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Bodil Schmidt-Nielsen

American physiologist (1918–2015) From Wikipedia, the free encyclopedia

Bodil Schmidt-Nielsen (3 November 1918 – 27 April 2015) was a Danish-born American physiologist, who became the first woman president of the American Physiological Society in 1975. Throughout her life, Schmidt-Nielsen conducted extensive research on the mechanisms of urea transport, paving the way for many other physiological discoveries.[1]

Born6 November 1918
Copenhagen, Denmark
Died27 April 2015 (aged 96)
Spouse(s)
​
​
(m. 1939⁠–⁠1966)​
(divorced)
Roger G. Chagnon
​
​
(m. 1968⁠–⁠2003)​
(his death)
Quick facts Born, Died ...
Bodil Schmidt-Nielsen
Bodil Mimi Krogh Schmidt-Nielsen, Knut Schmidt-Nielsen, and Barbara Wagner.
Born6 November 1918
Copenhagen, Denmark
Died27 April 2015 (aged 96)
EducationUniversity of Copenhagen
Spouse(s)
​
​
(m. 1939⁠–⁠1966)​
(divorced)
Roger G. Chagnon
​
​
(m. 1968⁠–⁠2003)​
(his death)
Parents
Scientific career
WorkplacesDuke University
Case Western Reserve University
MDI Biological Laboratory
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Biography

Bodil Schmidt-Nielsen was born in Copenhagen, Denmark in 1918, the youngest of four children of two eminent physiologists, the Nobel Laureate August Krogh and Marie Krogh.[2]

In 1939, Bodil Schmidt-Nielsen married Knut Schmidt-Nielsen, a fellow physiologist, and received doctoral degrees in Dentistry, Odontology, and Physiology from the University of Copenhagen. Knut and Bodil Schmidt-Nielsen became a prominent physiology team at Duke University but divorced in 1966. Bodil became Department Chair at Case Western Reserve University and later devoted her career full-time to research at MDI Biological Laboratory in Maine.[3][4]

Schmidt-Nielsen died in April 2015 at the age of 96.[5]

Distinguished Mentor and Scientist Award

The Bodil M. Schmidt-Nielsen Distinguished Mentor and Scientist Award honors a member of the American Physiological Society who is judged to have made outstanding contributions to physiological research and demonstrated dedication and commitment to excellence in training of young physiologists.[6]

Selected works

  • The Solubility of tooth substance in relation to the composition of saliva (Supplementum; v.2, 1946)
  • The resourcefulness of nature in physiological adaptation to the environment (Physiologist 1(2): 4-20, 1958)
  • August and Marie Krogh: Lives in Science (1995)

References

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