Your DNA controls how collagen is built, how androgens involved in skin and hair health are processed, and how skin renews from the inside out. Find out if you need collagen.
Your skincare routine matters, but your DNA and epigenetics explain why some people show early wrinkles, others tan or spot more easily, and why stress, pollution, and UV leave lasting marks.
EvoDNA skin DNA test reveals your unique skin biology so you can protect, nourish, and renew with precision.
Collagen methylation explains why skin thins with age.
UV exposure leaves lasting epigenetic marks, even after sunburn fades.
Pollution triggers pigmentation and wrinkles via epigenetic stress pathways.
Skincare products are everywhere, but most are generic solutions. Your DNA test results reveal what actually works for you.
This test uncovers how your DNA influences your body’s collagen breakdown, pigmentation, and oxidative stress defences. It enables skincare routines designed around your unique biology, guiding prevention and anti-aging strategies.
Genes plus the right products keep your skin young.
Aging & Environmental Factors: Epigenetic markers, unique to the test, reveal changes from cumulative UV, pollution, and diet—giving you a dynamic picture that ties your skincare routine to your lifestyle.
Skin DNA testing is a science-driven way to gather detailed information about your unique skin profile using a sample collected with a simple cheek swab. These tests analyze specific genetic markers to assess your natural protections against free radicals, your tendency toward skin inflammation, and how your skin may respond to aging and environmental stress.
The skin DNA test uses cutting-edge genetic sequencing to analyze every marker tied to firmness, collagen integrity, pigmentation, antioxidant protection, and overall aging.
This is the most advanced, objective way to end “trial and error” in skincare. Your results will connect specific products—SPF, antioxidants, serums—directly to your genes for maximally effective, preventative strategy.
Collagen synthesis and degradation pathway
Potekaev et al., 2021. https://www.mdpi.com/2079-9284/8/4/92
Gene | SNP | Function | Impact | Relevance to Skin |
MMP1 | rs1799750 | Collagen breakdown | Higher → faster loss | Linked to wrinkles/sagging |
COL1A1 | rs1800012 | Collagen type I production | Impacts elasticity | Affects wrinkle formation |
SOD2 | rs4880 | Antioxidant defense enzyme | Handles UV/oxidative stress | Low = higher UV damage |
GSTM1 | Deletion | Glutathione detox enzyme | Low detox = more stress | Acne risk/oxidative stress |
MC1R | Multiple | Melanin production gene | Freckles/red hair/melanoma | Freckles, melanoma risk |
TYR | rs1126809 | Tyrosinase, melanin synthesis | Alters tanning, sunspots | Sun response, age spots |
Epigenetics explain why identical twins—with the same DNA—can have dramatically different skin by age 50. The effect of sunlight, pollution, stress, and diet cause epigenetic marks on your skin cells that influence resilience, pigmentation, barrier integrity, and the speed of visible aging.
Epigenetic Marker | Mechanism | Impact on Skin |
COL1A1 Methylation | Silences collagen genes | Speeds wrinkle formation |
UV-Induced Histone | Chromatin remodel post-sun | Alters DNA repair/pigmentation |
miR-21, miR-34 | Regulate cell aging/repair | Increase aging if dysregulated |
Pollution Methylation | Stress-induced methylation | Pigmentation, aging |
Epigenetic Drift | Random methylation w/age | Uneven pigment, loss of tone |
Source: Vladimir et al., 2023 – https://doi.org/10.1186/s13148-023-01590-x
Within just a few days, your results from these DNA tests are analysed to be made available in 2-3 weeks, allowing you to view a sample report that guides you and interprets your test results. The insights provided are based on a combination of scientific research and your own genetics, helping you make informed choices about skin care products and routines tailored to your needs– completely worry free,, making it easier than ever to achieve healthier, resilient skin.
EvoDNA Advantage | Standard Test | |
Comprehensive genes | Analyzes collagen, pigmentation, antioxidant, detox genes | Basic polymorphisms only |
Clinical action | LinksDNA results to precise, actionable skincare routines | No personal recommendations, no prevention |
Epigenetic insight | Measures epigenetic aging and environmental impacts | No lifestyle/dynamic overview |
Will this tell me what skincare brands to buy?
No, but your report will reveal which ingredient categories—antioxidants, collagen boosters, UV defense, anti-inflammatory products—are scientifically optimal for your genes and epigenetics.
Can lifestyle change my skin DNA?
Your DNA is fixed, but epigenetics are highly dynamic—what you eat, how you manage stress, pollution exposures, sleep, and even skincare can speed or slow aging revealed by your skin DNA test.
How is this different from a dermatologist checkup?
A dermatologist sees only your current skin. This test reveals hidden genetic risks, aging trajectory, and the foundation beneath today’s surface—empowering you for both prevention and personalized intervention.
