Philip Rodney White

Philip Rodney White's AcademicInfluence.com Rankings

Philip Rodney White

Biology

#7069

Historical Rank

Botany

#500

Historical Rank

biology Degrees

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Biology

Philip Rodney White's Degrees

PhD Botany University of California, Berkeley
Masters Botany University of California, Berkeley
Bachelors Botany University of California, Berkeley

Why Is Philip Rodney White Influential?

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According to Wikipedia, Philip Rodney White was an American botanist and agricultural scientist. Born on July 25, 1901, in Chicago, Illinois, as one of twins, he studied in France and Germany before receiving his PhD from Johns Hopkins University. During 1930 and 1931, he worked in Berlin at the laboratory of Gottlieb Haberlandt. Most of White's research was on using plant tissues to grow viruses. He died in Bombay, India, while on a lecture tour, on March 25, 1968.

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Philip Rodney White'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 Cultivation of Animal and Plant Cells (1954) (635)
A handbook of plant tissue culture, by Philip R. White... (1943) (365)
POTENTIALLY UNLIMITED GROWTH OF EXCISED TOMATO ROOT TIPS IN A LIQUID MEDIUM. (1934) (330)
POTENTIALLY UNLIMITED GROWTH OF EXCISED PLANT CALLUS IN AN ARTIFICIAL NUTRIENT (1939) (198)
A Cancerous Neoplasm of Plants. Autonomous Bacteria-Free Crown-Gall Tissue (1942) (150)
Controlled Differentiation in a Plant Tissue Culture (1939) (114)
The Cultivation in vitro of Tumor Tissues and Normal Tissues of Picea glauca1 (1956) (104)
Nutritional Requirements of Spruce Tumor Cells in vitro (1964) (83)
“ROOT‐PRESSURE”—AN UNAPPRECIATED FORCE IN SAP MOVEMENT (1938) (76)
CROWN GALL PRODUCTION BY BACTERIA-FREE TUMOR TISSUES. (1941) (60)
INFLUENCE OF SOME ENVIRONMENTAL CONDITIONS ON THE GROWTH OF EXCISED ROOT TIPS OF WHEAT SEEDLINGS IN LIQUID MEDIA. (1932) (55)
Nutritional Requirements of Isolated Plant Tissues and Organs (1951) (54)
VITAMIN B(1) IN THE NUTRITION OF EXCISED TOMATO ROOTS. (1937) (50)
GLYCINE IN THE NUTRITION OF EXCISED TOMATO ROOTS. (1939) (47)
Cytological Instability in Tumors of Picea glauca (1960) (39)
Prolonged survival of excised animal tissues in vitro in nutrients of known constitution. (1949) (35)
Neoplastic Growth in Plants (1951) (35)
AMINO ACIDS IN THE NUTRITION OF EXCISED TOMATO ROOTS. (1937) (34)
METASTATIC (GRAFT) TUMORS OF BACTERIA‐FREE CROWN‐GALLS ON VINCA ROSEA (1945) (33)
SEASONAL FLUCTUATIONS IN GROWTH RATES OF EXCISED TOMATO ROOT TIPS. (1937) (30)
Plant tissue cultures (1933) (29)
FURTHER EVIDENCE ON THE SIGNIFICANCE OF GLYCINE, PYRIDOXINE AND NICOTINIC ACID IN THE NUTRITION OF EXCISED TOMATO ROOTS (1943) (27)
SUCROSE VS. DEXTROSE AS CARBOHYDRATE SOURCE FOR EXCISED TOMATO ROOTS. (1940) (27)
Studies on the banana. An investigation of the floral morphology and cytology of certain types of the genus musa L (1928) (26)
ACCESSORY SALTS IN THE NUTRITION OF EXCISED TOMATO ROOTS. (1938) (25)
Vitamin B6, nieotinic acid, pyridine, glyeine and thiamin in the nutrition of excised tomato roots. (1940) (24)
Some basic parameters in the cultivation of spruce tissues. (1964) (24)
SEPARATION FROM YEAST OF MATERIALS ESSENTIAL FOR GROWTH OF EXCISED TOMATO ROOTS. (1937) (23)
The distribution and possible importance of a woody tumor on trees of the white spruce, Picea glauca. (1954) (21)
Cultivation of animal tissues in vitro in nutrients of precisely known constitution. (1946) (21)
Transplantation of Plant Tumors of Genetic Origin (1944) (20)
Sources of Nitrogen for Spruce Tissue Cultures (1966) (20)
Some aspects of differentiation in cells of Picea glauca cultivated in vitro. (1967) (20)
SURVIVAL OF ISOLATED TOMATO ROOTS AT SUBOPTIMAL AND SUPRAOPTIMAL TEMPERATURES. (1937) (20)
CONCENTRATIONS OF INORGANIC IONS AS RELATED TO GROWTH OF EXCISED ROOT-TIPS OF WHEAT SEEDLINGS. (1933) (19)
THE STRUCTURE AND DEVELOPMENT OF A WOODY TUMOR AFFECTING PICEA GLAUCA (1954) (19)
Respiratory Behavior of Bacteria-Free Crown-Gall Tissues (1945) (18)
A comparison of certain procedures for the maintenance of plant tissue cultures. (1953) (16)
DOES "C.P. GRADE" SUCROSE CONTAIN IMPURITIES SIGNIFICANT FOR THE NUTRITION OF EXCISED TOMATO ROOTS? (1940) (15)
"Root Pressure" in Gymnosperms. (1958) (14)
Cultivation of excised roots of dicotyledonous plants (1938) (13)
An approach to chemically defined nutrients for strain L mouse cells. (1955) (13)
Studies of the physiological anatomy of the strawberry (1927) (13)
A Tree Tumor of Unknown Origin. (1958) (10)
Versatile Perfusion Chamber for Living Cells and Organs (1966) (10)
SITES OF CALLUS PRODUCTION IN PRIMARY EXPLANTS OF SPRUCE TISSUE (1967) (9)
"VEGETABLE DYNAMICKS" AND PLANT TISSUE CULTURES. (1942) (7)
Abnormal Corallites. (1965) (7)
Some seasonal aspects of the growth of tumors on the white spruce, Picea glauca. (1967) (6)
Some Effects of Dilution on the Nutritive Value of Dialyzed Plasma and Embryo Juice.∗ (1949) (6)
CHEMICALLY DEFINED SYNTHETIC NUTRIENTS FOR TISSUE CULTURES FOR PHARMACOLOGICAL STUDIES (1954) (5)
Ten Years of Growing Excised Tomato Roots (1943) (5)
Growth Hormones and Tissue Growth in Plants (1949) (5)
Crown Gall and Tomatine (1964) (5)
Proceedings of an International Conference on Plant Tissue Culture (1965) (5)
Plant tissue cultures. II (1946) (4)
Mycorrhiza as a Possible Determining Factor in the Distribution of the Strawberry1 (1929) (4)
Plant tissue cultures (1936) (4)
The ·SH radical and some other sources of sulfur as affecting growth of isolated root tips of wheat seedlings (1933) (3)
Cellular Biology and "Tissue Culture" (1955) (2)
THE NUTRITION OF MALIGNANT TISSUE IN VITRO (1947) (2)
Filtration of embryo extract for tissue cultures. (1954) (2)
Mitogenic Rays (1929) (2)
The Cell as Organism. “Tissue Culture,” Cellular Autonomy, and Cellular Interrelations (1959) (2)
A Bibliography of the Research in Tissue Culture:1884 to 1950, Vols. I and II. An index to the literature of the living cell in vitro. Margaret R. Murrayand Gertrude Kopech. Academic Press, New York,1953. 1741 pp. $24 per set (1954) (2)
Evidence of turgor pressure gradients within and between single plant cells grown in culture. (1967) (1)
Commercialization of Scientific Findings. (1960) (1)
CROWN-GALL BACTERIA. (1943) (1)
Fish Meal: Food of the Ancients (1967) (0)
The use of plants in the study of cancer. (1947) (0)
Grants and Scientific Freedom. (1960) (0)
Fish meal: food of the ancients. (1967) (0)
Memorials to Frederick S. Hammett. (1953) (0)
Cytological Instability in Tumors of Picea glauca (1960) (0)
Sources of nitrogen for spruce cultures. (1966) (0)
The nutrition of isolated cells from vertebrates. (1956) (0)
An Efficient Apparatus for the Redistillation of Water for Biological Purposes (1953) (0)
STOMATES? STIGMATES, STROMATES! (1942) (0)
Commercialization of Scientific Findings (1960) (0)
THE BANANA IN EARLY BOOKS: FRUIT OR STEM? (1930) (0)
"VEGETABLE DYNAMICKS" AND PLANT TISSUE CULTURES. (1942) (0)
[Plant tumors and the problem of cancer etiology]. (1950) (0)
The growth of plants (1942) (0)
The cultivation of chick embryo tissues in fully synthetic nutrients. (1946) (0)
Crown-Gall Bacteria (1943) (0)
A plant physiologist looks at the cancer problem. (1948) (0)
Nitrate and phosphate vs. L-proline as factors in the behaviour of Ulva. (1946) (0)
PROCEEDINGS OF THE DECENNIAL REVIEW CONFERENCE ON TISSUE CULTURE, HELD AT WOODSTOCK, VERMONT ON OCTOBER 8-12, 1956 (1957) (0)
Biology as a Career (1943) (0)

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Philip Rodney White's Academic­Influence.com Rankings