David Rittenberg | Academic Influence

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David Rittenberg

Biology

#2689

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Biochemistry

#249

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Biology

David Rittenberg's Degrees

PhD Biochemistry University of California, Berkeley

Why Is David Rittenberg Influential?

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According to Wikipedia, David Rittenberg was an American biochemist who pioneered the isotopic tagging of molecules. He was born and died in New York, and spent almost the whole of his life there. He obtained his B.S. in 1929 from the City College of New York, and his Ph.D. in 1935 at Columbia University under the supervision of Harold Urey.

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David Rittenberg'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

DEUTERIUM AS AN INDICATOR IN THE STUDY OF INTERMEDIARY METABOLISM. (1935) (552)
The life span of the human red blood cell. (1946) (306)
A new procedure for quantitative analysis by isotope dilution, with application to the determination of amino acids and fatty acids. (1940) (233)
On the origin of bile pigment in normal man. (1950) (225)
THE BIOLOGICAL CONVERSION OF CHOLESTEROL TO CHOLIC ACID (1943) (190)
The rate of interaction of the amino acids of the diet with the tissue proteins. (1949) (182)
A method for the determination of the O18 concentration of the oxygen of organic compounds. (1956) (172)
Studies in protein metabolism. 10. The metabolic activity of body proteins investigated with 1(-)-leucine containing two isotopes. (1939) (168)
The rate of utilization of ammonia for protein synthesis. (1949) (167)
The biological utilization of glycine for the synthesis of the protoporphyrin of hemoglobin. (1946) (143)
On the utilization of acetic acid for cholesterol formation. (1942) (132)
THE STUDY OF INTERMEDIARY METABOLISM OF ANIMALS WITH THE AID OF ISOTOPES (1940) (129)
The metabolism of proteins and amino acids. (1946) (113)
The Mechanism of Action of the Enzyme Hydrogenase1 (1954) (109)
SOME INTERRELATIONSHIPS IN GENERAL NITROGEN METABOLISM (1944) (107)
Some Thermodynamic Properties of the H1H2, H2H2 Molecules and Compounds Containing the H2 Atom (1933) (104)
Synthesis of cholesterol in surviving liver. (1946) (101)
THE UTILIZATION OF GLYCINE FOR THE SYNTHESIS OF A PORPHYRIN (1945) (97)
A study of the rate of protein synthesis in humans. II. Measurement of the metabolic pool and the rate of protein synthesis. (1953) (96)
The utilization of acetic acid for the synthesis of fatty acids. (1945) (89)
Bate of formation and disappearance of body creatine in normal animals. (1941) (89)
DETERMINATION OF DEUTERIUM IN ORGANIC COMPOUNDS (1937) (86)
STUDIES IN PROTEIN METABOLISM VII. THE METABOLISM OF TYROSINE (1939) (82)
BIOLOGICAL CATALYSIS OF THE EXCHANGE REACTION BETWEEN WATER AND HYDROGEN (1943) (81)
A study of the rate of protein synthesis in humans. I. Measurement of the urea pool and urea space. (1953) (80)
STUDIES IN PROTEIN METABOLISM V. THE UTILIZATION OF AMMONIA FOR AMINO ACID AND CREATINE FORMATION IN ANIMALS (1939) (76)
SYNTHESIS OF HEME IN VITRO BY THE IMMATURE NON-NUCLEATED MAMMALIAN ERYTHROCYTE (1950) (73)
Interpretation of mass spectra of organic compounds (1965) (72)
On the utilization of glycine for uric acid synthesis in man. (1947) (70)
THE APPLICATION OF ISOTOPES TO THE STUDY OF INTERMEDIARY METABOLISM. (1938) (69)
THE ASSIMILATION OF AMMONIA NITROGEN BY THE TOBACCO PLANT: A PRELIMINARY STUDY WITH ISOTOPIC NITROGEN (1940) (68)
The Synthesis of Protoporphyrin in Vitro by Red Blood Cells of the Duck (1950) (65)
Nature of the Activation Process in Enzymatic Reactions (1951) (62)
SOURCES OF ACETIC ACID IN THE ANIMAL BODY (1944) (59)
The interaction of hydrogenase with oxygen. (1954) (59)
Deuterium studies in normal man. I. The rate of synthesis of serum cholesterol. II. Measurement of total body water and water absorption. (1950) (57)
Porphyrin formation and hemoglobin metabolism in congenital porphyria. (1950) (54)
Studies in Protein Metabolism Xiv. the Chemical Interaction of Dietary Glycine and Body Proteins in Rats (1940) (54)
PROTEIN TURNOVER IN MICRO-ORGANISMS. (1958) (53)
The rôle of glycine in the biosynthesis of heme. (1950) (52)
Glutathione. 1. The metabolism of glutathione studied with isotopic glycine. (1941) (51)
THE INTERACTION OF THE BLOOD PROTEINS OF THE RAT WITH DIETARY NITROGEN (1942) (48)
Catalysis of an oxygen-exchange reaction of fructose 1,6-diphosphate and fructose 1-phosphate with water by rabbit muscle aldolase. (1968) (47)
The purification and properties of the hydrogenase of Desulfovibrio desulfuricans. (1960) (43)
Behavior of antibody protein toward dietary nitrogen in active and passive immunity. (1942) (41)
THE APPLICATION OF THE NITROGEN ISOTOPE N15 FOR THE STUDY OF PROTEIN METABOLISM. (1938) (41)
The metabolism of acetone. I. Gross aspects of catabolism and excretion. (1950) (40)
THE BIOLOGICAL FORMATION OF CHOLESTEROL FROM ACETIC ACID (1942) (40)
STUDIES IN PROTEIN METABOLISM IX. THE UTILIZATION OF AMMONIA BY NORMAL RATS ON A STOCK DIET (1939) (40)
The in vitro synthesis of heme from glycine by the nucleated red blood cell. (1948) (37)
The inhibition of hydrogenase by carbon monoxide and the reversal of this inhibition by light. (1962) (36)
A COMPARISON OF THE RATE OF MUTAROTATION AND O$sup 18$ EXCHANGE OF GLUCOSE (1958) (34)
THE INHIBITION OF HYDROGENASE BY NITRIC OXIDE. (1954) (32)
The rôle of acetic acid in the biosynthesis of heme. (1950) (32)
The in vitro synthesis of heme in the human red blood cell of sickle cell anemia. (1948) (30)
Measurement of the activity of the hexose monophosphate pathway of glucose metabolism with the use of [18O]glucose. Variations in its activity in Escherichia coli with growth conditions. (1967) (30)
REJUVENATION OF MUSCLE ADENYLIC ACID NITROGEN IN VIVO STUDIED WITH ISOTOPIC NITROGEN (1947) (30)
The Equilibrium Between the Three Hydrogens (1934) (29)
The utilization of acetate for the synthesis of fatty acids, cholesterol, and protoporphyrin. (1949) (28)
The metabolic reactions of carbon atom 2 of L-histidine. (1952) (28)
THE PATHOLOGIC ANATOMY OF DEUTERIUM INTOXICATION. (1964) (27)
THE PROCESS OF CONTINUOUS DEAMINATION AND REAMINATION OF AMINO ACIDS IN THE PROTEINS OF NORMAL ANIMALS. (1939) (27)
THE ORIGIN OF FECAL FAT IN THE ABSENCE OF BILE, STUDIED WITH DEUTERIUM AS AN INDICATOR (1936) (26)
Pentose synthesis in Escherichia coli. (1969) (24)
GLUTATHIONE II. THE METABOLISM OF GLUTATHIONE STUDIED WITH ISOTOPIC AMMONIA AND GLUTAMIC ACID (1942) (24)
A COMPARISON OF THE HYDROGENASE ACTIVITIES OF DIFFERENT MICROORGANISMS. (1956) (23)
The metabolism of acetone by surviving rat liver. (1949) (23)
Metabolism of L-aspartic acid. (1949) (22)
A STUDY OF THE INVERSION OF d-PHENYLAMINOBUTYRIC ACID AND THE ACETYLATION OF l-PHENYLAMINOBUTYRIC ACID BY MEANS OF THE ISOTOPES OF NITROGEN AND HYDROGEN (1939) (21)
The metabolism of Z-histidine. (1947) (21)
THE SOURCE OF CARBON FOR UREA FORMATION (1940) (21)
THE TRANSAMINATION REACTION. THE MECHANISM OF THE REACTION BETWEEN alpha KETO ACIDS AND alpha AMINO ACIDS (1943) (21)
The metabolism of acetylamino acids. (1947) (21)
ANOMALOUS GROWTH OF MICROORGANISMS PRODUCED BY CHANGES IN ISOTOPES IN THEIR ENVIRONMENT. (1960) (20)
The preparation of fatty acids containing deuterium. (1938) (20)
A STUDY OF THE NITROGENOUS CONSTITUENTS OF TISSUE PHOSPHATIDES (1942) (19)
Enzyme-catalyzed Exchange of Oxygen Atoms between Water and Carboxylate Ion1 (1954) (19)
Interaction of hydrogenase with hydrogen (1955) (19)
THE NITROGEN ISOTOPE (N15) AS A TOOL IN THE STUDY OF THE INTERMEDIARY METABOLISM OF NITROGENOUS COMPOUNDS (1937) (19)
THE PREPARATION OF DEUTERIO CHOLESTEROL (1943) (18)
STUDIES IN PROTEIN METABOLISM VI. HIPPURIC ACID FORMATION STUDIED WITH THE AID OF THE NITROGEN ISOTOPE (1939) (18)
The Thermal Decomposition of Deuterium Iodide (1934) (17)
Studies on the sources of the oxygen of proteins. (1961) (16)
THE METABOLISM OF NITROGEN IN THE LEAVES OF THE BUCKWHEAT PLANT (1939) (16)
The metabolism of phenylalanine-4-C14. (1954) (15)
The metabolic activity of the alpha-hydrogen atom of lysine. (1951) (15)
Dynamic aspects of the metabolism of amino acids. (1948) (14)
On the mechanism of the conversion of ornithine to proline in vivo; intramolecular nitrogen shift. (1945) (14)
The metabolic activity of the alpha, beta-, and gamma-hydrogen atoms of L-leucine and the alpha hydrogen of glycine. (1950) (14)
The Reduction of Nitroprusside by Hydrogen with Proteus vulgaris1 (1955) (14)
THE STABILITY OF HYDROGEN-CARBON LINKAGES IN GLUTAMIC ACID (1940) (13)
Studies on the formation of heme and on the average life time of the human red blood cell. (1946) (13)
REDUCTION OF NITRATE WITH MOLECULAR HYDROGEN BY PROTEUS VULGARIS (1954) (13)
The rates of oxidation of some deuterio isomers of succinate by succinic dehydrogenase. (1967) (13)
THE APPLICATION OF THE ISOTOPE TECHNIQUE TO THE STUDY OF THE METABOLISM OF GLYCINE (1948) (13)
Some observations on the enzyme, hydrogenase. (1961) (12)
Studies on urea formation in surviving liver slices. (1950) (12)
O18 Exchange Reactions between Anhydrides and Carboxylic Acids1,2 (1954) (11)
Studies in protein metabolism. 12. The conversion of ocnithine into arginine in the mouse. (1940) (11)
Some Applications of Mass Spectrometric Analysis to Chemistry (1942) (11)
STUDIES IN PROTEIN METABOLISM IV. THE STABILITY OF NITROGEN IN ORGANIC COMPOUNDS (1939) (11)
SOME BIOLOGICAL REACTIONS OF ACETIC ACID (1945) (10)
SOME OBSERVATIONS ON THE ENZYME HYDROGENASE OF DESULFOVIBRIO DESULFURICANS. (1963) (10)
The role of ethyl alcohol in the biological synthesis of cholesterol. (1951) (10)
The carbon metabolism of the tubercle bacillus; studies with isotopic carbon. (1955) (10)
Evidence for the totally asymmetric synthesis of amino acids in vivo. (1943) (10)
IRON REQUIREMENT FOR THE HYDROGENASE OF DESULFOVIBRIO DESULFURICANS. (1964) (9)
CATALYTIC HYDROGENATION WITH DEUTERIUM (1940) (9)
O studies on the oxidative and nonoxidative pentose phosphate pathways in wild-type and mutant Escherichia coli cells. (1973) (9)
Precipitation of C14-Labeled Dextran by Human Anti-dextran1a (1954) (9)
Preparation of gas samples for mass spectrometric analysis of isotope abundance. (1948) (9)
Quantitative aspects of the origin of pentose in Escherichia coli. (1968) (8)
THE CATALYSIS OF THE H$sub 2$-D$sub 2$O EXCHANGE BY AQUEOUS BUFFER SOLUTIONS (1958) (8)
The study of hemoglobin metabolism in man with the aid of the isotope technique. (1948) (7)
Stable Isotopes in Biochemical Research (1952) (7)
On the utilization of D-fructose for pentose synthesis in Escherichia coli. (1968) (7)
On the constancy of deuterium fractionation in the biosynthesis of fatty acids since the miocene period. (1967) (6)
The hydrogenase of Proteus vulgaris. (1957) (6)
A NEW REACTION OF CYCLIC ALIPHATIC ANHYDRIDES. (1960) (5)
Thermal Decomposition of Deuterium Iodide (1934) (5)
THE METABOLISM OF GLUTATHIONE. (1939) (5)
Retention of the Carbon Skeleton in the Kindler-Willgerodt Reaction (1946) (5)
DIFFRACTION OF SCALAR ELASTIC WAVES BY A (1964) (4)
The in vitro synthesis of heme from glycine by the nucleated red blood cell. (1948) (4)
The stereochemistry of the succinate D2O exchange as catalysed by succinic dehydrogenase. (1967) (4)
DETERMINATION OF THE BASES OF PHOSPHOLIPIDS BY THE ISOTOPE DILUTION METHOD (1941) (3)
Rate of protein formation in the livers of partially hepatectomized rats. (1948) (3)
THE STATE OF THE PROTEINS IN ANIMALS AS REVEALED BY THE USE OF ISOTOPES (1941) (3)
Impervious Crucibles of Magnesium Oxide U.S.Bureau of Mines,Nonmetallic Minerals Experiment Station,Rutgers University,New Brunswick,N.J. (1932) (3)
The application of isotope technique to problems of biology and medicine. (1948) (3)
THE RELATIONSHIP OF SERINE TO PORPHYRIN SYNTHESIS (1950) (2)
A Thyratron Thermal Relay (1943) (2)
The application of the isotope technique to the study of the rates of formation of blood constituents in man. (1947) (2)
On the quantitative significance of the pentose pathway in Escherichia coli. (1962) (2)
Labeling of ribonucleic acid from Escherichia coli grown on [1-18-O]glucose. (1965) (2)
Exchange Reaction of Organic Compounds with D2SO4 (1937) (2)
Synthesis of cholesterol in liver slices. (1946) (2)
THE EFFECT OF ISOTOPIC SUBSTITUTION ON THE LIVING CELL (1963) (2)
Acetylation of foreign amines by acetyl amino acids. (1946) (2)
Evidence on the metabolism of α-acetyllysine. (1951) (1)
DIFFRACTION OF SCALAR ELASTIC WAVES BY A CLAMPED FINITE STRIP (0)
Determination of Anesthetic Potency (1963) (0)
Preparation of laboratory refractory crucibles (1936) (0)
Letter from David Rittenberg to Joshua Lederberg (1946) (0)
CELL DAMAGE IN DEUTERIUM INTOXICATION (1964) (0)
N a T I O N a L a C a D E M Y O F S C I E N C E S a Biographical Memoir By (0)
Application of compounds labelled with heavy and radioactive isotopes to metabolic studies. (1947) (0)
The metabolism of the alpha, gamma and beta hydrogen atoms of L-leucine. (1948) (0)
Letter from David Rittenberg, I. Rabi, Robert Hofstadter, Maurice Goldhaber, and Louis F. Fieser to Joshua Lederberg (1967) (0)
Evidence on the metabolism of alpha-acetyllysine. (1951) (0)
Proceedings of the NATIONAL ACADEMY OF SCIENCES (0)
[History of hemoglobine]. (1958) (0)

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