.

Normal Metabolizer: Caffeine is a powerful ergogenic aid decreasing perceived exertion.
Slow Metabolizer: Minimal performance gains, high risk of elevated blood pressure. Avoid standard pre-workouts.

GxSlim & Nutrient

Precision Architecture for Metabolic Health

Metabolism & Satiety

For those with a "Below Average" RMR (Harris-Benedict method), focus shifts to increasing daily energy expenditure and building lean muscle. Analyzing the FTO gene identifies the "satiety response". Predisposed to low satiety? Prioritize high-volume, low-calorie foods to trigger fullness signals.

Gluten Sensitivity

Evaluates HLA-DQ genes to determine the risk of inflammatory responses to wheat, barley, or rye.

Lactose Intolerance

Uses the MCM6 gene to assess ability to produce lactase for dairy processing.

Sweets Preference

Identifies the FGF21 gene’s role in "sugar sensing," signaling a higher risk for abdominal fat.

Bitterness Sensitivity

TAS2R38 "super tasters" may avoid cruciferous veggies. Requires specific roasting strategies.

GxNutrient Optimization

Nutrient	Genotype Tendency	Optimized Foods
Vitamin D	Low (GC, CYP2R1)	Salmon, Egg Yolks
Vitamin B12	Normal/Low (FUT2)	Lean Meat, Fortified Dairy
Vitamin C	Below Avg (SLC23A1)	Red Peppers, Oranges
Folate (B9)	Low (MTHFR)	Lentils, Asparagus

Precision Health Portfolio

How can we help you?

GxCBD

GxNutrient

GxPerform

GxSlim

The Paradigm Shift

Genotype

Phenotype

Scientific Foundation

GxPerform

Mental & Physical Foundation

Training Response

Fuel Utilization (Caffeine)

GxSlim & Nutrient

Metabolism & Satiety

Gluten Sensitivity

Lactose Intolerance

Sweets Preference

Bitterness Sensitivity

GxNutrient Optimization

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