William C. Stadie

William C. Stadie's AcademicInfluence.com Rankings

William C. Stadie

Philosophy

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Philosophy

William C. Stadie's Degrees

Doctorate Medicine Harvard University

Why Is William C. Stadie Influential?

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According to Wikipedia, William Christopher Stadie was a researcher, a Diabetes specialist. He was John Herr Musser Emeritus Professor of Research Medicine at the University of Pennsylvania. He also served as an editor of the Diabetes, the journal of the American Diabetes Association. Other distinctions included: honorary degree of the University of Pennsylvania, the Phillips Medal of the American College of Physicians , the Kober Medal for 1955 from the Association of American Physicians and the Banting Medal of the American Diabetes Association. He was also elected to the United States National Academy of Sciences and the American Philosophical Society . During the 1918 influenza epidemic Stadie invented oxygen therapy for treatment of cyanosis, a condition resulting from pneumonia.

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William C. Stadie'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

MICROTOME FOR THE PREPARATION OF TISSUE SLICES FOR METABOLIC STUDIES OF SURVIVING TISSUES IN VITRO (1944) (234)
Current concepts of the action of insulin. (1954) (154)
THE OXYGEN OF THE ARTERIAL AND VENOUS BLOOD IN PNEUMONIA AND ITS RELATION TO CYANOSIS (1919) (108)
THE CATALYSIS OF THE HYDRATION OF CARBON DIOXIDE AND DEHYDRATION OF CARBONIC ACID BY AN ENZYME ISOLATED FROM RED BLOOD CELLS (1933) (97)
THE CHEMICAL COMBINATION OF INSULIN WITH MUSCLE (DIAPHRAGM) OF NORMAL RAT (1949) (84)
Studies of insulin binding with isotopically labeled insulin. (1952) (83)
THE EFFECT OF INSULIN UPON THE SYNTHESIS OF GLYCOGEN BY RAT DIAPHRAGM IN VITRO (1947) (81)
Lipogenesis in Adipose Tissue (1960) (81)
THE DETERMINATION OF THE GASES OF THE BLOOD (1921) (75)
Studies of radioactive injected labeled insulin. (1954) (58)
A METHOD FOR THE DETERMINATION OF METHEMOGLOBIN IN BLOOD (1920) (58)
Two identical Embden-Meyerhof enzyme systems in normal rat diaphragms differing in cytological location and response to insulin. (1959) (56)
Effects of growth hormone in vitro on the metabolism of glucose in rat adipose tissue. (1959) (56)
The quantitative relation between insulin and its biological activity. (1953) (54)
Oxygen poisoning; the effect of high oxygen pressure upon enzymes; succinicdehydrogenase and cytochrome oxidase. (1945) (52)
A MICRO METHOD FOR THE DETERMINATION OF BASE IN BLOOD AND SERUM AND OTHER BIOLOGICAL MATERIALS (1925) (51)
THE CARBAMATE EQUILIBRIUM II. THE EQUILIBRIUM OF OXYHEMOGLOBIN AND REDUCED HEMOGLOBIN (1937) (48)
HORMONAL INFLUENCES ON THE CHEMICAL COMBINATION OF INSULIN WITH RAT MUSCLE (DIAPHRAGM) (1949) (46)
THE EFFECT OF INSULIN UPON THE KETONE METABOLISM OF NORMAL AND DIABETIC CATS (1940) (46)
The Glass Electrode (1929) (43)
THE EFFECT OF ACUTE YELLOW ATROPHY ON METABOLISM AND ON THE COMPOSITION OF THE LIVER (1920) (40)
The hexokinase reaction in tissue extracts from normal and diabetic rats. (1949) (39)
The effect of hyperglycemic-glycogenolytic factor and epinephrine on fatty acid synthesis. (1953) (38)
Studies of oxidative phosphorylation by hepatic mitochondria from the diabetic cat. (1957) (37)
OXYGEN POISONING III. THE EFFECT OF HIGH OXYGEN PRESSURES UPON THE METABOLISM OF BRAIN (1945) (35)
A photoelectric method for the determination of peptic activity in gastric juice. (1943) (34)
Coexistence of insulin-responsive and insulin-non-responsive glycolytic systems in rat diaphragm. (1957) (34)
FAT METABOLISM IN DIABETES MELLITUS. (1940) (33)
THE INTERMEDIARY METABOLISM OF FATTY ACIDS (1945) (32)
Combination of insulin with muscle of the hypophysectomised rat. (1951) (31)
THE THERMODYNAMIC RELATIONS OF THE OXYGENAND BASE-COMBINING PROPERTIES OF BLOOD (1924) (30)
THE TREATMENT OF ANOXEMIA IN PNEUMONIA IN AN OXYGEN CHAMBER (1922) (29)
Effects of prolactin in vitro on fatty acid synthesis in rat adipose tissue. (1959) (29)
THE EFFECT OF TEMPERATURE ON THE ACID-BASE-PROTEIN EQUILIBRIUM AND ITS INFLUENCE ON THE CO2 ABSORPTION CURVE OF WHOLE BLOOD, TRUE AND SEPARATED SERUM (1925) (28)
THE ELIMINATION OF CARBON MONOXIDE FROM THE BLOOD: A Theoretical and Experimental Study. (1925) (28)
Oxygen poisoning; the effect of high oxygen pressure upon enzymes; pepsin, catalase, cholinesterase, and carbonic anhydrase. (1945) (26)
Determination of the PH of serum at 38° with the glass electrode and an improved electron tube potentiometer. (1931) (24)
Combination of insulin with cells. (1954) (21)
THE CARBAMATE EQUILIBRIUM I. THE EQUILIBRIUM OF AMINO ACIDS, CARBON DIOXIDE, AND CARBAMATES IN AQUEOUS SOLUTION; WITH A NOTE ON THE FERGUSON-ROUGHTON CARBAMATE METHOD (1936) (20)
THE SYNTHESIS OF GLYCOGEN BY RAT HEART SLICES (1947) (20)
The effect of insulin and adrenal cortical extract on the hexokinase reaction in extracts of muscle from depancreatized cats. (1950) (19)
Relation between glycogen content and synthesis of fatty acids by rat liver. (1952) (19)
OXYGEN POISONING IV. THE EFFECT OF HIGH OXYGEN PRESSURES UPON THE METABOLISM OF LIVER, KIDNEY, LUNG, AND MUSCLE TISSUE (1945) (19)
THE EFFECT OF CYTOCHROME C UPON THE METABOLISM OF RAT TISSUES. (1947) (18)
The effect of growth hormone and cortisone on the action of bound insulin. (1952) (17)
The Banting Memorial Lecture 1956: Recent Advances In Insulin Research (1956) (16)
THE COMBINATION OF INSULIN WITH TISSUE (1951) (16)
THE EFFECT OF INSULIN UPON OXIDATIONS OF ISOLATED MINCED MUSCLE TISSUE (1940) (16)
THE CHOLINE ESTERASE CONTENT OF THE MUSCLE OF MYASTHENIA GRAVIS AND OF THE SERUM OF FOUR OTHER GROUPS OF CLINICAL CONDITIONS (1939) (16)
Oxygen poisoning; the effect of high oxygen pressure upon enzymes; uricase, xanthine oxidase, and alpha-amino acid oxidase. (1945) (15)
Current views on the mechanisms of insulin action. (1955) (15)
THE OSMOTIC COEFFICIENT OF SODIUM IN SODIUM HEMOGLOBINATE AND OF SODIUM CHLORIDE IN HEMOGLOBIN SOLUTION (1931) (14)
Factors influencing the combination of insulin with muscle from normal rats. (1951) (13)
The effect of insulin upon pyruvate utilization by pigeon muscle. (1948) (12)
The effect of combined insulin upon the metabolism of the lactating mammary glands of the rat. (1952) (12)
Phosphate metabolism of the isolated rat diaphragm. (1951) (12)
THE EFFECT OF INSULIN UPON UREA FORMATION, CARBOHYDRATE SYNTHESIS, AND RESPIRATION OF LIVER OF NORMAL AND DIABETIC ANIMALS (1940) (12)
CONSTRUCTION OF AN OXYGEN CHAMBER FOR THE TREATMENT OF PNEUMONIA (1922) (12)
AN ELECTRON TUBE POTENTIOMETER FOR THE DETERMINATION OF pH WITH THE GLASS ELECTRODE (1929) (10)
The Relation of Insulin to Phosphate Metabolism * (1944) (10)
Combination of epinephrine and 2,4-dinitrophenol with muscle of the normal rat. (1951) (10)
Oxygen poisoning; the effect of high oxygen pressure on enzymes; the system synthesizing acetylcholine. (1945) (9)
Medical Research: A Midcentury Survey (1956) (9)
A METHOD FOR THE DETERMINATION OF THE FREEZING POINT DEPRESSION OF AQUEOUS SOLUTIONS PARTICULARLY THOSE CONTAINING PROTEIN (1931) (8)
THE RELATION BETWEEN COLORIMETRIC READING AND TRUE pH OF SERUM OR PLASMA (1925) (7)
Intermediary metabolism in diabetes mellitus. On the synthesis of carbohydrate from fat in the liver and from acetoacetate in the kidney. (1941) (7)
Oxygen poisoning; the effect of oxygen at eight atmospheres upon the oxygen consumption of the intact mouse. (1946) (7)
THE EQUILIBRIUM RELATIONS OF d-AMINO ACID OXIDASE, FLAVIN ADENINE DINUCLEOTIDE, AND AMINO ACIDS FROM KINETIC DATA (1943) (7)
INTERMEDIARY METABOLISM IN DIABETES MELLITUS THE NON-FORMATION OF ACETIC ACID AND THE RATIO OF KETONE BODY INCREASE TO FATTY ACID DECREASE IN LIVERS OF DIABETIC ANIMALS (1941) (7)
AN APPARATUS FOR THE DETERMINATION OF THE GASEOUS METABOLISM OF SURVIVING TISSUES IN VITRO AT HIGH PRESSURES OF OXYGEN (1944) (7)
THE ELIMINATION OF CARBON MONOXIDE FROMTHE BLOOD (7)
Recent advances in insulin research. (1956) (6)
Is The Metabolism of Peripheral Tissues Affected By The Arylsulfonylureas? (1958) (6)
STUDIES ON BLOOD CHANGES IN PNEUMOCOCCUS INFECTIONS : AN EXPERMENTAL STUDY OF THE FORMATION AND FATE OF METHEMOGLOBIN IN THE BLOOD. (1921) (5)
Ketogenesis (1958) (5)
THE SIMULTANEOUS DETERMINATION OF TOTAL BASE AND CHLORIDE ON THE SAME SAMPLE OF SERUM BY ELECTRODIALYSIS (1938) (4)
THE AEROBIC CARBOHYDRATE AND LACTIC ACID METABOLISM OF MUSCLE PREPARATIONS IN VITRO (1943) (3)
THE TYROSINASE INHIBITING ACTION OF SERUM FROM NORMAL AND CANCEROUS PATIENTS (1947) (3)
The Reducing Properties of Serum From Subjects With Malignant Disease. (1948) (3)
The action of isotopic insulin bound to tissues. (1952) (3)
A MECHANICAL SHAKER AND OTHER DEVICES FOR USE WITH THE VAN SLYKE BLOOD GAS APPARATUS (1921) (3)
STUDIES ON THE OXYGEN-, ACID-, AND BASE-COMBINING PROPERTIES OF BLOOD III. THE VALIDITY OF HYDROGEN ION ACTIVITY DETERMINATIONS BY THE HYDROGEN ELECTRODE IN SYSTEMS CONTAINING CARBONIC ACID, CARBONATES, HEMOGLOBIN, CARBON MONOXIDE HEMOGLOBIN, AND METHEMOGLOBIN (1928) (3)
THE PROBLEM OF THE ACTION OF INSULIN (1955) (3)
STUDIES ON THE OXYGEN-, ACID-, AND BASE-COMBINING PROPERTIES OF BLOOD V. EXTENSION OF THE DEBYE-HÜCKEL THEORY OF IONIC INTERACTION TO HEMOGLOBIN, BICARBONATE-SODIUM CHLORIDE SYSTEMS (1928) (3)
THE ROLE OF THE CARBAMINO COMPOUNDS IN THE TRANSPORT OF CO2 BY THE BLOOD. (1935) (3)
The chemical combination of insulin with muscle and its hormonal regulation. (1950) (2)
Intermediary Metabolism in Diabetes Mellitus: Harvey Lecture, Jamuary 15, 1942. (1943) (2)
Acceptance of the Kober Medal for 1955. (1955) (2)
Normal Metabolism: Panel Discussion (1955) (1)
STUDIES ON THE OXYGEN-, ACID-, AND BASE-COMBINING PROPERTIES OF BLOOD II. A RAPID METHOD FOR THE PREPARATION OF CRYSTALLINE ISOELECTRIC HEMOGLOBIN BY THE ELECTRODIALYSIS OF RED BLOOD CELLS (1926) (1)
Aspects of carbohydrate and phosphate metabolism in diabetes. (1958) (1)
Comparison of the Hydrogen and the Glass Electrode in the Determination of the pH of Serum (1930) (1)
Newer concepts of the action of insulin. (1957) (1)
STUDIES ON BLOOD CHANGES IN PNEUMOCOCCUS INFECTIONS (1921) (1)
Henry Rawle Geyelin: 1883–1942 (1957) (0)
KETONE FORMATION AND UTILIZATION IN NORMAL AND DIABETIC CATS (1939) (0)
AN INEXPENSIVE PYROMETER FOR TEMPERATURES UP TO 1000{degrees} C. (0)
Fat metabolism. (1946) (0)
Current views on insulin action. (1958) (0)
Does Any CO2 in the Blood Exist as Carbhemoglobin (1931) (0)
OXYGEN POISONING (1944) (0)
Arterial and venous oxygen in pneumonia and influenza (1919) (0)
The Glass Electrode: The Glass Electrode, Methods, Application and Theory . By Malcolm Dole. xv + 332 pp. Illustrated. New York: John Wiley and Sons, Inc. 1941. $4.50. (1941) (0)
A New Method for the Determination of the Freezing Point of Solutions (0)
THE EFF 1 ECT OF CYTOCHROME C UPON THE-METABOLISM OF RAT TISSUES By (0)
An Inexpensive Pyrometer for Temperatures Up to 1000° C (1933) (0)
The Clinical Society of the New York Diabetes Association, an Affiliate of the American Diabetes Association, Fifth Annual Symposium Day on Diabetes Mellitus: Fat and Diabetes (1958) (0)
The Kinetics of CO2 Reactions in Buffer Systems (1933) (0)
James Harold Austin, 1883-1952. (1952) (0)
The “Permeability” Hypothesis of the Action of Insulin (1957) (0)

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