Steroid use in gyms is rising and so to are their negative side effects. The answer to your personalised risk is encoded in your genome.
Do these look familar to you?
Anabolic compounds
Performance substances
Hormone-related compounds
Metabolic pathways
Androgen receptors
Clearance rates
Conversion enzymes
Hormone metabolism
Hormone substrates
Genetic variants
Metabolic profiles
Enzyme activity
INTRODUCING
Reveal your
Genetic Edge.
See how your body processes steroids based on your DNA. Make informed calls, skip the speculation, stay in control.
BACKGROUND
Replace Guesswork with Science.
Studies show, between 6.4 to 29.3% of gym users are turning to performance enhancing drugs to achieve their fitness goals and desired physique with little regard for their negative side effects.
Almost 40% of users report detrimental health issues associated with anabolic steroid use ranging from hair loss to far more concerning cardiovascular, liver, kidney and reproductive problems.
Sure, it might be possible to buy performance enhancing drugs from what seems like legitimate sources selling you a shortcut to your fitness goals, but they rarely describe the significant risk to health caused by these drugs.
We offer five key tests to see what groups you fall into. These genes are known to affect:
Your individual sensitivity to anabolic steroids
AR - CAG repeats
How fast your body naturally breaks down steroids
CYP3A4*22
Your ability to convert androgens (male hormones) to oestrogens (female hormones)
CYP19A1
Your natural ability to excrete steroids
UGT2B17
Your ability to convert testosterone into a more active hormone.
SRD5A2
HIDDEN RISKS
Know Your Genetic Risk Profile
Understanding your DNA can reveal hidden risks before they become problems.
Hormonal Havoc (e.g., Gyno, Bloat, Low T Crash)
Common PED Adverse Effects
Gynecomastia (man boobs), water retention, decreased sperm count, shrinking testicles, testicular cancer, male pattern baldness, estrogen spikes leading to mood swings and fat gain.
Your Genetic Edge Tests That Matter
CYP19A1 (Estrogen Conversion), SRD5A2 (DHT Balance)
Steroid Resistance & Burnout
Common PED Adverse Effects
Diminished gains over time, higher natural T suppression, fatigue from inefficient hormone signaling.
Your Genetic Edge Tests That Matter
Androgen Receptor (CAG Repeats), SRD5A2 (DHT Production)
Detox & Half-Life Hangover
Common PED Adverse Effects
Prolonged drug effects causing insomnia, anxiety; buildup leading to dependency cycles.
Your Genetic Edge Tests That Matter
CYP3A4*22 (Drug Clearance), UGT2B17 (Drug Excretion)
Organ Overload (e.g., Kidney Strain, Liver Stress)
Common PED Adverse Effects
Kidney damage from unmetabolized steroids, elevated creatinine levels, chronic fatigue, liver tumors, peliosis hepatis.
Your Genetic Edge Tests That Matter
UGT2B17 (Kidney Strain), CYP3A4*22 (Clearance)
Androgen Overdrive (e.g., Hair Loss, Acne, Prostate Woes)
Common PED Adverse Effects
DHT-driven shedding, oily skin outbreaks, jaundice, enlarged prostate risking urinary issues.
Your Genetic Edge Tests That Matter
SRD5A2 (DHT Conversion), Androgen Receptor (Hormone Response)
Cardiovascular Risk (e.g., Heart Attack, Stroke, High Blood Pressure)
Common PED Adverse Effects
Damage to the heart, blood vessels, and blood pressure regulation, artery damage, blood clots.
Your Genetic Edge Tests That Matter
CYP19A1 (Estrogen Conversion), SRD5A2 (DHT Conversion)
Risk Zone | Common PED Adverse Effects | Your Genetic Edge Tests That Matter |
|---|---|---|
| Gynecomastia (man boobs), water retention, decreased sperm count, shrinking testicles, testicular cancer, male pattern baldness, estrogen spikes leading to mood swings and fat gain. | CYP19A1 (Estrogen Conversion), SRD5A2 (DHT Balance) |
| Diminished gains over time, higher natural T suppression, fatigue from inefficient hormone signaling. | Androgen Receptor (CAG Repeats), SRD5A2 (DHT Production) |
| Prolonged drug effects causing insomnia, anxiety; buildup leading to dependency cycles. | CYP3A4*22 (Drug Clearance), UGT2B17 (Drug Excretion) |
| Kidney damage from unmetabolized steroids, elevated creatinine levels, chronic fatigue, liver tumors, peliosis hepatis. | UGT2B17 (Kidney Strain), CYP3A4*22 (Clearance) |
| DHT-driven shedding, oily skin outbreaks, jaundice, enlarged prostate risking urinary issues. | SRD5A2 (DHT Conversion), Androgen Receptor (Hormone Response) |
| Damage to the heart, blood vessels, and blood pressure regulation, artery damage, blood clots. | CYP19A1 (Estrogen Conversion), SRD5A2 (DHT Conversion) |
FEATURES
Get yourself checked today.
Learn what your DNA tells you about your androgen response risks
based on your genes, using the latest scientific research.
AR - CAG repeats Test
Hormone Response
"Understanding my receptor sensitivity completely changed my approach to optimisation."
— Robert M.
CYP3A4*22 Test
Clearance
"Knowing my metaboliser status helped me understand why my levels fluctuate differently."
— R. Thompson
CYP19A1 Test
Estrogen Balance
"Critical information for anyone concerned about estrogen management and balance."
— K. Williams
UGT2B17 Test
Kidney Strain
"This test explained variations in my hormone panels that puzzled me for years."
— S. Martinez
SRD5A2 Test
DHT Conversion
"The DHT insights were exactly what I needed to personalise my protocol effectively."
— J. Anderson
Complete Panel
Get all 5 tests with a consultation for the most comprehensive hormone genetics analysis available.
HOW IT WORKS
Simple, Private Steps to Genetic Clarity.
Follow three easy steps designed for privacy and clarity.
1.At-home saliva kit
Fast, painless collection—no blood, no clinic visits. Pre‑paid return shipping included.
2.Lab analysis of DNA
Samples analyzed by ISO/IEC 17025-accredited professionals; results uploaded securely online
3.Personalized Report
Access online in 2-3 weeks. Discover your unique genetic profile; get actionable insights.
