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Physician-selected genetic testing
DECODE to
RECODE®
Decode your genetics. Recode your health.
Read the code you were born with. Then decide what to do about it.
See how it works
Two people follow the same plan and get different results. That is biology.
Your plan should be built from your genetics, and that information already exists.
DECODE to RECODE® is a set of physician-led genetic testing panels built for the decisions in front of you. Ancestry tells you where you came from. Disease risk tells you what might happen in thirty years. These panels tell you what your body does with food, training, sleep, hormones and medication, and what to do about it.
A readout is the starting point, not the answer.
Each DECODE to RECODE panel is selected by physicians and reads a specific group of markers across a single area of health. A readout on its own is a starting point, not an answer. Interpreted alongside your history, your bloodwork and your presentation, by a clinician who knows how to weigh all four, it becomes a health action plan.
Six clinical panels
Read what changes the plan.
Open any panel to see every category covered. The full detail is published on this page.
01Your GLP-1 Signals
Pharmacogenetics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Your GLP-1 receptor markers, graded against the published evidence, to inform expectations and starting dose.
Your GLP-1 Signals
Pharmacogenetics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Your GLP-1 receptor markers, graded against the published evidence, to inform expectations and starting dose.
GLP-1 Receptor Response
Markers on the GLP-1 receptor gene that influence the strength of response. Some people respond strongly. Some respond less than the average trial figure suggests. That information exists before the first dose.
Expected Response Range
Where your receptor profile sits relative to the studied population, reported as a range rather than a prediction, with the evidence grade attached.
Titration Considerations
What your profile suggests about starting dose and pace of escalation, for your prescribing clinician to weigh alongside your clinical picture.
02Your Metabolic Blueprint
Metabolic genomics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Around seventy markers across eight areas of metabolism. The deepest read we offer.
Your Metabolic Blueprint
Metabolic genomics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Around seventy markers across eight areas of metabolism. The deepest read we offer.
Weight Management
The core genetic drivers of appetite and satiety signalling, obesity risk, and pharmacogenetic response to GLP-1 based treatment.
Diet Response
How your genetics shape carbohydrate utilization and snacking behaviour, protein and whole grain response, and fat utilization.
Nutrient and Food Sensitivity
Tendencies toward suboptimal nutrient status and sensitivity to specific dietary compounds.
- Folate
- Vitamin A
- Vitamin B6
- Vitamin B12
- Vitamin C
- Vitamin D
- Omega-3
- Caffeine metabolism
- Lactose intolerance
Exercise and Body Composition Response
How your body answers physical activity across HDL, blood sugar regulation, fat loss, aerobic training and strength training.
Body Composition
Structural resilience, connective tissue integrity and lean mass development.
Circadian Rhythm
Genetic influence on the internal clock, sleep and metabolic response, and meal timing.
Oxidative Stress and Detoxification
Antioxidant enzyme activity and the capacity to manage oxidative load.
Cardiometabolic Risk
Genetic susceptibility across type 2 diabetes, cardiovascular health and blood pressure, where they intersect with weight regulation.
03Your Longevity Resilience
Aging genomics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
How well your cells maintain themselves, make energy, and hold inflammation in check.
Your Longevity Resilience
Aging genomics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
How well your cells maintain themselves, make energy, and hold inflammation in check.
Genome Stability and Telomere Health
Genetic capacity to protect DNA, maintain telomere length and adapt to cellular stress. Reported as inherited predisposition, not as a measurement of your current telomere length.
- Genomic maintenance capacity
- Cellular resilience profile
- Telomere health potential
Cellular Energy and Mitochondrial Health
Mitochondrial efficiency, which sits underneath sustained energy and physical capacity.
- Mitochondrial genetic stability
- Mitochondrial biogenesis potential
Inflammaging Susceptibility
Genetic capacity to regulate the chronic low-grade inflammation that sits underneath cardiovascular, metabolic and neurodegenerative conditions.
- Inflammaging risk profile
Gut Microbiome and Immune Cross-Talk
Genetic influence over microbial diversity and stability, with implications for immune regulation, digestion and systemic metabolic health.
- Microbiome host interaction potential
04Your Women's Health Compass
Endocrine genomics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Hormone pathways, reproductive markers, thyroid and blood sugar regulation, and how you use key nutrients.
Your Women's Health Compass
Endocrine genomics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Hormone pathways, reproductive markers, thyroid and blood sugar regulation, and how you use key nutrients.
Hormonal Homeostasis and Metabolic Pathways
Hormone production, signalling and clearance across the pathways that shape how a given hormone level is actually experienced.
- Hormone clearance and cellular protection
- Estrogen synthesis and aromatase regulation
- Estrogen biotransformation, phase I and II
- Androgen conversion and sensitivity
Reproductive Longevity and Life-Stage Adaptation
Genetic insight into fertility signalling, cycle robustness and reproductive aging, available before advanced diagnostics become necessary.
- Fertility readiness and cycle robustness
- FSH, LH, AMH and prolactin regulation
- Endometriosis susceptibility
- Ovarian reserve profile
Female Endocrine and Metabolic Health
The genetic intersection of hormonal and metabolic function, which sits underneath many presentations standard panels leave unexplained.
- Thyroid function and hypothyroid risk
- Glucose regulation and insulin sensitivity
- PCOS susceptibility
- Lipid metabolism and fat handling
- Blood pressure and vascular metabolic interactions
- Cardiometabolic inflammatory response
Micronutrient Pathway Efficiency
Why some people do not respond to standard supplementation, and what a genetically informed nutrient strategy looks like instead.
- B-vitamin methylation and one-carbon metabolism
- Vitamin D activation and receptor sensitivity
- Calcium metabolism and bone signalling
- Magnesium utilization and neuro-hormonal stability
- Iron regulation and menstrual iron resilience
- Vitamin B12 utilization
- Choline utilization and methyl load balance
05Your Skin Insights
Pharmacogenetics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Which skin treatments are likely to work for you, and which are ruled out.
Your Skin Insights
Pharmacogenetics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Which skin treatments are likely to work for you, and which are ruled out.
Drug Efficacy Panel
An algorithm reads your genetic data alongside your history and recommends the active ingredients most likely to suit you. Results appear on a colour-coded scale, with any medication ruled out by intolerance or contraindication flagged clearly.
Personalized Formulation
The active ingredients best suited to your profile, and the dosage forms that fit, across oral and topical treatment.
Summary of Genetic Analysis
Genetic and clinical findings combined and reported across four categories.
- Predisposition to acne
- Skin condition and inflammation
- Hormone-related acne
- Nutrition-related factors
06Your Hair Rx Match
Pharmacogenetics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Which hair loss treatments are likely to work for you, and which are ruled out.
Your Hair Rx Match
Pharmacogenetics
PROPRIETARY · CURATED BY DR. ELAINE CHIN, MD
Which hair loss treatments are likely to work for you, and which are ruled out.
Drug Efficacy Panel
A rapid read of which compounds are indicated for you, with efficacy levels shown as percentages and any medication ruled out by intolerance or contraindication flagged clearly.
Treatment Plan
Topical, oral and mesotherapy options drawn from eleven vehicles and sixty-two active ingredients, including finasteride, minoxidil and latanoprost. The algorithm reads your genetic data alongside your history and contraindications. Your clinician makes the final selection.
Pharmacogenetic Results
Genetic predisposition to treatment response across anti-alopecic drugs, hair care supplements, and vitamin, mineral and antioxidant supplementation.
A genetics report on its own means very little. Without bloodwork, history, and someone qualified to weigh all three together, it is a document rather than a decision.
Where to get tested