Ravi S. Menon

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Born1964 (age 6061)
SpouseAnne J. Menon
Parent(s)Thuppalay Kochu Menon and Rama Menon
EducationBSc, Physics Honours, University of British Columbia
MSc(A), Medical Physics, McGill University
PhD, 1990, University of Alberta
Ravi S. Menon
Born1964 (age 6061)
SpouseAnne J. Menon
Parent(s)Thuppalay Kochu Menon and Rama Menon
Academic background
EducationBSc, Physics Honours, University of British Columbia
MSc(A), Medical Physics, McGill University
PhD, 1990, University of Alberta
ThesisSome mechanisms of water proton NMR relaxation in model tissue systems. (1990)
Academic work
InstitutionsUniversity of Western Ontario

Ravi Shankar Menon FRSC FCAHS (born 1964) is a Canadian-American biophysicist. He is a former Tier 1 Canada Research Chair in Functional Magnetic Resonance Imaging at the University of Western Ontario and director of the Centre for Functional and Metabolic Mapping at the Robarts Research Institute.

Menon was born in 1964[1] and lived in West Virginia, Virginia, Hawaii, Bombay and Maryland before graduating from University Hill Secondary School in Vancouver, British Columbia.[2] He was born into an academic family as his mother was an electrical engineer and his father was an astronomer.[3] Menon completed his entire post-secondary education in Canada. His Bachelor of Science degree was at the University of British Columbia, his Master of Science degree was at McGill University, and his PhD was at the University of Alberta.[3] His thesis at the University of Alberta was conducted under the supervision of Peter S. Allen in 1990 and titled Some mechanisms of water proton NMR relaxation in model tissue systems.[4] Following this, Menon completed his post-doctoral fellowship at the University of Minnesota where he was heavily involved in the development of a brain imaging technique called Functional Magnetic Resonance Imaging (fMRI) with Seiji Ogawa and David W. Tank of Bell Labs and Menon's post-doctoral supervisor, Kamil Ugurbil. The aim of the technique was to measure changing blood flow and oxygenation to observe brain function.[5][6]

Career

References

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