DNA Romance translates complex biological signals into meaningful human connections. By moving beyond superficial data, we identify compatibility through the documented influence of genetic markers on physical attraction, combined with established psychological frameworks.
Our approach integrates DNA analysis with nuanced personality insights to surface matches with a shared foundation of chemistry and values. From romantic partnership to specialized family-building through our sister apps, we provide a scientifically-driven context for lasting relationships.
We explore the biological mechanisms of attraction - often sensed subconsciously through scent - and identify the personality pairings that support long-term stability. At DNA Romance, we focus on the intrinsic role of genomic diversity in human attraction and partnership success.
Our goal is to provide individuals with the data necessary to find partners who resonate on both a biological and psychological level. We continuously refine our predictive models to reflect the latest research in genomics and social science.
Find answers to common questions about DNA Romance.
Our genetic compatibility analysis focuses on HLA genes (Human Leukocyte Antigen) which play a crucial role in immune system function and mate selection. Research shows that people are naturally attracted to others with complementary HLA genes, leading to stronger romantic chemistry and healthier offspring.
Ja, absoluut. Jou genetiese data is geënkripteer en veilig gestoor. Ons analiseer slegs die spesifieke gene wat verband hou met verenigbaarheid en deel nooit jou data met derde partye nie. Jy besit jou data en kan dit te eniger tyd uitvee.
Our personality matching is based on established psychological frameworks including MBTI personality types. While no system is perfect, personality compatibility has been shown to be a strong predictor of relationship satisfaction when combined with physical attraction and shared values.
Ons aanvaar rou DNA data van die meeste groot toetsdienste insluitend 23andMe, AncestryDNA, MyHeritage, FamilyTreeDNA, en vele andere. Jy laai jou rou DNA lêer van jou toetsdiens af en laai dit op na DNA Romance.
Nee. Alhoewel DNA verenigbaarheid addisionele insigte verskaf, kan jy DNA Romance gebruik met persoonlikheidpassing. Baie gebruikers begin met persoonlikheidpassing en voeg later DNA data by wanneer hulle gereed is.
You can cancel your subscription at any time from your account settings page. Once cancelled, you'll continue to have access until the end of your current billing period.
You can delete your account from the profile settings page. When you delete your account, all your personal data - including any uploaded DNA data - will be permanently removed from our servers.
Still have questions?
Selected peer-reviewed studies underpinning the science behind DNA Romance.
Dandine-Roulland C, Laurent R, Dall'Ara I, Toupance B and Chaix R (2019)
Genomic evidence for MHC disassortative mating in humans
Proceedings of the Royal Society B
Couples in Northern Europe tend to exhibit MHC dissimilarity, suggesting biological influence on mate choice. Cultural and social factors elsewhere may obscure the biologically-driven pattern.
Birnbaum GE, Zholtack K, Mizrahi M & Ein-Dor T (2019)
The Bitter Pill: Cessation of Oral Contraceptives Enhances the Appeal of Alternative Mates
Evolutionary Psychological Science 5, 276–285
Hormonal contraceptives shift mate preferences. Stopping use reverts those preferences and enhances attraction to genetically compatible men, especially during high-fertility phases.
Wedekind C (2019)
Proc. R. Soc. B 285:20172714
Re-analysis of MHC-and-odour data showing odour pleasantness and intensity interact with MHC dissimilarity to influence social signalling - a more nuanced relationship between MHC, scent perception, and communication than earlier studies suggested.
Henningsson S et al. (2017)
Major histocompatibility complex (MHC) and sexual mate selection
Translational Psychiatry 7:e1118
Systematic look at MHC and sexual selection in humans, evaluating the relationship between HLA genotype and partner choice across modern populations.
Christakis NA, Fowler JH (2014)
Friendship and natural selection
PNAS 111(suppl 3): 10796–10801
Friends share genetic similarity comparable to that of fourth cousins. Suggests social bonds form along subtle biological gradients, not only shared environment - relevant to how romantic compatibility extends beyond MHC.
Garver-Apgar CE, Gangestad SW, Thornhill R, Miller RD, Olp JJ (2006)
Psychological Science 17:830-835
Couples with greater MHC similarity reported reduced sexual responsivity and higher rates of infidelity - direct behavioural correlate of MHC compatibility within established relationships.
Roberts SC, Gosling LM, Carter V, Petrie M (2006)
MHC-correlated odour preferences in humans and the use of oral contraceptives
Proc. R. Soc. B 275:2715-2722
Women's MHC-correlated odour preferences invert when on hormonal contraceptives - they shift toward MHC-similar partners rather than MHC-dissimilar ones.
Wedekind C, Furi S (1997)
Proc. R. Soc. B 264:1471-1479
Follow-up to the classic t-shirt study. Men and women evaluated odour samples from MHC-typed donors; preferences fell on MHC-dissimilar partners more often than chance - but the underlying signal favours heterozygosity rather than specific allele combinations.
Pioneering the future of genetic matchmaking and relationship science.
CEO & Founder
Dr. Timothy Sexton is the visionary founder and CEO of DNA Romance. With a PhD in Biotechnology and over 15 years of experience in genomics and bioinformatics, Tim pioneered the application of genetic compatibility testing to online dating. His groundbreaking work has been featured in major media outlets worldwide, and he has spoken at conferences across North America, Europe, and Asia about the future of relationship science.
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