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ID 15005

Thomas Hunt Morgan

Description:
Thomas Hunt Morgan established the chromosomal theory of inheritance. He used fruit flies with eye color mutations to demonstrate sex-linked inheritance patterns. DNAi location: Timeline > pre 1920s
Keywords:
chromosomal theory of inheritance,thomas hunt morgan,sex linked inheritance,theory of inheritance,color mutations,inheritance patterns,fruit flies,columbia university,eye color,chromosomes,fly
Creative Commons License This work by Cold Spring Harbor Laboratory is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License.

Related content:

16262. Concept 10: Chromosomes carry genes.
Fruit flies help to reveal that chromosomes carry genes.
16263. Chromosomes carry genes.
DNAFTB Animation 10:Thomas Hunt Morgan describes his discoveries using fruit flies.
16297. Biography 11: Alfred Henry Sturtevant (1891-1970)
Alfred Sturtevant was a student of Thomas Hunt Morgan. Sturtevant provided proof of genetic linkage.
16146. Gallery 1: Thomas Hunt Morgan and daughters, 1920
Thomas Hunt Morgan (1933 winner of the Nobel Prize for Medicine for his work on the chromosomal theory of inheritance), with his daughters, Isabel (left) and Lilian (right), 1920.
16278. Chromosomes carry genes.
DNAFTB Problem 10: Perform some fruit fly crosses.
16277. Biography 10: Thomas Hunt Morgan (1866-1945)
Thomas Hunt Morgan was one of the first true geneticists.
16314. Concept 13: Mendelian laws apply to human beings.
Family pedigrees provided evidence of Mendelian inheritance in humans.
16299. Genes get shuffled when chromosomes exchange pieces.
DNAFTB Problem 11: Determine gene linkage in fruit flies.
16993. New York Stories: Exploring Mutant Organisms - The Fly Room
New York high school students set out to find Thomas Hunt Morgan's "Fly Room" at Columbia University, where seminal genetics research took place in the early 20th century.
16668. Animation 32: Some DNA can jump.
DNAFTB Gallery 32: Barbara McClintock presents her work with maize.
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