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{{Short description|Scottish-Canadian doctor}}
{{Use dmy dates|date=April 2022}}
{{Infobox person
{{Infobox person
| pre-nominals = Professor
| pre-nominals = Professor
| name = George Neil Stewart
| name = George Neil Stewart
| image = PSM V74 D105 Neil Stewart.png
| image = George N. Stewart.jpg
| birth_date = 18 April 1860
| birth_date = 18 April 1860
| birth_place = London, Ontario
| birth_place = London, Canada West
| death_date = 28 May 1930
| death_date = 28 May 1930
| death_place = Cleveland, Ohio
| death_place = Cleveland, Ohio
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}}
}}


'''George Neil Stewart''' (18 April 1860 - 28 May 1930) was a Scottish-Canadian doctor who made a major contribution to teaching and research in physiology.<ref>{{Cite web|url=https://www.encyclopedia.com/science/dictionaries-thesauruses-pictures-and-press-releases/stewart-george-neil|title=Stewart, George Neil {{!}} Encyclopedia.com|website=www.encyclopedia.com|language=en|access-date=2018-08-02}}</ref>
'''George Neil Stewart''' (18{{nbsp}}April 1860{{snd}}28{{nbsp}}May 1930) was a Scottish-Canadian medical doctor who made a major contribution to teaching and research in physiology.<ref>{{Cite web|url=https://www.encyclopedia.com/science/dictionaries-thesauruses-pictures-and-press-releases/stewart-george-neil|title=Stewart, George Neil {{!}} Encyclopedia.com|website=www.encyclopedia.com|language=en|access-date=2018-08-02}}</ref>


== Early life ==
== Early life ==
George Neil Stewart was born in Canada at [[London, Ontario]], the son of James Innes and Catherine Sutherland Stewart. His parents returned to Scotland and he grew up in [[Lybster]] in [[Caithness]]. He studied at the [[University of Edinburgh]] starting in 1879, graduating M.A. in 1883 with honours in Mathematics before progressing to study Medicine.<ref>{{Cite book|title=Index to Graduations, University of Edinburgh|last=University of Edinburgh|first=|publisher=|year=|isbn=|location=|pages=}}</ref> He was Mackay Smith scholar in 1883-1884. Eminent professors from whom he learned included [[Peter Tait (physicist)|Peter Guthrie Tait]], with whom he took up an assistantship in 1879, and [[William Rutherford (physiologist)|William Rutherford]], from whom he learned physiology. To pursue these interests further, in 1886–1887 he went to Berlin to study with [[Emil du Bois-Reymond]]. He received further qualifications at Edinburgh, receiving his [[B.Sc]] in 1886, [[Doctor of Science|D.Sc]] in 1887, M.B., C.M. in 1889, and finally his [[M.D.|M.D]]. in 1891, winning the gold medal for his graduation thesis, ''The influence of temperature and of endocardiac pressure on the heart, and particularly on the action of the vagus and cardiac sympathetic nerves''.<ref>{{Cite journal|last=Stewart|first=George Neil|date=1891|title=Influence of temperature and of endocardiac pressure on the action of the vagus and cardiac sympathetic nerves|journal=|language=en|volume=|pages=|via=|hdl=1842/25220}}</ref> Additionally, in 1892 he submitted an essay for the Goodsir Memorial Prize, ''Researches on the circulation time in organs and on the influences which affect it''.<ref>{{Cite journal|last=Stewart|first=George Neil|date=1892|title=Researches on the circulation time in organs and on the influences which affect it: Goodsir Memorial Prize Essay, 1892|journal=|language=en|volume=|pages=|via=|hdl=1842/24341}}</ref>
George Neil Stewart was born in Canada at [[London, Ontario|London]], [[Canada West]], the son of James Innes and Catherine Sutherland Stewart. His parents returned to Scotland and he grew up in [[Lybster]] in [[Caithness]]. He studied at the [[University of Edinburgh]] starting in 1879, graduating M.A. in 1883 with honours in Mathematics before progressing to study Medicine.<ref>{{Cite book|title=Index to Graduations, University of Edinburgh|last=University of Edinburgh}}</ref> He was Mackay Smith scholar in 1883–1884. Eminent professors from whom he learned included [[Peter Tait (physicist)|Peter Guthrie Tait]], with whom he took up an assistantship in 1879, and [[William Rutherford (physiologist)|William Rutherford]], from whom he learned physiology. To pursue these interests further, in 1886–1887 he went to Berlin to study with [[Emil du Bois-Reymond]]. He received further qualifications at Edinburgh, receiving his [[B.Sc]] in 1886, [[Doctor of Science|D.Sc]] in 1887, M.B., C.M. in 1889, and finally his [[M.D.|M.D]]. in 1891, winning the gold medal for his graduation thesis, ''The influence of temperature and of endocardiac pressure on the heart, and particularly on the action of the vagus and cardiac sympathetic nerves''.<ref>{{Cite thesis|last=Stewart|first=George Neil|date=1891|title=Influence of temperature and of endocardiac pressure on the action of the vagus and cardiac sympathetic nerves|language=en|hdl=1842/25220}}</ref> Additionally, in 1892 he submitted an essay for the Goodsir Memorial Prize, ''Researches on the circulation time in organs and on the influences which affect it''.<ref>{{Cite thesis|last=Stewart|first=George Neil|date=1892|title=Researches on the circulation time in organs and on the influences which affect it: Goodsir Memorial Prize Essay, 1892|language=en|hdl=1842/24341}}</ref>


== Early career ==
== Early career ==
Following his D.Sc, Stewart became senior demonstrator of physiology at [[Victoria University of Manchester|Owens College]], Victoria University, Manchester (1887–1889), where he learned from [[William Stirling (physiologist)|William Stirling]] the value of the illustrative experiment in teaching science. He then became a George Henry Lewes student at [[Downing College, Cambridge|Downing College]], Cambridge (1889-1893), receiving his [[Professional degrees of public health|D.P.H]]. in 1890. He acted as examiner in physiology at Aberdeen (1890–1894) and spent time in [[Strasbourg]] in 1892.
Following his D.Sc, Stewart became senior demonstrator of physiology at [[Victoria University of Manchester|Owens College]], Victoria University, Manchester (1887–1889), where he learned from [[William Stirling (physiologist)|William Stirling]] the value of the illustrative experiment in teaching science. He then became a George Henry Lewes student at [[Downing College, Cambridge|Downing College]], Cambridge (1889–1893), receiving his [[Professional degrees of public health|D.P.H]]. in 1890. He acted as examiner in physiology at Aberdeen (1890–1894) and spent time in [[Strasbourg]] in 1892.


== American career ==
== American career ==
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At Cleveland, using improvised laboratory equipment, Stewart began illustrating lectures with experiments. This inspired his 796-page ''[[iarchive:amanualphysiolo02stewgoog|Manual of Physiology]]'' (1895), the first work of its kind to include practical exercises for students. The practice spread and the ''Manual'' became a standard text, going into 8 editions by 1918.
At Cleveland, using improvised laboratory equipment, Stewart began illustrating lectures with experiments. This inspired his 796-page ''[[iarchive:amanualphysiolo02stewgoog|Manual of Physiology]]'' (1895), the first work of its kind to include practical exercises for students. The practice spread and the ''Manual'' became a standard text, going into 8 editions by 1918.


After earlier work on color vision, electrophysiology, Talbot’s law,<ref>{{Cite journal|url=http://www.oxfordreference.com/view/10.1093/oi/authority.20110803101940762|title=Talbot's law|last=|first=|date=|website=|archive-url=|archive-date=|dead-url=|access-date=|doi=10.1093/oi/authority.20110803101940762|doi-broken-date=2018-08-15}}</ref> cardiac nerves, [[otolith]]s, muscle proteins, and permeability of blood corpuscles, Stewart {{Wikisource author}} later experimentally investigated such clinical problems as the effect of total anemia on the brain, resuscitation, the measurement of blood flow by the calorimetric method, and the estimation of pulmonary blood capacity and cardiac output by indicator-dilution techniques. With Julius M. Rogoff he studied the functions of the adrenal medulla and cortex, including the epinephrine output and the usefulness of cortex extracts to treat [[Addison's disease|Addison’s disease]]. They discovered that the adrenal cortex was indispensable to the life of higher animals. Stewart published a series of papers on "The liberation of [[Epinephrine (medication)|epinephrin]] from the adrenals" in the ''Journal of Pharmacology and Experimental Therapeutics.''
After earlier work on color vision, electrophysiology, Talbot's law,<ref>{{cite web |title=Talbot's law |url=https://www.oxfordreference.com/display/10.1093/oi/authority.20110803101940762}}</ref> cardiac nerves, [[otolith]]s, muscle proteins, and permeability of blood corpuscles, Stewart {{Wikisource author}} later experimentally investigated such clinical problems as the effect of total anemia on the brain, resuscitation, the measurement of blood flow by the calorimetric method, and the estimation of pulmonary blood capacity and cardiac output by indicator-dilution techniques. With Julius M. Rogoff he studied the functions of the adrenal medulla and cortex, including the epinephrine output and the usefulness of cortex extracts to treat [[Addison's disease]]. They discovered that the adrenal cortex was indispensable to the life of higher animals. Stewart published a series of papers on "The liberation of [[Epinephrine (medication)|epinephrin]] from the adrenals" in the ''Journal of Pharmacology and Experimental Therapeutics.''


Stewart was a member of the Physiology Society, American Physiology Society, American Pharmacology Society.<ref>{{Cite web|url=https://www.accessgenealogy.com/ohio/biographical-sketch-of-george-neil-stewart.htm|title=Biographical Sketch of George Neil Stewart|last=|first=|date=|website=|archive-url=|archive-date=|dead-url=|access-date=}}</ref> The University of Edinburgh awarded him the honorary L.L.D. in 1920.
Stewart was a member of the Physiology Society, American Physiology Society, American Pharmacology Society.<ref>{{Cite web|url=https://www.accessgenealogy.com/ohio/biographical-sketch-of-george-neil-stewart.htm|title=Biographical Sketch of George Neil Stewart|date=24 February 2012 }}</ref> The University of Edinburgh awarded him the honorary L.L.D. in 1920.


== Later life ==
== Later life ==
Stewart was described as a brilliant teacher, witty, and possessed of prodigious energy and an amazing memory. In later life he suffered from pernicious anemia and progressive spinal degeneration, but he remained mentally alert until the end and made notes about his own condition. Stewart married Louise Kate Powell on 20 September 1906, and his wife and four children were living in Toronto at the time of his death. His funeral was held at the University Chapel at Cleveland on 31 May 1930; he was created and his ashes taken to Toronto. His life was summarised in obituaries of the time in ''Nature'',<ref>{{Cite journal|last=MACLEOD.|first=J. J. R.|date=June 1930|title=Prof. G. N. Stewart|url=https://www.nature.com/articles/125980a0|journal=Nature|language=En|volume=125|issue=3165|pages=980–981|doi=10.1038/125980a0|issn=0028-0836|via=|bibcode=1930Natur.125..980M}}</ref> ''Science''<ref>{{Cite journal|last=Sollmann|first=Torald|date=1930|title=George Neil Stewart, Physiologist: April 18, 1860, to May 28, 1930|jstor=1655954|journal=Science|volume=72|issue=1859|pages=157–162|bibcode=1930Sci....72..157S|doi=10.1126/science.72.1859.157}}</ref> and (with some inaccuracies) in the ''British Medical Journal''.<ref>{{Cite journal|last=|first=|date=21 June 1930|title=Obituary|pmc=2313559|journal=British Medical Journal|volume=1|issue=3624|pages=1155|pmid=20775535}}</ref>
Stewart was described as a brilliant teacher, witty, and possessed of prodigious energy and an amazing memory. In later life he suffered from pernicious anemia and progressive spinal degeneration, but he remained mentally alert until the end and made notes about his own condition. Stewart married Louise Kate Powell on 20 September 1906, and his wife and four children were living in Toronto at the time of his death. His funeral was held at the University Chapel at Cleveland on 31 May 1930; his body was cremated and his ashes taken to Toronto. His life was summarised in obituaries of the time in ''Nature'',<ref>{{Cite journal|last=MACLEOD.|first=J. J. R.|date=June 1930|title=Prof. G. N. Stewart|journal=Nature|language=En|volume=125|issue=3165|pages=980–981|doi=10.1038/125980a0|issn=0028-0836|bibcode=1930Natur.125..980M|doi-access=}}</ref> ''Science''<ref>{{Cite journal|last=Sollmann|first=Torald|date=1930|title=George Neil Stewart, Physiologist: April 18, 1860, to May 28, 1930|jstor=1655954|journal=Science|volume=72|issue=1859|pages=157–162|bibcode=1930Sci....72..157S|doi=10.1126/science.72.1859.157}}</ref> and (with some inaccuracies) in the ''British Medical Journal''.<ref>{{Cite journal|date=21 June 1930|title=Obituary|pmc=2313559|journal=British Medical Journal|volume=1|issue=3624|pages=1155|pmid=20775535}}</ref>


== References ==
== References ==
<references />
<references />


{{Authority control}}

{{DEFAULTSORT:Stewart, George Neil}}
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[[Category:20th-century Canadian physicians]]
[[Category:20th-century Scottish medical doctors]]
[[Category:20th-century Scottish medical doctors]]
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[[Category:1860 births]]
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[[Category:1930 deaths]]
[[Category:1930 deaths]]
[[Category:Canadian emigrants to the United States]]

Latest revision as of 13:27, 6 August 2024

Professor
George Neil Stewart
Born18 April 1860
London, Canada West
Died28 May 1930
Cleveland, Ohio
Alma materUniversity of Edinburgh
Known forPhysiology
SpouseLouise Kate Powell

George Neil Stewart (18 April 1860 – 28 May 1930) was a Scottish-Canadian medical doctor who made a major contribution to teaching and research in physiology.[1]

Early life

[edit]

George Neil Stewart was born in Canada at London, Canada West, the son of James Innes and Catherine Sutherland Stewart. His parents returned to Scotland and he grew up in Lybster in Caithness. He studied at the University of Edinburgh starting in 1879, graduating M.A. in 1883 with honours in Mathematics before progressing to study Medicine.[2] He was Mackay Smith scholar in 1883–1884. Eminent professors from whom he learned included Peter Guthrie Tait, with whom he took up an assistantship in 1879, and William Rutherford, from whom he learned physiology. To pursue these interests further, in 1886–1887 he went to Berlin to study with Emil du Bois-Reymond. He received further qualifications at Edinburgh, receiving his B.Sc in 1886, D.Sc in 1887, M.B., C.M. in 1889, and finally his M.D. in 1891, winning the gold medal for his graduation thesis, The influence of temperature and of endocardiac pressure on the heart, and particularly on the action of the vagus and cardiac sympathetic nerves.[3] Additionally, in 1892 he submitted an essay for the Goodsir Memorial Prize, Researches on the circulation time in organs and on the influences which affect it.[4]

Early career

[edit]

Following his D.Sc, Stewart became senior demonstrator of physiology at Owens College, Victoria University, Manchester (1887–1889), where he learned from William Stirling the value of the illustrative experiment in teaching science. He then became a George Henry Lewes student at Downing College, Cambridge (1889–1893), receiving his D.P.H. in 1890. He acted as examiner in physiology at Aberdeen (1890–1894) and spent time in Strasbourg in 1892.

American career

[edit]

In 1893, Stewart went to Harvard University as instructor in physiology following an invitation from Henry P. Bowditch. In 1894 he was appointed professor of physiology and histology at Western Reserve University School of Medicine, in Cleveland, Ohio, where he remained with the exception of the years 1903–1907 during which he was professor of physiology at the University of Chicago. In 1907 he became professor of experimental medicine and director of the H.K. Cushing Laboratory of Experimental Medicine; he was also clinical physiologist to Lakeside Hospital, Cleveland.

Research and publications

[edit]

At Cleveland, using improvised laboratory equipment, Stewart began illustrating lectures with experiments. This inspired his 796-page Manual of Physiology (1895), the first work of its kind to include practical exercises for students. The practice spread and the Manual became a standard text, going into 8 editions by 1918.

After earlier work on color vision, electrophysiology, Talbot's law,[5] cardiac nerves, otoliths, muscle proteins, and permeability of blood corpuscles, Stewart

later experimentally investigated such clinical problems as the effect of total anemia on the brain, resuscitation, the measurement of blood flow by the calorimetric method, and the estimation of pulmonary blood capacity and cardiac output by indicator-dilution techniques. With Julius M. Rogoff he studied the functions of the adrenal medulla and cortex, including the epinephrine output and the usefulness of cortex extracts to treat Addison's disease. They discovered that the adrenal cortex was indispensable to the life of higher animals. Stewart published a series of papers on "The liberation of epinephrin from the adrenals" in the Journal of Pharmacology and Experimental Therapeutics.

Stewart was a member of the Physiology Society, American Physiology Society, American Pharmacology Society.[6] The University of Edinburgh awarded him the honorary L.L.D. in 1920.

Later life

[edit]

Stewart was described as a brilliant teacher, witty, and possessed of prodigious energy and an amazing memory. In later life he suffered from pernicious anemia and progressive spinal degeneration, but he remained mentally alert until the end and made notes about his own condition. Stewart married Louise Kate Powell on 20 September 1906, and his wife and four children were living in Toronto at the time of his death. His funeral was held at the University Chapel at Cleveland on 31 May 1930; his body was cremated and his ashes taken to Toronto. His life was summarised in obituaries of the time in Nature,[7] Science[8] and (with some inaccuracies) in the British Medical Journal.[9]

References

[edit]
  1. ^ "Stewart, George Neil | Encyclopedia.com". www.encyclopedia.com. Retrieved 2 August 2018.
  2. ^ University of Edinburgh. Index to Graduations, University of Edinburgh.
  3. ^ Stewart, George Neil (1891). Influence of temperature and of endocardiac pressure on the action of the vagus and cardiac sympathetic nerves (Thesis). hdl:1842/25220.
  4. ^ Stewart, George Neil (1892). Researches on the circulation time in organs and on the influences which affect it: Goodsir Memorial Prize Essay, 1892 (Thesis). hdl:1842/24341.
  5. ^ "Talbot's law".
  6. ^ "Biographical Sketch of George Neil Stewart". 24 February 2012.
  7. ^ MACLEOD., J. J. R. (June 1930). "Prof. G. N. Stewart". Nature. 125 (3165): 980–981. Bibcode:1930Natur.125..980M. doi:10.1038/125980a0. ISSN 0028-0836.
  8. ^ Sollmann, Torald (1930). "George Neil Stewart, Physiologist: April 18, 1860, to May 28, 1930". Science. 72 (1859): 157–162. Bibcode:1930Sci....72..157S. doi:10.1126/science.72.1859.157. JSTOR 1655954.
  9. ^ "Obituary". British Medical Journal. 1 (3624): 1155. 21 June 1930. PMC 2313559. PMID 20775535.