This Biography is about one of the best Scientist Barbara McClintock including her Height, weight, Age & Other Detail…
| Biography Of Barbara McClintock | |
| Real Name | Barbara McClintock |
| Profession | Geneticists |
| Nick Name | Barbara. McClintock |
| Famous as | Scientist |
| Nationality | American |
| Personal life of Barbara McClintock | |
| Born on | 16 June 1902 |
| Birthday | 16th June |
| Died At Age | 90 |
| Sun Sign | Gemini |
| Born in | Hartford |
| Died on | 02 September 1992 |
| Place of Death | Huntington |
| City | Connecticut |
| Education | 1927 – Cornell University, Erasmus Hall High School, Cornell University College of Agriculture and Life Sciences |
| Awards | 1983 – Nobel Prize in Physiology or Medicine
1981 – Wolf Prize in Medicine 1981 – Albert Lasker Award for Basic Medical Research 1981 – MacArthur Fellowship – Molecular Biology and Genetics 1982 – Louisa Gross Horwitz Prize 1933 – Guggenheim Fellowship for Natural Sciences US & Canada 1971 – National Medal of Science for Biological Sciences |
| Personal Fact of Barbara McClintock | |
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Barbara McClintock was a renowned American scientist who did pioneering work in the field of cytogenetics. Her theories on gene regulation and discovery of jumping genes were a major breakthrough for the scientific world. An inquisitive soul since her childhood days, she was also a highly independent personality and that was probably one of the reasons her name was changed to Barbara from Eleanor; the latter being considered a very feminine name by her parents. The young child had a strained relationship with her mother who insisted that Barbara shouldn’t be admitted to college but eventually at his father’s insistence she was admitted to college. It was during college that she realised her interest in genetics and embarked on a life long journey in the stream. Always engrossed in solving some or the other problem this eminent scientist made some path breaking advancements in her chosen field. Starting from devising a technique to observe the chromosome in maize to charting the first gene map, to making detailed analysis on the life cycle of the species Neurospora crassa, her achievements are innumerable. But her most significant contribution was her theory on genetic regulation which even earned her a Nobel Prize. The dedicated cytogeneticist devoted her entire life towards scientific advancement and died a solitary soul. Read on to know more about her contributions to the sphere of genetics |
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