Carolyn Cohen
Carolyn Cohen (June 18, 1929 – December 20, 2017)[1] was an American biologist and biophysicist. She was a Fellow of the American Academy of Arts and Sciences.
Early life and education
Carolyn Cohen was born June 18th, 1929 to parents Anna and Philip Cohen.
While at MIT, Cohen met then-visiting researcher Jean Hanson, who was working on the structure of muscle fibers. After graduation Cohen took a postdoctoral researcher position in Hanson's laboratory at King's College London, working on the X-ray crystallography structure of actin filaments.[4] After nine months, Cohen returned to MIT working first in Bear's lab, then with Andrew Szent-Györgyi on the structure of fibrous proteins. She enrolled in medical school at Boston University, but left after less than a month, returning to full-time research at MIT.[4] In 1957, she began what would become a long collaboration with Donald Caspar, investigating the structure of tropomyosin.[4]
Academic career
In 1958, Cohen started her own laboratory, co-led by Caspar, at the Children's Cancer Research Foundation (now the
In 1972, Cohen, Caspar, and Lowe – together called the "Structural Biology Laboratory" – moved their laboratory to become the first research group at Brandeis University's Rosenstiel Basic Medical Sciences Research Center.[4]
Cohen retired from Brandeis in 2012.[6]
Awards and honors
- Fellow, American Academy of Arts and Sciences
- Member, National Academy of Sciences
- 2000, Biophysical Society Founder's Award for her accomplishments in Biophysics[citation needed]
References
- ^ a b "Carolyn Cohen". National Academy of Sciences. Retrieved December 24, 2017.
- ^ a b "Carolyn Cohen Obituary". The Boston Globe. January 8, 2018. Retrieved January 4, 2023.
- ^ PMID 21799004.
- ^ PMID 17848543.
- ^ "Carolyn Cohen | Brandeis University". www.brandeis.edu. Retrieved February 7, 2017.
- ^ "Retiring faculty members honored at luncheon". Retrieved October 25, 2012.
External links
- In case you missed it, ASBMB Journal News, by Karen Muindi
- Understanding Life by Understanding Proteins, S&T, By Jennifer Fisher Wilson