System Status: Operational

Real-time genetic interpretation based on Clinical Data March 2026.

The Engineering of You

This is your Spec Sheet.

You wouldn't put diesel in a Ferrari. You wouldn't use 10W-30 oil in an electric engine. Yet, you feed your body without knowing its engineering schematics.

GxSlim isn't a health check. It is the manufacturing blueprint for your biological machine.

The Car Analogy

Fuel Type

Premium 93 Octane

Intake System

Turbocharged Air

Oil Viscosity

Synthetic 0W-20

Performance

High RPM Torque

If you ignore these specs, the engine fails. Simple.

Your Biological Specs

Fuel Source (FTO Gene)

Protein Dominant

Carb Intake (IRS1 Gene)

Low Efficiency

Lubrication (PEMT Gene)

High Choline Req.

Performance (ACTN3)

Endurance Build

If you ignore these genes, your body stores fat and inflames.

The Mechanics of You

It's not magic. It's molecular engineering. We look at the actual physical machinery of your cells—receptors, enzymes, and transporters—to predict how they react to input.

The Satiety Switch

Gene: FTO

How it works: This gene controls how your brain reads "Ghrelin" (the hunger hormone).

Your Spec: Your receptors are "deaf" to the signal that you are full. You physically require more volume (fiber/protein) to trigger the "stop eating" switch than the average person.

The Liver Filter

Gene: CYP1A2

How it works: This gene builds the enzyme that breaks down caffeine in the liver.

Your Spec: You produce this enzyme slowly. Caffeine stays in your blood 2x longer, turning a pre-workout boost into 2:00 AM insomnia and high blood pressure.

The Muscle Fiber

Gene: ACTN3

How it works: This gene codes for alpha-actinin-3, a protein found only in fast-twitch muscle fibers.

Your Spec: You lack this protein. Your body is physically engineered for efficiency and endurance, not explosive sprinting. Train for distance, not speed.

Why "The Check Engine Light" is Too Late

The Tool
Blood Test
DNA Test
What it tells you
"Your engine is overheating right now."
"Your radiator is too small for this climate."
The Timing
REACTIVE
Only shows problems after damage has started.
PROACTIVE
Predicts failure points before they happen.
The Frequency
Changes daily. Requires constant re-testing.
Permanent. Your source code never changes.
The Action
"Take this pill to lower the temperature."
"Change your coolant type so it never overheats."

Access your full biological schematic now.

The Research & Methodology

Clinical foundations provided by Genetic Direction.

Scientific Basis

Genetic testing related to lifestyle and wellness markers has progressed to the point of understanding the specific genes dictating how the human body processes carbohydrates, fat, protein, and micro-nutrients.

A study published by the European Society of Human Genetics found that dieters employing weight management programs tailored to the individual’s genome lost up to 33% more weight than those following standard programs.

Medical Leadership

Our Genetics Research team is led by Dr. Mark Sarzynski, a top researcher in the field of exercise genomics.

The team regularly updates solution protocols to include newly identified genes and to provide customers with the soundest scientific basis for health management.

The 5-Step Clinical Process

1

Order Kit

Receive your clinical DNA collection kit.

2

Send DNA

Rub sterile swab along gums for one minute.

3

Analyze

Federally certified lab identifies your genotype.

4

Get Report

Access results via secure web portal.

5

Support

Develop a plan with expert affiliates.

Metabolism: Normal

Fuel Efficiency:
Enhanced Protein

Your FTO gene combination indicates that a diet consisting of 25% or more protein results in optimal weight loss.

01

Carb Processing

Low Efficiency

Fat Oxidation

Normal Standard

Critical Deficiencies

Ch

Choline (PEMT)

Increased Sensitivity

B9

Folate (MTHFR)

Normal Efficiency

D

Vitamin D

Normal Range

Key Loci Snapshot Real-time Data

FTO

Satiety Response

Likely to have lower satiety and increased food cravings.

Below Average
BDNF

Exercise Motivation

More likely to have high intrinsic motivation to exercise.

Enhanced
MTHFR

Folate Pathway

Likely to have normal blood levels of folate.

Normal
ADRB2

Cardio Lipolysis

Enhanced fat loss response to cardio exercise.

Enhanced

Your Optimal Protocol

Personalized schedule based on FTO, BDNF, and ADRB2 signatures.

07:00

AM

Semi-Fasted Cardio (45min)

Based on ADRB2, you oxidize fat 24% more efficiently when cardio is performed in a semi-fasted state.

Maximize Fat Loss

08:30

AM

Choline-Rich Power Breakfast

Consume 2 eggs and a cup of milk to hit 332mg of Choline. Essential for your PEMT genotype to prevent muscle damage.

Organ Protection

12:30

PM

High Volume, Low Calorie Nosh

Because your FTO genotype indicates low satiety, fill 50% of your plate with high-fiber greens to trick the brain into feeling full.

Satiety Management

Optimal Fuel Strategy

Macro-nutrient architecture tailored for FTO & IRS1 genotypes.

Protein

25-30%

Enhanced Utilization. Higher protein intake (over 25%) triggers satiety hormones that your FTO gene suppresses.

Carbohydrates

Low-Mod

Low Efficiency. Your IRS1 gene suggests insulin resistance risk. Stick to complex sources like quinoa and legumes.

Fats

Moderate

Standard Processing. Your body handles fats normally. Focus on Omega-3s to support BDNF production.

Genetic Power Foods

🥚
Eggs & Liver

Critical Choline sources for PEMT gene.

🥬
Spinach & Lentils

Folate support for MTHFR pathway.

🐟
Fatty Fish

Omega-3s for cognitive function & BDNF.

🫐
Berries

Low-glycemic antioxidants for IRS1 stability.

Loci Encyclopedia

Locus Trait Analyzed Genotype Rating Action Required
BCMO1 Vitamin A Conversion Normal Standard intake adequate
PEMT Choline Sensitivity Increased High Choline Diet Req.
FUT2 Vitamin B12 Tendency Above Average Monitor absorption with age
SLC23A1 Vitamin C Tendency Normal Citrus variety recommended
ACE Endurance Potential High Performance Focus on high-mileage cycling