Rudolph Schoenheimer

Rudolph Schoenheimer's AcademicInfluence.com Rankings

Biology

#3361

Historical Rank

Biochemistry

#391

Historical Rank

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Biology

Why Is Rudolph Schoenheimer Influential?

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According to Wikipedia, Rudolf Schoenheimer was a German-American biochemist who developed the technique of isotope labelling/tagging of biomolecules, enabling detailed study of metabolism. This work revealed that all the constituents of an organism are in a constant state of chemical renewal.

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Rudolph Schoenheimer'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

A MICROMETHOD FOR THE DETERMINATION OF FREE AND COMBINED CHOLESTEROL (1934) (627)
DEUTERIUM AS AN INDICATOR IN THE STUDY OF INTERMEDIARY METABOLISM. (1935) (552)
The dynamic state of body constituents. (1942) (461)
Studies in protein metabolism. 10. The metabolic activity of body proteins investigated with 1(-)-leucine containing two isotopes. (1939) (168)
The metabolism of l(-)-pioIihe studied with the aid of deuterium and isotopic nitrogen. (1944) (130)
THE STUDY OF INTERMEDIARY METABOLISM OF ANIMALS WITH THE AID OF ISOTOPES (1940) (129)
THE BIOLOGICAL PRECURSORS OF CREATINE (1941) (124)
Studies in the metabolism of purines and pyrimidines by means of isotopic nitrogen. (1944) (120)
Synthesis and destruction of cholesterol in the organism. (1933) (113)
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)
NEW CONTRIBUTIONS IN STEROL METABOLISM. (1931) (78)
Studies in protein metabolism. 11. The metabolic relation of creatine and creatinine studied with isotopic nitrogen. (1939) (77)
STUDIES IN PROTEIN METABOLISM V. THE UTILIZATION OF AMMONIA FOR AMINO ACID AND CREATINE FORMATION IN ANIMALS (1939) (76)
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)
STUDIES IN PROTEIN METABOLISM III. SYNTHESIS OF AMINO ACIDS CONTAINING ISOTOPIC NITROGEN (1939) (67)
On the biological synthesis of purines and pyrimidines. (1943) (59)
The conversion of palmitic acid into stearic and palmitoleic acids in rats. (1940) (58)
The conversion of phenylalanine to tyrosine in normal rats. (1940) (57)
ETIOLOGY OF GALLSTONES: I. CHEMICAL FACTORS AND THE RÔLE OF THE GALLBLADDER (1932) (55)
Studies in Protein Metabolism Xiv. the Chemical Interaction of Dietary Glycine and Body Proteins in Rats (1940) (54)
The interaction of antibody protein with dietary nitrogen in actively immunized animals. (1942) (51)
THE RELATIVE STABILITY OF l(+)-LYSINE IN RATS STUDIED WITH DEUTERIUM AND HEAVY NITROGEN (1941) (50)
THE INTERACTION OF THE BLOOD PROTEINS OF THE RAT WITH DIETARY NITROGEN (1942) (48)
THE APPLICATION OF THE NITROGEN ISOTOPE N15 FOR THE STUDY OF PROTEIN METABOLISM. (1938) (41)
STUDIES IN PROTEIN METABOLISM IX. THE UTILIZATION OF AMMONIA BY NORMAL RATS ON A STOCK DIET (1939) (40)
THE BIOLOGICAL RELATIONS OF THE HIGHER ALIPHATIC ALCOHOLS TO FATTY ACIDS (1940) (37)
ALLOCHOLESTEROL AND EPIALLOCHOLESTEROL (1936) (34)
HEMOLYTIC AND ANTIHEMOLYTIC PROPERTIES OF BILE ACIDS AND STEROLS IN RELATION TO THEIR STRUCTURE (1938) (31)
The biological conversion of ornithine into proline and glutamic acid. (1940) (29)
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)
THE BIOLOGICAL ORIGIN OF THE AMIDINE GROUP IN CREATINE (1940) (24)
THE ACTION OF IODIDES ON STEROL DIBROMIDES AND THE PREPARATION OF CHOLESTENONE (1935) (23)
A COMPARISON OF SERUM, HEPARINIZED PLASMA, AND OXALATED PLASMA IN REGARD TO CHOLESTEROL CONTENT (1935) (21)
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 preparation of fatty acids containing deuterium. (1938) (20)
The rate of formation of stearic and palmitic acids in normal mice. (1940) (20)
THE NITROGEN ISOTOPE (N15) AS A TOOL IN THE STUDY OF THE INTERMEDIARY METABOLISM OF NITROGENOUS COMPOUNDS (1937) (19)
STUDIES IN PROTEIN METABOLISM VI. HIPPURIC ACID FORMATION STUDIED WITH THE AID OF THE NITROGEN ISOTOPE (1939) (18)
The Investigation of Intermediary Metabolism with the Aid of Heavy Hydrogen: Harvey Lecture, January 21, 1937. (1937) (18)
STEROL SECRETION AND COPROSTEROL FORMATION (1934) (17)
THE BIOLOGICAL FORMATION OF CREATINE (1940) (17)
THE METABOLISM OF NITROGEN IN THE LEAVES OF THE BUCKWHEAT PLANT (1939) (16)
The metabolism of d-lysine investigated with deuterium and heavy nitrogen. (1943) (16)
REAGENTS FOR THE ISOLATION OF CARBONYL COMPOUNDS FROM UNSAPONIFIABLE MATERIAL (1936) (15)
THE STABILITY OF HYDROGEN-CARBON LINKAGES IN GLUTAMIC ACID (1940) (13)
Studies in protein meta bolism. 8. The activity of the α-amino group of histidine in animals. (1939) (13)
THE OCCURRENCE AND SECRETION MECHANISM OF CETYL ALCOHOL IN THE ANIMAL ORGANISM (1934) (12)
STUDIES IN PROTEIN METABOLISM IV. THE STABILITY OF NITROGEN IN ORGANIC COMPOUNDS (1939) (11)
The biological demethylation of sarcosine to glycine. (1940) (11)
Etiology of Gall Stones. III. Bile Salt-Cholesterol Ratio in Human Gall Stone Cases.∗ (1931) (6)
THE PRESENCE OF CHOLESTEROL IN THE FECES (1934) (6)
The Etiology of Gall Stones. II. Rôle of the Gall Bladder.∗ (1931) (5)
The Etiology of Gall Stones. I. Chemical Factors.∗ (1931) (4)
APPLICATION OF KETONE REAGENTS TO THE ISOLATION OF KETONIC ACIDS ISOLATION OF 3-HYDROXY-6-KETOALLOCHOLANIC ACID FROM HOG BILE (1938) (3)
LITHOCHOLIC ACID GALLSTONES FROM HOG BILE (1937) (3)
EPI-ALLOCHOLESTEROL, A NEW ISOMER OF CHOLESTEROL (1936) (3)
The absorbability of allocholesterol. (1935) (3)
Exchange Reaction of Organic Compounds with D2SO4 (1937) (2)
THE PREPARATION OF LITHOCHOLIC ACID FROM CHOLESTEROL (1936) (2)
The Chemistry of the Steroids (1937) (2)
THE ABSENCE OF ALLOCHOLESTEROL IN THE ORGANISM (1935) (1)
Specificity of cholesterol absorption and its biological significance. (0)
Specificity of sterol absorption. (1935) (0)

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Rudolph Schoenheimer's Academic­Influence.com Rankings