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'''Hugh Paterson Donald''' {{post-nominals|country=GBR|CBE|FRSE}} (1908–1989)<ref name=UEdinburgh>{{cite web|website=The University of Edinburgh, Centre for Research Collections (CRC), Special Collections: Archival Resources, Catalogue|title=Donald {{!}} Hugh Paterson {{!}} 1908-1989 {{!}} geneticist and director of Animal Breeding Research Organisation|url=http://129.215.17.220/catalogue/pers/d/776/}}</ref> was a New Zealand-born, British biologist.
'''Hugh Paterson Donald''' {{post-nominals|country=GBR|CBE|FRSE}} (1908–1989)<ref name=UEdinburgh>{{cite web|website=The University of Edinburgh, Centre for Research Collections (CRC), Special Collections: Archival Resources, Catalogue|title=Donald {{!}} Hugh Paterson {{!}} 1908-1989 {{!}} geneticist and director of Animal Breeding Research Organisation|url=http://129.215.17.220/catalogue/pers/d/776/}}</ref> was a New Zealand-born, British biologist, noteworthy as an important contributor to [[Peter Medawar#Early research|Peter Medawar's research on skin grafts]].<ref name="Hamilton2012">{{cite book|author=Hamilton, David|title=A History of Organ Transplantation: Ancient Legends to Modern Practice|url=https://books.google.com/books?id=4uS1eem2SbMC&pg=PA221|year=2012|publisher=University of Pittsburgh Press|pages=221–222|isbn=978-0-8229-7784-1}}</ref>


Hugh P. Donald was educated at [[Lincoln University (New Zealand)|Lincoln College in New Zealand]], where he acquired three degrees and training as a plant geneticist. At the beginning of his career he was interested in finding new varieties of wheat, but the plant geneticist [[Otto Frankel]] advised him that there were more job opportunities in agricultural research on animals. In 1934 Donald joined [[Edinburgh University]]'s [[Roslin Institute|Institute of Animal Genetics]]. There for two years from 1934 to 1936 he did research under the supervision of Rowena Lamy on ''[[Drosophila]]'' genetics and completed his Ph.D. thesis in 1936.<ref name=UEdinburgh/> According to the geneticist [[Alfred Sturtevant|A. H. Sturtevant]]'s ''A History of Genetics'',<ref>{{cite book|author=Sturtevant, A. H.|year=1965|title=A History of Genetics|location=New York|publisher=Harper and Row}}</ref> [[Francis Crew]] and Rowena Lamy gave in 1935 an explanation for why some specific mutations were autosomal in one fruit-fly species and sex-linked in a closely related fruit-fly species, and the explanation was confirmed in 1936 by Donald.<ref>{{cite web|author=Marie, Jennifer|title=The Importance of Place: A History of Genetics in 1930s Britain (University College London, PhD Thesis in History and Philosophy of Science)|website=University College London (discovery.ucl.ac.uk)|url=https://discovery.ucl.ac.uk/id/eprint/10108845/1/The_importance_of_place_A_his.pdf}}</ref> In 1936 he was appointed junior lecturer in animal husbandry and assistant to [[Alick Buchanan-Smith, Baron Balerno|Alick Buchanan-Smith]] at the Institute of Animal Genetics, Shothead Farm, [[Balerno]]. There Donald ran both the farm and the breeding programme, did research and much of the manual farm work, and also taught undergraduates.<ref name=UEdinburgh/>
Hugh P. Donald was educated at [[Lincoln University (New Zealand)|Lincoln College in New Zealand]], where he acquired three degrees and training as a plant geneticist. At the beginning of his career he was interested in finding new varieties of wheat, but the plant geneticist [[Otto Frankel]] advised him that there were more job opportunities in agricultural research on animals. In 1934 Donald joined [[Edinburgh University]]'s [[Roslin Institute|Institute of Animal Genetics]]. There for two years from 1934 to 1936 he did research under the supervision of Rowena Lamy on ''[[Drosophila]]'' genetics and completed his Ph.D. thesis in 1936.<ref name=UEdinburgh/> According to the geneticist [[Alfred Sturtevant|A. H. Sturtevant]]'s ''A History of Genetics'',<ref>{{cite book|author=Sturtevant, A. H.|year=1965|title=A History of Genetics|location=New York|publisher=Harper and Row}}</ref> [[Francis Crew]] and Rowena Lamy gave in 1935 an explanation for why some specific mutations were autosomal in one fruit-fly species and sex-linked in a closely related fruit-fly species, and the explanation was confirmed in 1936 by Donald.<ref>{{cite web|author=Marie, Jennifer|title=The Importance of Place: A History of Genetics in 1930s Britain (University College London, PhD Thesis in History and Philosophy of Science)|website=University College London (discovery.ucl.ac.uk)|url=https://discovery.ucl.ac.uk/id/eprint/10108845/1/The_importance_of_place_A_his.pdf}}</ref> In 1936 he was appointed junior lecturer in animal husbandry and assistant to [[Alick Buchanan-Smith, Baron Balerno|Alick Buchanan-Smith]] at the Institute of Animal Genetics, Shothead Farm, [[Balerno]]. There Donald ran both the farm and the breeding programme, did research and much of the manual farm work, and also taught undergraduates.<ref name=UEdinburgh/>

Revision as of 14:38, 14 November 2020

Hugh Paterson Donald CBE FRSE (1908–1989)[1] was a New Zealand-born, British biologist, noteworthy as an important contributor to Peter Medawar's research on skin grafts.[2]

Hugh P. Donald was educated at Lincoln College in New Zealand, where he acquired three degrees and training as a plant geneticist. At the beginning of his career he was interested in finding new varieties of wheat, but the plant geneticist Otto Frankel advised him that there were more job opportunities in agricultural research on animals. In 1934 Donald joined Edinburgh University's Institute of Animal Genetics. There for two years from 1934 to 1936 he did research under the supervision of Rowena Lamy on Drosophila genetics and completed his Ph.D. thesis in 1936.[1] According to the geneticist A. H. Sturtevant's A History of Genetics,[3] Francis Crew and Rowena Lamy gave in 1935 an explanation for why some specific mutations were autosomal in one fruit-fly species and sex-linked in a closely related fruit-fly species, and the explanation was confirmed in 1936 by Donald.[4] In 1936 he was appointed junior lecturer in animal husbandry and assistant to Alick Buchanan-Smith at the Institute of Animal Genetics, Shothead Farm, Balerno. There Donald ran both the farm and the breeding programme, did research and much of the manual farm work, and also taught undergraduates.[1]

In the 1930s he worked with cytologists, geneticists, pharmacologists and his colleagues included Auerbach, Muller, Greenwood, Buchanan-Smith and Koller who all contributed to the new science of agricultural and pure genetics. Donald improved the quality and production of pigs, and by extension led to the improved quality of livestock generally.[1]

As successor to Robert George White,[5] Donald held an appointment from 1951 to 1973 as Director of the Agricultural Research Council's Animal Breeding Research Organisation (ABRO).[6] He held an appointment from 1973 to 1989 as Honorary Professor at the University of Edinburgh.[1] He was the coauthor with I. Michael Lerner of Modern Developments in Animal Breeding.[7][8]

In the 1950s Hugh Donald laid the foundation for human organ transplantation when he grafted skin between cattle twins.[1]

ABRO grew under his directorship to run six farms in the UK developing improved breeds such as Friesian, Ayrshire, Jersey cattle, and Blackface sheep. Donald was one of the first scientists to transfer embryos between different varieties of sheep. His studies of identical and fraternal twin cattle successfully improved fertility, body weight and milk flow.[1]

Awards and honors

References

  1. ^ a b c d e f g h i "Donald | Hugh Paterson | 1908-1989 | geneticist and director of Animal Breeding Research Organisation". The University of Edinburgh, Centre for Research Collections (CRC), Special Collections: Archival Resources, Catalogue.
  2. ^ Hamilton, David (2012). A History of Organ Transplantation: Ancient Legends to Modern Practice. University of Pittsburgh Press. pp. 221–222. ISBN 978-0-8229-7784-1.
  3. ^ Sturtevant, A. H. (1965). A History of Genetics. New York: Harper and Row.
  4. ^ Marie, Jennifer. "The Importance of Place: A History of Genetics in 1930s Britain (University College London, PhD Thesis in History and Philosophy of Science)" (PDF). University College London (discovery.ucl.ac.uk).
  5. ^ "Professor Robert George White, C.B.E. (1885–1976)". Towards Dolly: Edinburgh, Roslin and the Birth of Modern Genetics, Edinburgh University Library Centre for Research Collections. June 2012.
  6. ^ "ABRO — The Animal Breeding Research Organisation". Towards Dolly: Edinburgh, Roslin and the Birth of Modern Genetics, Edinburgh University Library Centre for Research Collections. May 2012.
  7. ^ Isadore Michael Lerner; Hugh Paterson Donald (1966). Modern Developments in Animal Breeding. Academic P. ISBN 978-0-12-444350-1.
  8. ^ Omtvedt, I. T. (1967). "Review of Modern Developments in Animal Breeding by I. Michael Lerner and H. P. Donald". The Quarterly Review of Biology. 42 (4): 539–539. doi:10.1086/405535. ISSN 0033-5770.
  9. ^ "Changes in Fellowship during Session 1936–1937". Proceedings of the Royal Society of Edinburgh. 57: 503–503. 2014. doi:10.1017/S0370164600014243. ISSN 0370-1646.
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