- Sir Alan Lloyd,1914–1998, English biophysicist: Nobel Prize in Medicine 1963.
- his cousinDorothy Mary Crow·foot [kroh-foo t] /ˈkroʊˌfʊt/, 1910–94, English chemist: Nobel Prize 1964.
Examples from the Web for hodgkin
Contemporary Examples of hodgkin
Demicheli also had been a physicist but had switched to oncology research after his wife died of Hodgkin lymphoma in 1976.How Big Pharma Holds Back in the War on Cancer
April 23, 2014
Historical Examples of hodgkin
When you were a widow, and Baby and the pony were orphans, you and Mrs. Hodgkin would be sorry.Once a Week
Alan Alexander Milne
Mr. Hodgkin, in his fourth volume, has told it in a style which is beyond all praise.Naples Past and Present
Arthur H. Norway
Dr. Hodgkin's "Tribune instead of Prefect" seems scarcely admissible grammatically.Early Britain--Roman Britain
Mr. Hodgkin, of Eridge, some time ago had a female Manx cat sent to him.Our Cats and All About Them
Mr. Hodgkin appears to think that in this direction lies the main danger which threatens the British Empire.Political and Literary essays, 1908-1913
- Sir Alan Lloyd. 1914–98, English physiologist. With A. F. Huxley, he explained the conduction of nervous impulses in terms of the physical and chemical changes involved: shared the Nobel prize for physiology or medicine (1963)
- Dorothy Crowfoot. 1910–94, English chemist and crystallographer, who determined the three-dimensional structure of insulin: Nobel prize for chemistry (1964)
- Sir Howard. born 1932, British painter, noted for his brightly coloured semi-abstract works
- British physiologist. He shared a 1963 Nobel Prize for research on the action of nerve impulses.
- Egyptian-born British chemist. She won a 1964 Nobel Prize for determining the structure of compounds needed to combat pernicious anemia.
- British physician who developed criteria for classifying the malignancy of a cancer. He was the first to describe (1832) Hodgkin's disease.
- British chemist who used x-ray techniques to determine the structure of several complex molecules, including penicillin (1942-45) and vitamin B12 (1948-56). For this work she received the 1964 Nobel Prize for chemistry. She later used more advanced computing methods to analyze the structure of insulin.