Rosalind Wulzen | Academic Influence

Rosalind Wulzen's AcademicInfluence.com Rankings

Rosalind Wulzen

Biology

#5831

Historical Rank

Physiology

#262

Historical Rank

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Biology

Rosalind Wulzen's Degrees

PhD Physiology University of Chicago
Masters Physiology University of Chicago
Bachelors Biology University of Chicago

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Why Is Rosalind Wulzen Influential?

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According to Wikipedia, Rosalind Wulzen was an American physiologist, known for her discovery of the "Anti-Stiffness Factor," or "Wulzen Factor." Born in Oakland, California, Wulzen attended the University of California Berkeley for her bachelor's, master's, and doctoral degrees.

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Rosalind Wulzen'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

The morphology and histology of a certain structure connected with the pars intermedia of the pituitary body of the ox (1914) (17)
Physiological and chemical aspects of the antistiffness factor essential for guinea pigs. (1950) (15)
SOME CHEMOTROPIC AND FEEDING REACTIONS OF PLANARIA MACULATA (1917) (12)
A dietary factor essential for guinea pigs; the isolation of the antistiffness factor from cane juice. (1946) (9)
THE NUTRITION OF PLANARIAN WORMS. (1927) (7)
A Common Factor in Planarian and Mammalian Nutrition (1936) (7)
Pathologic changes induced in guinea-pigs by administration of diets deficient in the anti-stiffness factor. (1950) (7)
THE ANTERIOR LOBE OF THE PITUITARY BODY IN ITS RELATIONSHIP TO THE EARLY GROWTH PERIOD OF BIRDS (1914) (7)
Relation of the “Anti-Stiffness Factor” to Collagen Disease and Calcinosis (1950) (5)
THE PITUITARY GLAND. ITS EFFECT ON GROWTH AND FISSION OF PLANARIAN WORMS (1916) (5)
Identification of a sugar-cane sterol antistiffness factor as stigmasterol. (1951) (5)
A dietary factor, essential for guinea pigs. 4. Serum phosphatase during deficiency. (1944) (5)
A dietary factor, essential for guinea pigs. 2. A comparative study of the creatine excretion of animals on a diet deficient in this factor and in vitamin E. (1944) (4)
Variations in the Growth-Promoting Power of Kidney for Planarian Worms (1932) (3)
Nutritional Value for Planarian Worms of Vitamin Depleted Mammalian Tissues.∗ (1936) (3)
The Growth-Promoting Power of Egg for Planarian Worms (1929) (3)
A Dietary Factor Which Imparts to Certain Mammalian Tissues a Quality Necessary for the Correct Nutrition of Planarian Worms (1935) (3)
Unbalance in Planarian Nutrition (1931) (3)
Growth-Promoting Power for Planarian Worms of Eosinophilic and Basophilic Cell Groups in Anterior Pituitary. (1930) (2)
The Opposite Effects of Liver and Pancreas Upon the Growth of Planarian Worms (1928) (2)
Effect of deficiency in anti-stiffness factor on relative arterial occlusion pressure of guinea pigs. (1947) (2)
Evidence for a Steroid Compound in Cane Juice Possessing Anti-stiffness Activity (1949) (2)
ON THE MECHANISM OF CYTOLYSIS IN PARAMECIUM (1909) (1)
Leucocytosis of guinea pigs deficient in the anti-stiffness factor. (1948) (1)
Calcinosis, scleroderma and the anti-stiffness factor. (1947) (1)
Variations in Growth-Promoting Power for Planarian Worms of Adult and Embryonic Tissues (1934) (1)
Hearing in Guinea Pigs Deficient in the Anti-Stiffness Factor.∗ (1949) (1)
Arthritic syndrome in dASF guinea pigs (1951) (0)
A DIETARY FACTOR ESSENTIAL FOR GUINEA PIGS (2003) (0)

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