Maud Slye | Academic Influence

Maud Slye's AcademicInfluence.com Rankings

Maud Slye

Biology

#6807

Historical Rank

Pathology

#233

Historical Rank

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Biology

Maud Slye's Degrees

Doctorate Medicine Johns Hopkins University

Why Is Maud Slye Influential?

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According to Wikipedia, Maud Caroline Slye was an American pathologist who was born in Minneapolis, Minnesota. A historian of women and science wrote that Slye "'invented' genetically uniform mice as a research tool." Her work focused on the heritability of cancer in mice. 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, in 1915 the Ricketts Prize, and the gold medal of the American Radiological Society in 1922. In 1923, Albert Soiland, pioneer radiologist, nominated Maud Slye, 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 the development of new procedures for the care and breeding of lab mice.

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Maud Slye's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

CANCER AND HEREDITY. (1915) (46)
Comparative Pathology of Cancer of the Alimentary Canal, with Report of Cases in Mice Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: 34th Report (1938) (42)
The Occurrence and Pathology of Spontaneous Carcinoma of the Lung in Mice (1941) (27)
Intracranial Neoplasms in Lower Animals: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: Twenty-ninth Report (1931) (24)
Primary Spontaneous Tumors of the Testicle and Seminal Vesicle in Mice and other Animals: XII, Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice (1919) (16)
The Relation of Heredity to the Occurrence of Cancer (1937) (14)
Primary Spontaneous Tumors of the Ovary Tn Mice: Studies on the Incidence and Inheritability of Spontaneous Tumors in Mice: Fourteenth Communication (1920) (14)
The Relation of Heredity to the Occurrence of Spontaneous Leukemia, Pseudoleukemia, Lymphosarcoma and Allied Diseases in Mice: Preliminary Report: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: 28th Report (1931) (13)
The Comparative Pathology of Cancer of the Thyroid, with Report of Primary Spontaneous Tumors of the Thyroid in Mice and in a Rat: Studies on the Incidence and Inheritability of Spontaneous Tumors in Mice XXII (1926) (12)
SOME MISCONCEPTIONS REGARDING THE RELATION OF HEREDITY TO CANCER AND OTHER DISEASES: STUDIES IN THE INCIDENCE AND INHERITABILITY OF SPONTANEOUS CANCER IN MICE: TWENTY-THIRD REPORT (1926) (10)
Primary Spontaneous Tumors in the Kidney and Adrenal of Mice: Studies on the Incidence and Inheritability of Spontaneous Tumors in Mice: Seventeenth Communication (1921) (9)
The Comparative Pathology of Carcinoma of the Pancreas, with Report of Two Cases in Mice: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: 33d Report (1935) (9)
Primary Spontaneous Sarcoma in Mice: Eighth Communication (9)
Primary Spontaneous Tumors of the Uterus in Mice: With a Review of the Comparative Pathology of Uterine Neoplasms. Studies on the Incidence and Inherita-Bility of Spontaneous Tumors in Mice. XIX (1924) (8)
The Incidence and Inheritability of spontaneous tumors in Mice : (Second report. ). (1914) (8)
The Relation of Heredity to Spontaneous Thyroid Tumors in Mice: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice 25th Report (1927) (8)
The Inheritance Behavior of Cancer as a Simple Mendelian Recessive: Studies in the Nature and Inheritability of Spontaneous Cancer in Mice: Twenty-First Report (1926) (7)
The incidence and inheritability of spontaneous cancer in mice (1913) (7)
Biological Evidence for the Inheritability of Cancer in Man: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: Eighteenth Report (1922) (6)
A REPLY TO DR. LITTLE. (1915) (6)
The Influence of Heredity in Determining Tumor Metastases: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: Sixteenth Report (1921) (6)
The Relation of Inbreeding to Tumor Production: Studies in the Incidence and in-heritability of Spontaneous Tumors in Mice: XIII. Problems in the Behavior of Tumors (6)
The Fundamental Harmonies and the Fundamental Differences between Spontaneous Neoplasms and All Experimentally Produced Tumors: Studies in the Incidence and Inheritability of Spontaneous Cancer in Mice: Twentieth Report (1924) (6)
Heredity as determining the type and site of cancer and the age at which it occurs. (1941) (6)
The Relation of Heredity to Cancer Occurrence as Shown in Strain 73: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: 32d Report (1933) (5)
Primary Spontaneous Squamous Cell Carcinomas in Mice: Studies on the Incidence and Inheritability of Spontaneous Tumors in Mice: Fifteenth Communication (5)
Spontaneous Primary tumors of the Liver in Mice : Studies on the Incidence and inheritability of spontaneous tumors in Mice (Sixth Communication.). (1915) (5)
The Relation of Heredity to Cancer: With Regard to the Communication of President C. C. Little of the University of Michigan (1928) (5)
THE INTERRELATION BETWEEN HEREDITARY PREDISPOSITON AND EXTERNAL FACTORS IN THE CAUSATION OF CANCER: I. NEOPLASMS IN MICE AT THE SITE OF GROSS TRAUMAS STUDIES IN THE INCIDENCE AND INHERITABILITY OF SPONTANEOUS TUMORS IN MICE. 30TH REPORT. (1931) (4)
The Primary spontaneous tumors of the Lungs in Mice : Fourth Communication. (1914) (4)
The Inheritability of Spontaneous Tumors of Specific Organs and of Specific Types in Mice: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: Fifth Report (1916) (4)
The Relation of Pregnancy and Reproduction to Tumor Growth: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: Problems in the Behavior of Tumors: Tenth Report (4)
The Inheritability of Spontaneous Tumors of the Liver in Mice: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: Seventh Report (1916) (4)
Some Observations in the Nature of Cancer: Preliminary Report: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: 26th Report (1927) (3)
Comparative Pathology of Cancer of the Stomach with Particular Reference to the Primary Spontaneous Malignant Tumors of the Alimentary Canal in Mice: Studies on the Incidence and Inheritability of Spontaneous Tumors in Mice: Eleventh Communication (1917) (3)
The Fundamental Harmony Shown in All Essentials in Spontaneous Neoplasms and in True Experimental Tumors1 (2)
The Inheritance Behavior of Infections Common to Mice: Studies in the Incidence and Inheritability of Spontaneous Tumors in Mice: Ninth Report (1917) (2)
Our present knowledge of heredity : a series of lectures given at the Mayo Foundation and the universities of Wisconsin, Minnesota, Nebraska, Iowa, and Washington (St. Louis), 1923-1924 (1)
Studies in the Relation of Heredity to Cancer. (1928) (0)
Books on Social Biology@@@The Need for Eugenic Reform.@@@Our Present Knowledge of Heredity.@@@The Gist of Evolution.@@@The Influence of Nurture upon Native Differences.@@@The Resemblance of Siblings in Intelligence and Achievement.@@@Mongrel Virginians.@@@Sixth International Birth Control Conference (1926) (0)

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