Jp morgan

[mawr-guh n] /ˈmɔr gən/

noun
1.
Charles Langbridge
[lang-brij] /ˈlæŋˌbrɪdʒ/ (Show IPA), 1894–1958, English novelist and critic.
2.
Daniel, 1736–1802, American Revolutionary general.
3.
Sir Henry, 1635?–88, Welsh buccaneer in the Americas.
4.
John Hunt, 1826–64, Confederate general in the American Civil War.
5.
J(ohn) P(ierpont)
[peer-pont] /ˈpɪər pɒnt/ (Show IPA), 1837–1913, U.S. financier and philanthropist.
6.
his son, John Pierpont, 1867–1943, U.S. financier.
7.
Julia, 1872–1957, U.S. architect.
8.
Lewis Henry, 1818–81, U.S. ethnologist and anthropologist.
9.
Thomas Hunt, 1866–1945, U.S. zoologist: Nobel Prize in medicine 1933.
10.
a male or female given name.
/ˈmɔːɡən/
noun
1.
an American breed of small compact saddle horse
/ˈmɔːɡən/
noun
1.
Edwin (George). (1920–2010), Scottish poet, noted esp for his collection The Second Life (1968) and his many concrete and visual poems; appointed Scottish national poet 2004
2.
Sir Henry. 1635–88, Welsh buccaneer, who raided Spanish colonies in the West Indies for the English
3.
John Pierpont. 1837–1913, US financier, philanthropist, and art collector
4.
(Hywel) Rhodri (ˈrɒdrɪ). born 1939, Welsh Labour politician; first minister of Wales (2000–09)
5.
Thomas Hunt. 1866–1945, US biologist. He formulated the chromosome theory of heredity. Nobel prize for physiology or medicine 1933

surname, a very old Celtic name. As a type of horse, 1840, named for Justin Morgan (1747-1798), Vermont horse-breeder and music teacher; the breed was developed from a stallion he owned.

morgan mor·gan (môr’gən)
n.

Abbr. M A unit for expressing the relative distance between genes on a chromosome based on the frequency with which the genes cross over; one unit equals a theoretical crossover value of 100 percent between two loci.

Morgan Mor·gan (môr’gən), Thomas Hunt. 1866-1945.

American biologist. He won a 1933 Nobel Prize for establishing the chromosome theory of heredity by his studies of the fruit fly Drosophila.
Morgan
(môr’gən)
American zoologist whose experiments with fruit flies demonstrated that hereditary traits are carried by genes on chromosomes and that traits can cross over from one chromosome to another. He was awarded the Nobel Prize for physiology or medicine in 1933.