Frank Macfarlane Burnet

@Virologists, Birthday and Life

Sir Frank Macfarlane Burnet was an Australian virologist and immunologist, known for his contributions in human biology

Sep 3, 1899

AustralianUniversity Of MelbourneScientistsImmunologistsMicrobiologistsVirologistsVirgo Celebrities
Biography

Personal Details

  • Birthday: September 3, 1899
  • Died on: August 31, 1985
  • Nationality: Australian
  • Famous: Noble Prize Laureate, Virologists, University Of Melbourne, Scientists, Immunologists, Microbiologists, Virologists
  • Spouses: Edith Linda Marston Druce (1928-1973), Hazel G. Jenkins (1976 till his death)
  • Known as: Mac Burnet, Sir Frank Macfarlane Burnet, Macfarlane, F. M. Burnet
  • Childrens: Elizabeth and Deborah, Ian Burnet

Frank Macfarlane Burnet born at

Traralgon

Unsplash
Birth Place

He got engaged to Edith Linda Marston Druce, while working in London, and married her in 1928, upon his return to Australia. The couple had one son and two daughters – Ian Burnet, Elizabeth and Deborah. In 1973, his wife Linda died of lymphoid leukemia, affecting the lymphocyte cells, on which he had been conducting his research.

Unsplash
Personal Life

In 1976, he married widowed singer, Hazel Gertrude Jenkin, who had been working as a voluntary librarian at Ormond College’s microbiology department.

Unsplash
Personal Life

He was operated for colorectal cancer in November 1984 and made a good recovery, but fell ill again with secondary lesions, affecting his thorax and legs, and died on August 31, 1985 at Port Fairy.

Unsplash
Personal Life

Frank Macfarlane Burnet was born on September 3, 1899 in Traralgon, eastern Victoria, as the second of seven kids, to Scottish emigrants Frank Burnet and Hadassah Burnet.

Unsplash
Childhood & Early Life

He went to state schools in Traralgon and Terang, before moving to boarder Geelong College on full scholarship in 1913.

Unsplash
Childhood & Early Life

He graduated in 1916 and completed his Bachelors in Medicine and Surgery from Ormond College, University of Melbourne, on a residential scholarship, in 1922.

Unsplash
Childhood & Early Life

In 1923, he started researching on the agglutinin reactions in typhoid fever at Walter and Eliza Hall Institute of Medical Research. He was also working as a research pathologist at Royal Melbourne Hospital.

Unsplash
Childhood & Early Life

In 1924, he obtained his doctorate degree in medicine and continued his research in bacteriology at Lister Institute of Preventive Medicine, London, during 1925-27, through the Beit Fellowship.

Unsplash
Childhood & Early Life

Upon his return to Melbourne in 1928, he was appointed as assistant director of Walter and Eliza Hall Institute, by director Dr. Charles Kellaway, and carried out researches in staphylococcal toxins, besides his ongoing bacteriophages study.

Unsplash
Career

In 1932, he took a two-year leave and went to the world-leading National Institute for Medical Research, London, to conduct research on virus. He discovered the influenza virus and developed a chick-embryo technique for virus culture.

Unsplash
Career

Despite being offered a permanent position at the Institute by its director, Sir Henry Dale, he returned to Melbourne in 1934, to resume his research on virology.

Unsplash
Career

In 1940, he released his first book ‘Biological Aspects of Infectious Disease’, which influenced the biological world and was published in Japanese, German, Italian and Spanish.

Unsplash
Career

In order to prevent the potential outbreak of influenza pandemic during World War II, he started working towards producing a vaccine for this deadly disease.

Unsplash
Career

In 1934, he discovered the causal organisms of psittacosis and Q fever as Rickettsia burnetii, and performed studies on poliovirus, herpes simplex virus, and epidemiology.

Unsplash
Major Discoveries

In 1956, his increased interest in Niels Kaj Jerne’s natural selection hypothesis led to the development of clonal selection, thus forming one of the concepts of immunology, known as Burnet’s clonal selection theory.

Unsplash
Major Discoveries