Maud slye biography channel

American pathologist

Maud Caroline Slye (February 8, 1879 – September 17, 1954) was an American pathologist who was born in Minneapolis, Minnesota.^[1] A historian of women and science wrote that Slye "'invented' genetically uniform mice as a research tool."^[2] Her work focused on the heritability of cancer in mice.

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Slye, Maud.

Mildred Maud Slye, daughter of Charles D. Irons and Opal Lackey Irons, was born October 9, in Palmyra, Nebraska.

Which would cure mouse cancer, whilst Maud Slye's work on mice, which indicated that susceptibility to cancer was a Mendelian recessive characteristic, had.

Ponderate, but only in the proportion of six to five.

She was also an advocate for the comprehensive archiving of human medical records, believing that proper mate selection would help eradicate cancer. During her career, she received multiple awards and honors, including the gold medal of the American Medical Association in 1914, the Ricketts Prize in 1915, and the gold medal of the American Radiological Society in 1922.

In 1923, Albert Soiland, a pioneer radiologist, nominated Maud Slye, a cancer pathologist for the Nobel Prize in Physiology or Medicine. The nomination came as a result of her work as one of the first scientists to suggest that cancer can be an inherited disease, and for