Oxford University's Professor Bryan Sykes has shaken the foundations of traditional views on European ancestry with his groundbreaking research into mitochondrial DNA. His provocative theory proposes that an astonishing 95% of present-day Europeans share a common maternal lineage, tracing their roots back to just seven pioneering women who lived between 45,000 and 10,000 years ago.
Sykes's meticulous analysis focuses on studying mutations in the maternal DNA line, which reveals a complex tapestry of ancestral migrations and deep historical connections across seemingly disparate populations. His findings reveal an extensive 'mongrelisation' of European genetic heritage, with descendants of these original seven women found distributed from Siberia to County Cork, including one lineage tracing back to present-day Syria.
Described as the 'Seven Daughters Of Eve', Sykes's research has inadvertently become a target for misinterpretation by extremist groups. The British National Party (BNP) has cited his work to support their claims of a supposedly 'pure' European ancestry, despite Sykes's explicit stance against racial classifications.
Sykes is dismayed by the deliberate distortion of his findings and reiterates that they demonstrate a profound lack of distinct racial groups and a long history of human migration and intermarriage. Through his company Oxford Ancestors, he offers DNA tests for £150 (with a £50 discount for book buyers) to individuals interested in discovering which 'clan' they belong to.
The professor's work contributes to the broader field of population genetics, using DNA to explore human migration patterns. By popularising and commercialising his research, Sykes has made it accessible to a wider audience. However, the scientific community remains cautious about the specific interpretation and application of the 'Seven Daughters' theory.
According to Oxford Ancestors, nearly 100 sample submissions arrive daily from around the world – many from the United States – highlighting significant public interest in personal genetic ancestry.