The Eugenics Record Office Galton's Record of Family Faculties of 1884 and Anthropometric Laboratory at the International Health Exhibition from 1884 to 1885 were the data-gathering systems that led to the establishment of the Eugenics Record Office. These systems were a way for him to apply statistical methods to humans. Galton coined the term eugenics and influenced 20th century biologists.
The Department of Applied Statistics and Eugenics The Galton Laboratory was created and financed by Francis Galton, a profoundly influential yet deeply controversial figure in statistics and British science. On his death in 1911, Francis Galton left his estate to the University of London to fund a permanent Chair of Eugenics. This decision was the culmination of his life's primary passion: eugenics. Galton believed that humanity could be improved through selective breeding, and his writing often spoke of racist judgements, assuming a natural superiority of the Anglo-Saxon race. The chair he funded was first filled by Karl Pearson. Pearson created the Department of Applied Statistics, which combined the Biometric Laboratory and the Francis Galton Laboratory for National Eugenics, and in 1913, this department was renamed the Department of Applied Statistics and Eugenics. The department's increase in size prompted UCL to acquire or construct a new space. In 1912,
Sir Herbert Bartlett offered space in the North-West front of UCL's Wilkins building. The outbreak of the First World War interrupted work, and the new space was not used by the department until October 1919, with an official opening in June 1920. headed by
J. B. S. Haldane, the Wheldon Professor of Biometry. This reversed a previous split in 1933 following Karl Pearson's retirement.
The Department of Human Genetics and Biometry The Galton Laboratory underwent many changes during the post-war period. Most notably, this period saw another renaming of the department, a direct response to the profoundly negative associations of
eugenics after World War II. This move was part of a much larger, ongoing changing of Galton's legacy that continues today. It reflects a central dilemma: removing his name may risk forgetting the past, but keeping it may appear to glorify a painful ideology. This debate is captured in the nuanced views of modern academic leaders; for instance, the president of the Royal Statistical Society cautioned against a "blanket condemnation", arguing that Galton's statistical methods should not be linked to his views on eugenics. In this complex climate, UCL has launched an inquiry into its history with the eugenics movement and has curated exhibitions designed to display Galton's research while encouraging viewers to question the racist assumptions behind it. It was amidst this re-evaluation that
Harry Harris formally changed the name in 1966, where it then became the Department of Human Genetics and Biometry. The Department of Human Genetics and Biometry, including the Galton Laboratory, became part of the Department of Biology at UCL in 1996. The MRC Human Biochemical Genetics Unit was established by Harris in 1962. He was Honorary Director until he went to Philadelphia in 1976, and the unit continued under the direction of David Hopkinson until its closure in October 2000.
Sam Berry also held a Professorship in Genetics from 1972. In 1967, the laboratory moved into a dedicated new building, Wolfson House, along with a further two
Medical Research Council units: the Human Biochemical Genetics Unit, headed by Harris, and the MRC Experimental Genetics Unit, headed by
Hans Grüneberg. Subsequently, on Grüneberg's retirement, the space occupied by his unit was reallocated to the newly created
MRC Mammalian Development Unit, led by
Anne McLaren, and the
MRC Blood Group Unit, headed by
Ruth Sanger, and subsequently Patricia Tippett. In 2013, the Galton Laboratory was incorporated into UCL's then-new Department of Genetics, Evolution, and Environment. Under the leadership of Lionel Penrose and later Harry Harris, the Galton Laboratory became internationally recognized for its contributions to medical and population genetics. Research expanded into chromosomal disorders, biochemical genetics, and statistical methods for genetic analysis. The laboratory's scientists contributed to early work on Down syndrome, X-linked conditions, and the use of enzyme polymorphisms as genetic markers. These efforts positioned the Galton Laboratory as one of the leading genetics research center's in Europe during the mid-20th century. == The Galton Laboratory and its Legacy at UCL ==