|Sir Peter Medawar|
OM CBE FRS
|Born||Peter Brian Medawar|
28 February 1915
Petrópolis, Rio de Janeiro, Brazil
|Died||2 October 1987 (aged 72)|
London, England, United Kingdom
|Alma mater||University of Oxford (BA, DPhil)|
|Known for||Immunological tolerance|
Jean Medawar (née Taylor) (m. 1937)
|Thesis||Growth promoting and growth inhibiting factors in normal and abnormal development (1941)|
|Other notable students||Rupert E. Billingham (postdoc)|
Sir Peter Brian Medawar OM CBE FRS (//; 28 February 1915 – 2 October 1987) was a British biologist born in Brazil, whose work on graft rejection and the discovery of acquired immune tolerance was fundamental to the practice of tissue and organ transplants. For his works in immunology he is regarded as the "father of transplantation". He is remembered for his wit in real life and popular writings. Famous zoologists such as Richard Dawkins referred to him as "the wittiest of all scientific writers", and Stephen Jay Gould as "the cleverest man I have ever known".
Medawar was the younger son of a Lebanese father and a British mother, and was a naturalised British citizen. He studied at Marlborough College and Magdalen College, Oxford and was professor of zoology at the University of Birmingham and University College London. Until he was partially disabled by a cerebral infarction, he was Director of the National Institute for Medical Research at Mill Hill. With his doctoral student Leslie Brent and postdoctoral fellow Rupert E. Billingham, he demonstrated the principle of acquired immunological tolerance (the phenomenon of unresponsiveness of the immune system to certain molecules), which was theoretically predicted by Sir Frank Macfarlane Burnet. This became the foundation of tissue and organ transplantation. He and Burnet shared the 1960 Nobel Prize in Physiology or Medicine "for discovery of acquired immunological tolerance".
Education and early life
Medawar was born on 28 February 1915, in Petrópolis (a town 40 miles north of Rio de Janeiro) in Brazil where his parents were living. He was the second child of Lebanese Nicholas Agnatius Medawar, born in the village of Jounieh, north of Beirut, Lebanon and British mother Edith Muriel (née Dowling). His father, a Christian Maronite, became a naturalised British citizen and worked for a British dental supplies manufacturer that sent him to Brazil as an agent. (He later described his father's profession as selling "false teeth in South America".) His status as a British citizen was acquired at birth, as he said: "My birth was registered at the British Consulate in good time to acquire the status of 'natural-born British subject'."
Medawar left Brazil with his family for England "towards the end of the war", and he lived there for the rest of his life. Peter was also a Brazilian citizen by Brazilian nationality law (jus soli), but renounced his citizenship to avoid military conscription required of Brazilian men.
In 1928, Medawar went to Marlborough College in Marlborough, Wiltshire He hated the college because "they were critical and querulous at the same time, wondering what kind of person a Lebanese was—something foreign you can be sure" and also because of its preference on sports, in which he was weak. In 1932 he went on to Magdalen College, Oxford, graduating with a first-class honours degree in zoology in 1935. He was impressed and later influenced by his zoology teacher John Z. Young who was also taught and inspired by one of his Marlborough teachers, who was barely literate but "a very, very good biology teacher".
Medawar was appointed Christopher Welch scholar and senior demy of Magdalen in 1935. He also worked at the Sir William Dunn School of Pathology supervised by Howard Florey (later Nobel laureate, and who inspired him to take up immunology) and was awarded his PhD in 1941.
Career and research
Following his PhD, he was appointed a Rolleston Prizeman in 1942, senior research fellow of St John's College, Oxford in 1944, and a university demonstrator in zoology and comparative anatomy, also in 1944. He was elected Fellow of Magdalen by special election during 1938 to 1944 and 1946 to 1947. His Doctor of Philosophy thesis was approved, but the prohibitive cost of supplication meant he spent the money on his urgent appendectomy instead. The University of Oxford later awarded him a Doctor of Science degree in 1947.
Medawar was Mason professor of zoology at the University of Birmingham between 1947 and 1951. He became Jodrell professor of zoology and comparative anatomy at University College London in 1951. In 1962 he was appointed director of the National Institute for Medical Research. His predecessor Sir Charles Harrington was an able administrator such that taking over his post was, as he described, "[N]o more strenuous than ... sliding over into the driving-seat of a Rolls-Royce". He was head of the transplantation section of the Medical Research Council's clinical research centre, Harrow, from 1971 to 1986. He became professor of experimental medicine at the Royal Institution (1977–1983), and president of the Royal Postgraduate Medical School (1981–1987).
Medawar's first scientific research was on the effect of malt on the development of connective tissue cells (mesenchyme) in chicken. Reading the draft of the manuscript, Howard Florey commented it as more philosophical than scientific. It was published in the Quarterly Journal of Experimental Physiology in 1937.
Medawar's involvement with what became transplant research began during WWII, when he investigated possible improvements in skin grafts. His first publication on the subject was "Sheets of Pure Epidermal Epithelium from Human Skin", which was published in Nature in 1941. His studies particularly concerned solution for skin wounds among soldiers in the war. In 1947 he moved to the University of Birmingham, taking along with him his PhD student Leslie Brent and postdoctoral fellow Rupert Billingham. His research became more focused in 1949, when Burnet, at the Walter and Eliza Hall Institute of Medical Research in Melbourne, advanced the hypothesis that during embryonic life and immediately after birth, cells gradually acquire the ability to distinguish between their own tissue substances on the one hand and unwanted cells and foreign material on the other.
With Billingham, he published a seminal paper in 1951. Santa J. Ono, the American immunologist, has described the enduring impact of this paper to modern science. Based on this technique of grafting, his team devised a method to test Burnet's hypothesis. They extracted cells from young mouse embryos and injected them into another mouse of different strains. When the mouse developed into adult and skin grafting from that of the original strain was performed, there was no tissue rejection. Meaning that the mouse had tolerated the foreign tissue, which would normally be rejected. Their experimental proof of Burnet's hypothesis was first published in a brief article in Nature in 1953, followed by a series of papers, and a comprehensive description in Philosophical Transactions of the Royal Society B in 1956, giving the name "actively acquired tolerance".
Theory of senescence
Medawar's 1951 lecture An unsolved problem of biology (published 1952) addressed ageing and senescence, and he begins by defining both terms as follows:
We obviously need a word for mere ageing, and I propose to use 'ageing' itself for just that purpose. 'Ageing' hereafter stands for mere ageing, and has no other innuendo. I shall use the word 'senescence' to mean ageing accompanied by that decline of bodily faculties and sensibilities and energies which ageing colloquially entails.
He then tackles the question of why evolution has permitted organisms to senesce, even though (1) senescence lowers individual fitness, and (2) there is no obvious necessity for senescence. In answering this question, Medawar provides two fundamental and interrelated insights. First, there is an inexorable decline in probability of an organism's existence, and, therefore, in what he terms "reproductive value." He suggests that it therefore follows that the force of natural selection weakens progressively with age late in life (because the fecundity of younger age-groups is overwhelmingly more significant in producing the next generation). What happens to an organism after reproduction is only weakly reflected in natural selection by the effect on its younger relatives. He pointed out that likelihood of death at various times of life, as judged by life tables, was an indirect measure of fitness, that is, the capacity of an organism to propagate its genes. Life tables for humans show, for example that the lowest likelihood of death in human females comes at about age 14, which in primitive societies would likely be an age of peak reproduction. This has served as the basis for all three modern theories for the evolution of senescence.
Books by Medawar
Medawar was recognised as a brilliant author: Richard Dawkins called him "the wittiest of all scientific writers" and New Scientist magazine's obituary called him "perhaps the best science writer of his generation". He was also awarded the 1987 Michael Faraday Prize "for the contribution his books had made in presenting to the public, and to scientists themselves, the intellectual nature and the essential humanity of pursuing science at the highest level and the part it played in our modern culture".
One of his best-known essays is his 1961 criticism of Pierre Teilhard de Chardin's The Phenomenon of Man, of which he said: "Its author can be excused of dishonesty only on the grounds that before deceiving others he has taken great pains to deceive himself".
His books include,
- The Uniqueness of the Individual, which includes essays on immunology, graft rejection and acquired immune tolerance. Basic Books, New York, 1957
- The Future of Man: the BBC Reith Lectures 1959, Methuen, London, 1960
- The Art of the Soluble, Methuen & Co., London/ Barnes and Noble, New York, 1967
- Induction and Intuition in Scientific Thought, American Philosophical Society. Philadelphia/Methuen & Co., London, 1969
- The Life Science, Harper & Row, 1978
- Advice to a Young Scientist, Harper & Row, 1979
- Pluto's Republic, incorporating an earlier book The Art of the Soluble, Oxford University Press, 1982
- Aristotle to Zoos (with his wife Jean Shinglewood Taylor), Harvard University Press, 1983
- The Limits of Science, Oxford University Press, 1988
- The Hope of Progress: A Scientist looks at Problems in Philosophy, Literature and Science, Anchor Press / Doubleday, Garden City, 1973
- Memoirs of a Thinking Radish: An Autobiography, Oxford University Press, 1986
- The Threat and the Glory: Reflections on Science and Scientists (ed.: David Pyke), a posthumously collected volume of essays, Harper Collins, 1990
Apart from his books on science and philosophy, he wrote a short feature article on “Some Meistersinger Records” in the issue of The Gramophone for November 1930. The author was a P. B. Medawar. The evidence that this was indeed the future Sir Peter Medawar—then a schoolboy of 15—was discussed in “Gramophone” in 1995 (“‘Gramophone’, Die Meistersinger and immunology”, by John E. Havard, December 1995).
Medawar was awarded his Nobel Prize in 1960 with Burnet for their work in tissue grafting which is the basis of organ transplants, and their discovery of acquired immunological tolerance. This work was used in dealing with skin grafts required after burns. Medawar's work resulted in a shift of emphasis in the science of immunology from one that attempts to deal with the fully developed immunity mechanism to one that attempts to alter the immunity mechanism itself, as in the attempt to suppress the body's rejection of organ transplants.
Awards and honours
Medawar was elected a Fellow of the Royal Society (FRS) in 1949. With Frank Macfarlane Burnet he shared the 1960 Nobel Prize in Physiology or Medicine "for discovery of acquired immunological tolerance". The British government conferred him a CBE in 1958, knighted him in 1965, and appointed him to the Order of the Companions of Honour in 1972, and Order of Merit in 1981. He was elected an EMBO Member in 1964 and received the Royal Medal in 1959, and the Copley Medal in 1969 both from the Royal Society. He was President of the British Association for the Advancement of Science during 1968–1969. He was awarded the UNESCO Kalinga Prize for the Popularization of Science in 1985. He was awarded a Honorary Doctor of Science Degree in 1961 by the University of Birmingham. He was elected a member of the American Society of Immunologists in 1971, and elected foreign member of the American Academy of Arts and Sciences in 1959, the American Philosophical Society in 1961, and the US National Academy of Sciences in 1965. Medawar has two awards named after him:
- Wilkins-Bernal-Medawar Medal: is awarded by the Royal Society for excellence in a subject relating to the history of science, philosophy of science or the social function of science, in memory of John Wilkins, John Desmond Bernal and Peter Medawar. The winner delivers the Wilkins-Bernal-Medawar Lecture.
- Medawar Medal: is awarded by the British Transplant Society in recognition of significant research in organ transplantation
In 1959 Medawar was invited by the BBC to present the broadcaster's annual Reith Lectures—following in the footsteps of his colleague, J. Z. Young, who was Reith Lecturer in 1950. For his own series of six radio broadcasts, titled The Future of Man, Medawar examined how the human race might continue to evolve.
While attending the annual British Association meeting in 1969, Medawar suffered a stroke when reading the lesson at Exeter Cathedral, a duty which falls on every new President of the British Association. It was, as he said, "monstrous bad luck because Jim Whyte Black had not yet devised beta-blockers, which slow the heart-beat and could have preserved my health and my career". Medawar’s failing health may have had repercussions for medical science and the relations between the scientific community and government. Before the stroke, Medawar was one of Britain's most influential scientists, especially in the biomedical field.
After the impairment of his speech and movement, Medawar, with his wife's help, reorganised his life and continued to write and do research though on a greatly restricted scale. However, more haemorrhages followed and in 1987 he died in the Royal Free Hospital, London. He is buried—as is his wife Jean (1913–2005)—at Alfriston in East Sussex.
Medawar married Jean Shinglewood Taylor on 27 February 1937. They met while in graduate class at Magdalen. Taylor approached him for the meaning of "heuristic", which she had to ask twice, and he had to finally offer lessons in philosophy. They had two sons, Charles and Alexander, and two daughters, Caroline and Louise. He never knew the exact meaning of his surname, an Arabic word, he was told, for "to make round"; but which a friend explained to him as "little round fat man".
Medawar was a scientist of great inventiveness who was interested in many other subjects including opera, philosophy and cricket. He was exceptionally tall, 6 ft and 5 inches, physically robust, with a big voice noted particularly during his lectures. He was renowned for wit and humour, which he claimed inherited from his "raucous" mother. He did not receive a PhD as he could not afford the requisite ₤25, to which he commented, "Morally I'm a PhD, ... Anyway it was unfashionable in my day. John Young [probably referring to John Zachary Young] was not a PhD either." He was regarded as the philosopher Karl Popper's best-known disciple in science.
Views on religion
... I believe that a reasonable case can be made for saying, not that we believe in God because He exists but rather that He exists because we believe in Him... Considered as an element of the world, God has the same degree and kind of objective reality as do other products of mind... I regret my disbelief in God and religious answers generally, for I believe it would give satisfaction and comfort to many in need of it if it were possible to discover and propound good scientific and philosophic reasons to believe in God... To abdicate from the rule of reason and substitute for it an authentication of belief by the intentness and degree of conviction with which we hold it can be perilous and destructive... I am a rationalist—something of a period piece nowadays, I admit...
Medawar was also a realist in pointing out in his book "Advice to a Young Scientist" that there is no quicker way for a scientist to bring discredit on himself and his profession particularly when no declaration is called for, than to declare that science knows or will know the answers to all questions worth asking. He added that questions that do not admit a scientific answer should not be assumed to be non-questions, "We must turn to imaginative literature and religion for suitable answers!"
He also remarked:
Religion has not sustained me on any of the occasions when the comfort it professes would have been most welcome.
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- Medawar, P. B. (1944). "The behaviour and fate of skin autografts and skin homografts in rabbits: A report to the War Wounds Committee of the Medical Research Council". Journal of Anatomy. 78 (Pt 5): 176–199. PMC 1272490. PMID 17104960.
- Medawar, P. B. (1945). "A second study of the behaviour and fate of skin homografts in rabbits: A Report to the War Wounds Committee of the Medical Research Council". Journal of Anatomy. 79 (Pt 4): 157–176. PMC 1272582. PMID 17104981.
- Billingham, R. E.; Medawar, P. B. (1951). "The Technique of Free Skin Grafting in Mammals" (PDF). Journal of Experimental Biology. 28 (3): 385–402.
- Ono, Santa Jeremy (2004). "The Birth of Transplantation Immunology: the Billingham--Medawar Experiments at Birmingham University and University College London" (PDF). Journal of Experimental Biology. 207 (23): 4013–4014. doi:10.1242/jeb.01293. PMID 15498946.
- Billingham, R. E.; Brent, L.; Medawar, P. B. (1953). "'Actively acquired tolerance' of foreign cells". Nature. 172 (4379): 603–606. Bibcode:1953Natur.172..603B. doi:10.1038/172603a0. PMID 13099277.
- Billingham, R. E.; Brent, L.; Medawar, P. B. (1956). "Quantitative studies on tissue transplantation immunity. III. Actively acquired tolerance". Philosophical Transactions of the Royal Society B: Biological Sciences. 239 (666): 357–414. Bibcode:1956RSPTB.239..357B. doi:10.1098/rstb.1956.0006.
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