Michael Woodruff

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Sir Michael Woodruff
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Born (1911-04-03)3 April 1911
Mill Hill, London, England
Died Script error: The function "death_date_and_age" does not exist.
Edinburgh, Scotland[1]
Nationality British
Fields Organ transplantation
Institutions Universities of Sheffield, Aberdeen, Otago, Edinburgh
Alma mater University of Melbourne

Sir Michael Francis Addison Woodruff, FRS, FRCS (3 April 1911 – 10 March 2001) was an English surgeon and scientist principally remembered for his research into organ transplantation. Though born in London, Woodruff spent his youth in Australia, where he earned degrees in electrical engineering and medicine. Having completed his studies shortly after the outbreak of World War II, he joined the Australian Army Medical Corps, but was soon captured by Japanese forces and imprisoned in the Changi Prison Camp. While there, he devised an ingenious method of extracting nutrients from agricultural wastes to prevent malnutrition among his fellow POWs.

At the conclusion of the war, Woodruff returned to England and began a long career as an academic surgeon, mixing clinical work and research. Woodruff principally studied transplant rejection and immunosuppression. His work in these areas of transplantation biology, led Woodruff to perform the first kidney transplant in the United Kingdom, on 30 October 1960. For this and his other scientific contributions, Woodruff was elected a Fellow of the Royal Society in 1968 and made a Knight Bachelor in 1969. Although retiring from surgical work in 1976, he remained an active figure in the scientific community, researching cancer and serving on the boards of various medical and scientific organizations. He died on 10 March 2001, at the age of 89.

Early life

Michael Woodruff was born on 3 April 1911 in Mill Hill, London, England.[2] In 1913, his father, Harold Woodruff, a professor of veterinary medicine at the Royal Veterinary College in London, moved the family to Australia so he could take up the post of Professor of Veterinary Pathology and Director of the Veterinary Institute at the University of Melbourne. The elder Woodruff later became the Professor of Bacteriology.[2] The family's new life in Australia was interrupted by World War I, which prompted Harold to enlist in the armed services. He became an officer in the Australian Army Veterinary Corps and was sent to Egypt.[3]

The remainder of the Woodruffs returned to London, and the two boys lived with their mother and paternal grandmother in the latter's residence in Finchley. However, Michael and his brother went back to Australia in 1917 after their mother, Margaret, died of a staphylococcal septicaemia. The two then spent a short time under the care of an aunt before being rejoined by their father in 1917.[2][4]

In 1919, Harold remarried and his new wife raised the children from his first marriage. The two boys did their early schooling at Trinity Grammar School in Melbourne. From then on he spent all of his youth in Australia except for a year in Europe in 1924 when his father went on sabbatical leave at Paris's Pasteur Institute. During this time, Woodruff and his brother boarded at Queen's College in Taunton, Somerset on the south coast of England. The headmaster at the school derogatorily regarded Australians as "colonials" who were "backward" and put Woodruff in a year level one year lower than appropriate.[5] Upon returning to Australia, Woodruff attended the private Methodist Wesley College, where he enjoyed mathematics and rowing.[5]

He won a government scholarship to the University of Melbourne and Queen's College, a university residential college.[5] Woodruff studied electrical engineering and mathematics, receiving some instruction from the influential physicist Harrie Massey, then a tutor.[2] Despite success in engineering, Woodruff decided that he would have weak prospects as an engineer in Australia because of the Great Depression.[1] He decided to take up medical studies at the end of his third year of undergraduate study, but his parents wanted him to finish his degree first. Despite his fears regarding his ability to succeed as an engineer, Woodruff placed first in his graduating class with first-class honours. He also completed two years of the maths program with first-class honours.[5]

After graduating in 1933, he entered the medical program at the University of Melbourne. His mentors included Anatomy Professor Frederic Wood Jones. While at the University, he passed the primary exam for the Royal College of Surgeons in 1934, one of only four successful candidates who sat the examination in Melbourne that year. He finished the program in 1937 and received an MBBS with honours as well as two prizes in surgery. After graduation, he studied internal medicine for one more year, and served as a house surgeon at the Royal Melbourne Hospital.[2] Woodruff then started his surgical training.[5]

World War II

At the outbreak of World War II, Woodruff joined the Australian Army Medical Corps. He stayed in Melbourne until he finished his Master of Surgery Degree in 1941. At that time, he was assigned to the Tenth Australian Army General Hospital in Malaya as a captain in the Medical Corps. According to Woodruff, his time in Malaya was quiet and relatively leisurely as the war in the Pacific was yet to began in earnest. However, after the Japanese attack on Pearl Harbor changed the situation and he was posted to a casualty clearing station where he worked as an anaesthetist, before being transferred into the Singapore General Hospital. A Japanese offensive resulted in the fall of Singapore and Woodruff was taken prisoner along with thousands of other Australian and British personnel.[1][6]

A chapel built by Australian POWs at the Changi Prison Camp where Woodruff was held during World War II.

After being captured, Woodruff was imprisoned in the Changi Prison Camp. In the camp, Woodruff realized that his fellow prisoners were at great risk from vitamin deficiencies due to the poor quality of the rations they were issued by the Japanese. To help fight this threat, Woodruff asked for permission from the Japanese to allow him to take responsibility for the matter, which was granted.[6] He devised a method for extracting important nutrients from grass, soya beans, rice polishings, and agricultural wastes using old machinery that he found at the camp. Woodruff later published an account of his methods through the Medical Research Council titled "Deficiency Diseases in Japanese Prison Camps".[4] Woodruff remained a POW for three and a half years and later during this period he was sent to outlying POW camps to treat his comrades. As the prisoners were not allowed to be transferred, he had to improvise in his practise.[6] During this time he also read Maingot's surgery textbook, as a copy was in the camp, and he later said that reading about the fact that skin allografts were rejected a fortnight after being initially accepted, had stoked his interest in doing research on the topic.[6]

At the conclusion of World War II, Woodruff returned to Melbourne to continue his surgical training. During his studies, he served as the surgical associate to Albert Coates. This position was unpaid, so Woodruff accepted an appointment was a part-time pathology lecturer to support himself.[7] In January 1946, Woodruff participated in an Australian Student Christian Movement meeting, where he met Hazel Ashby, a science graduate from Adelaide. She made a great impression on Woodruff, and he married her half a year later. The couple were research partners for the rest of their lives.[2][7]

Early career

Soon after his marriage, Woodruff decided to travel to England in order to take the second half of the FRCS Exam. Woodruff took his new wife over with no guarantee of employment, and declined a two-year travelling fellowship to Oxford University offered by the Australian Red Cross because it required him to return home and work.[8] Before departing, he applied for a position as a Tutor of Surgery at the University of Sheffield, and learned en route that they had accepted his application. He took the FRCS exam in 1947 and passed—a result that, in Woodruff's view, was certainly not hindered by the fact that one of his examiners, Colonel Julian Taylor, had been with him at Changi.[1]

Sheffield

After passing his exam, Woodruff entered his position at Sheffield, where he trained in emergency and elective surgery.[8] Originally, he had planned to do surgical research, but Sheffield had no space for him in its surgical lab. Instead, Woodruff was given a place in the pathology laboratory where he studied transplant rejection, a process in which the immune system of a transplant recipient attacks the transplanted tissue. Woodruff was particularly interested in thyroid allografts to the anterior chamber of the eye because they did not appear to meet with rejection.[8] Woodruff's work with the allografts gave him a solid basis to work in the developing field of transplantion and rejection. To further himself in these areas, Woodruff arranged to meet Peter Medawar, an eminent zoologist and important pioneer in the study of rejection. The two men discussed transplantation and rejection, beginning a lasting professional relationship. Despite his achievements at Sheffield, Woodruff was rejected upon applying for a post at the Royal Melbourne Hospital.[2][8]

Aberdeen

In 1948, shortly after applying for the position in Melbourne, Woodruff moved from Sheffield to the University of Aberdeen where he was given a post as a senior lecturer,[1] having not known where the Scottish city was beforehand.[8] At Aberdeen, Woodruff was given better laboratory access under Professor Bill Wilson, and was also awarded a grant that allowed his wife to be paid for her services.[9] He took advantage of this access and his wife's skills as a lab assistant to investigate in utero grafts (tissue grafts performed while the recipient was still in the womb). At the time, the surgical community hypothesized that if a recipient were given in utero grafts, he would be able to receive tissue from the donor later in life without risk of rejection. Woodruff's experiments with rats, however, produced negative results.[10] Woodruff also commenced work on antilymphocyte serum for immunosuppression, with little initial success.[10]

While in Aberdeen, Woodruff also visited the United States on a World Health Organization (WHO) Traveling Fellowship. During the visit, he met many of the leading American surgeons, an experience that increased his own desire to continue his work and research. After returning from the US, Woodruff experimented with the effects of cortisone and the impact of blood antigen on rejection. As part of his blood antigen studies, Woodruff found two volunteers with identical blood antigens and arranged for them to exchange skin grafts. When the grafts were rejected, Woodruff determined that rejection must be controlled by additional factors.[2][10] In 1951 Woodruff was bestowed a Hunterian Professorship of the Royal College of Surgeons of England for his lecture The transplantation of homologous tissue and its surgical application.[10]

Dunedin

The University of Otago Dunedin School of Medicine, where Woodruff worked from 1953 to 1957.

In 1953, Woodruff moved to Dunedin to take up a position as the Chair of Surgery at the University of Otago Dunedin School of Medicine, New Zealand's only medical school at that time.[10] Woodruff had earlier failed in his applications for the corresponding position at St Mary's in London and St Andrews University in Edinburgh.[10] While in Dunedin, Woodruff conducted research on the use of white blood cells to increase tolerance for allografts in rats. This line of research proved to be largely unsuccessful, but some of Woodruff's other projects did well. Among his more important accomplishments in the period, Woodruff established a frozen skin bank for burn treatment. As there was no plastic surgeon in the city, Woodruff ended up being responsible for treating burns. He also worked on the phenomenon known as runt disease (graft versus host disease).[2] Although Woodruff had been productive in four years in New Zealand, Dunedin had a population of roughly 100,000, so there were not enough people in the region to supply a clinical medical school, so he began to look for an appointment elsewhere.[11]

Edinburgh

Diagram illustrating a typical kidney transplant such as those Woodruff performed in Edinburgh.

In 1957, Woodruff was appointed to the Chair of Surgical Science at the University of Edinburgh without requiring an interview.[11] At the university, he split his time equally between his clinical and teaching responsibilities and his research. He was also allowed to appoint two assistant researchers who went on to become prominent in their own right, Donald Michie and James Howard. As a major part of his research, Woodruff served as the honorary director of a Research Group on Transplantation established by the Medical Research Council.[11]

The research group's principal investigations concerned immunological tolerance (the body's acceptance of tissues, as opposed to rejection), autoimmune haemolytic anaemia (especially in mice), and immune responses to cancer in various animals. In his clinical role, Woodruff started a vascular surgery program and worked with the use of immunotherapy as a cancer treatment as well as the treatment of autoimmune haemolytic anaemia. However, his most important clinical accomplishments were in kidney transplantation.[2][11]

Most notably, he performed the first ever kidney transplant in the UK, at the Edinburgh Royal Infirmary.[12] Woodruff had been waiting for the right patient for some time, hoping to find a patient with an identical twin to act as the donor, as this would significantly reduce the risk of rejection. The patient that Woodruff eventually found was a 49-year-old man suffering from severely impaired kidney function who received one of his identical twin brother's kidneys on 30 October 1960. Both twins lived an additional six years before dying of an unrelated disease.[12] Woodruff thought that he had to be vigilant with his first kidney transplant, as he regarded the British medical community's attitude to be conservative towards transplantation.[11] From then until his retirement in 1976, he performed 127 kidney transplants.[11] Also in 1960, Woodruff published The Transplantation of Tissues and Organs, a comprehensive survey of transplant biology and one of seven books he wrote.[2] He was awarded the 1969 Lister Medal for his contributions to surgical science.[13] The corresponding Lister Oration, given at the Royal College of Surgeons of England, was delivered on 8 April 1970, and was titled 'Biological aspects of individuality'.[14]

The success of Woodruff's clinical transplant program was recognised and enhanced by funding from the Nuffield Foundation to construct and open the Nuffield Transplant Surgery Unit at the Western General Hospital in Edinburgh.[15] In 1970 an outbreak of hepatitis B struck the transplant unit, resulting in the death of several patients and four of Woodruff's employees due to fulminant hepatic failure. Woodruff was deeply shaken by the loss and the unit was closed for a period while an investigation was carried out to develop a contingency plan to avoid such a disaster in future. The unit then resumed operations.[15]

Woodruff retired from the University of Edinburgh in 1976, his role then being filled by Prof Geoffrey Duncan Chisholm,[16] and joined the MRC Clinical and Population Cytogenetics Unit. He spent the next ten years there, engaged in cancer research with an emphasis on tumor immunology using Corynebacterium parva. During that time, Woodruff also published twenty-five papers and two books.[2] After retiring from his cancer research, Woodruff lived quietly with his wife in Edinburgh, traveling occasionally,[4] until his death there on 10 March 2001 at the age of 89.[1]

Legacy

Woodruff's contributions to surgery were important and long-lasting. In addition to performing the first kidney transplant in the UK, he devised a method of implanting a transplanted ureter in the bladder during transplants that is still used today. Furthermore, he established a large, efficient transplant unit in Edinburgh that remains one of the world's best. Although best known for these clinical accomplishments, Woodruff's contributions to the study of rejection and tolerance induction were equally important. Among these contributions, Woodruff's work with anti-lymphocyte serum has led to its wide use to reduce rejection symptoms in organ transplant recipients up to the current day.[2]

These important contributions to medicine and biology were first seriously honoured in 1968 when Woodruff was elected to be a Fellow of the Royal Society. The next year, 1969, Woodruff was knighted by the Queen, a rare accomplishment for a surgeon. Additionally, numerous medical organizations gave Woodruff honorary membership, including the American College of Surgeons, the American Surgical Association, and the Royal College of Physicians of Edinburgh. Woodruff also held office in several scientific organizations, serving as Vice-President of the Royal Society and President of The Transplantation Society. Finally, Woodruff served for many years as a WHO advisor and as a visiting professor at a number of universities.[17]

Despite his profound influence on transplantation and what Peter Morris called "a commanding presence in any gathering",[18] Woodruff was not known for his ability as a lecturer as he had a rather uncertain style of presentation and had a tendency to mumble.[18] Nevertheless, Morris said that Woodruff has "a great turn of phrase and a rather wicked sense of humour".[18] Morris concluded that "What is surprising is that he was not successful in producing many surgeons in his own mould, despite the intellectual talent that was entering surgery and especially transplantation in the 1960s. However, his influence in transplantation at all levels was enormous."[18]

Publications

Woodruff's impact is also apparent in his large volume of publications. In addition to authoring over two hundred scholarly papers, Woodruff wrote seven books during his career, covering numerous aspects of medicine and surgery.

  • Deficiency Diseases in Japanese Prison Camps. M.R.C Special Report No. 274. H.M. Stationery Office, London 1951.
  • Surgery for Dental Students. Blackwell, Oxford. (Fourth Ed., 1984 with H.E. Berry) 1954.
  • The Transplantation of Tissues and Organs. Charles C. Thomas. Springfield, Illinois 1960.
  • The One and the Many: Edwin Stevens Lectures for the Laity. Royal Society of Medicine, London 1970.
  • On Science and Surgery. Edinburgh University Press, Edinburgh 1976.
  • The Interaction of Cancer and Host: Its Therapeutic Significance. Grune Stratton, New York 1980.
  • Cellular Variation and Adaptation in Cancer: Biological Basis and Therapeutic Consequences. Oxford University Press 1990.

Personal life

The Woodruffs had two sons, followed by a daughter. Their first son completed a medical degree at University College London and became an ophthalmologist. The two younger children both did their tertiary education at Sheffield University. The second son became a civil engineer and the daughter completed a science degree in botany.[18]

Woodruff and his wife were avid tennis players and had a court in their home in Edinburgh.[17] After moving to Edinburgh, Woodruff took up sailing with the Royal Forth Yacht Club, and went on to compete in some races. He owned a boat was known to go sailing on it in the Mediterranean each summer with his wife. During his student years, Woodruff was a keen rower and field hockey player.[18]

Woodruff was a lover of classical music, and after taking up the organ at university and learning from A. E Floyd, the organist of St Paul's Cathedral,[5] he became the college organist at Queen’s College in Melbourne; he later learned to play the piano.[19] In his spare time, Woodruff continued to pursue his love of pure mathematics, especially number theory. He periodically attempted to prove Fermat's Last Theorem, but failed.[19]

References

  1. ↑ 1.0 1.1 1.2 1.3 1.4 1.5 Lua error in package.lua at line 80: module 'strict' not found.
  2. ↑ 2.00 2.01 2.02 2.03 2.04 2.05 2.06 2.07 2.08 2.09 2.10 2.11 2.12 Lua error in package.lua at line 80: module 'strict' not found.
  3. ↑ Morris, p. 457.
  4. ↑ 4.0 4.1 4.2 Woodruff, Michael. Nothing Venture Nothing Win. Edinburgh: Scottish Academic Press, 1996. ISBN 0-7073-0737-6.
  5. ↑ 5.0 5.1 5.2 5.3 5.4 5.5 Morris, p. 458.
  6. ↑ 6.0 6.1 6.2 6.3 Morris, p. 459.
  7. ↑ 7.0 7.1 Morris, p. 460.
  8. ↑ 8.0 8.1 8.2 8.3 8.4 Morris, p. 461.
  9. ↑ Morris, pp. 461–462.
  10. ↑ 10.0 10.1 10.2 10.3 10.4 10.5 Morris, p. 462.
  11. ↑ 11.0 11.1 11.2 11.3 11.4 11.5 Morris, p. 463.
  12. ↑ 12.0 12.1 "History of Kidney Transplantation in Edinburgh". Retrieved 30 November 2008.
  13. ↑ Lister Medal, Ann R Coll Surg Engl. 1969 August; 45(2): 127.
  14. ↑ Lua error in package.lua at line 80: module 'strict' not found.
  15. ↑ 15.0 15.1 Morris, p. 464.
  16. ↑ https://www.royalsoced.org.uk/cms/files/fellows/obits_alpha/chisholm_geoffrey.pdf
  17. ↑ 17.0 17.1 Morris, p. 467.
  18. ↑ 18.0 18.1 18.2 18.3 18.4 18.5 Morris, p. 469.
  19. ↑ 19.0 19.1 Morris, p. 468.
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