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G. Eggleton, P. Eggleton (1929)
A method of estimating phosphagen and some other phosphorus compounds in muscle tissueThe Journal of Physiology, 68
A. Light, C. Warren (1934)
CREATINURIA AMONG ADOLESCENT MALESJournal of Biological Chemistry, 104
J. Reinhold, J. Clark, G. Kingsley, R. Custer, J. McConnell (1934)
THE EFFECTS OF GLYCINE (GLYCOCOLL) IN MUSCULAR DYSTROPHY: WITH ESPECIAL REFERENCE TO CHANGES IN STRUCTURE AND COMPOSITION OF VOLUNTARY MUSCLEJAMA, 102
W. Denis (1917)
A NOTE ON THE DIURNAL VARIATIONS IN CREATINE EXCRETIONJournal of Biological Chemistry, 29
W. Rose, F. Dimmitt (1916)
EXPERIMENTAL STUDIES ON CREATINE AND CREATININE VII. THE FATE OF CREATINE AND CREATININE WHEN ADMINISTERED TO MANJournal of Biological Chemistry, 26
H. Deuel, I. Sandiford, Kathleen Sandiford, W. Boothby (1928)
A STUDY OF THE NITROGEN MINIMUM THE EFFECT OF SIXTY-THREE DAYS OF A PROTEIN-FREE DIET ON THE NITROGEN PARTITION PRODUCTS IN THE URINE AND ON THE HEAT PRODUCTIONJournal of Biological Chemistry, 76
W. Boothby (1934)
MYASTHENIA GRAVIS: THE EFFECT OF TREATMENT WITH GLYCINE AND EPHEDRINE; THIRD REPORTJAMA Internal Medicine, 53
J. Sedgwick (1910)
CREATININ AND CREATIN METABOLISM IN CHILDRENJAMA, 55
P. Eggleton, G. Eggleton (1927)
The physiological significance of ‘phosphagen’The Journal of Physiology, 63
F. Powis, H. Raper (1916)
Creatinuria in Children.The Biochemical journal, 10 3
K. Thomas, A. Milhorat, F. Techner (1932)
Researches on the origin of creatine. A contribution to the treatment of progressive muscular atrophies with glycocoll. Preliminary communication.Biological Chemistry, 205
O. Rougichitch
The Day-and-Night Creatinine and Creatine in the Urine of InfantsArchives of Disease in Childhood, 1
Philip Eggleton, G. Eggleton
The Inorganic Phosphate and a Labile Form of Organic Phosphate in the Gastrocnemius of the Frog.The Biochemical journal, 21 1
J. Peters, D. Slyke (1931)
Quantitative clinical chemistry
V. Myers, M. Fine (1915)
THE METABOLISM OF CREATINE AND CREATININE SEVENTH PAPER. THE FATE OF CREATIVE WHEN ADMINISTERED TO MANJournal of Biological Chemistry, 21
W. Rose (1911)
EXPERIMENTAL STUDIES ON CREATINE AND CREATININE III. EXCRETION OF CREATINE IN INFANCY AND CHILDHOODJournal of Biological Chemistry, 10
M. Bodansky, E. Schwab, P. Brindley (1929)
CREATINE METABOLISM IN A CASE OF GENERALIZED MYOSITIS FIBROSAJournal of Biological Chemistry, 85
W. Denis, A. Minot (1919)
THE NON-PROTEIN NITROGENOUS CONSTITUENTS OF COW'S MILKJournal of Biological Chemistry, 38
A. Quick (1926)
THE STUDY OF BENZOIC ACID CONJUGATION IN THE DOG WITH A DIRECT QUANTITATIVE METHOD FOR HIPPURIC ACIDJournal of Biological Chemistry, 67
W. Denis, J. Kramer (1917)
THE INFLUENCE OF PROTEIN INTAKE ON CREATINE EXCRETION IN CHILDRENJournal of Biological Chemistry, 30
F. Talbot, J. Gamble (1916)
THE PROTEIN METABOLISM OF AN INFANTJAMA Pediatrics
A. Quick (1931)
The conjugation of benzoic acid in man.Journal of Biological Chemistry, 92
P. Shaffer (1908)
THE EXCRETION OF KREATININ AND KREATIN IN HEALTH AND DISEASEAmerican Journal of Physiology, 23
H. Zwarenstein
Studies in creatinine and uric acid metabolism: Ingestion of proteins and amino-acids and the hourly elimination of creatinine and uric acid.The Biochemical journal, 22 2
E. Abderhalden, P. Möller
Weitere Untersuchungen über die Herkunft des Kreatins.Biological Chemistry, 170
M. Harris, E. Brand (1933)
METABOLIC AND THERAPEUTIC STUDIES IN THE MYOPATHIES: WITH SPECIAL REFERENCE TO GLYCINE ADMINISTRATIONJAMA, 101
W. Rose (1933)
The Metabolism of Creatine and CreatinineAnnual Review of Biochemistry, 2
A. Milhorat, F. Techner, K. Thomas (1932)
Significance of Creatine in Progressive Muscular Dystrophy, and Treatment of this Disease with GlycinProceedings of the Society for Experimental Biology and Medicine, 29
W. Boothby (1934)
MYASTHENIA GRAVIS: FOURTH REPORT: THE ONSET AND COURSE OF THE DISEASEJAMA, 102
C. Fiske, Y. Subbarow (1928)
THE ISOLATION AND FUNCTION OF PHOSPHOCREATINE.Science, 67 1728
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W. Rose, R. Ellis, O. Helming (1928)
THE TRANSFORMATION OF CREATINE INTO CREATININE BY THE MALE AND FEMALE HUMAN ORGANISMJournal of Biological Chemistry, 77
A. Christman, E. Mosier (1929)
PURINE METABOLISM II. THE EFFECT OF THE INGESTION OF GLYCINE ON THE EXCRETION OF ENDOGENOUS URIC ACIDJournal of Biological Chemistry, 83
A. Hunter
Creatine and CreatinineNature, 122
E. Shorr, H. Richardson, H. Wolff (1933)
Endogenous Glycine Formation in Myopathies and Graves'DiseaseProceedings of the Society for Experimental Biology and Medicine, 31
P. Eggleton, G. Eggleton (1928)
Further observations on phosphagenThe Journal of Physiology, 65
M. Magee (1932)
CREATINE AND CREATININE METABOLISM IN PROGRESSIVE MUSCULAR DYSTROPHY: REPORT OF TWO CASES AND CONTROLSJAMA Pediatrics, 43
O. Folin
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O. Folin (1905)
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S. Benedict, E. Osterberg (1923)
STUDIES IN CREATINE AND CREATNINE METABOLISM V. THE METABOLISM OF CREATINEJournal of Biological Chemistry, 56
Lynne Hoag (1932)
APPARATUS FOR THE QUANTITATIVE COLLECTION OF URINE AND OF STOOLS IN MALE INFANTSJAMA Pediatrics, 44
O. Folin (1905)
LAWS GOVERNING THE CHEMICAL COMPOSITION OF URINEAmerican Journal of Physiology, 13
Irene Freiberg, E. West (1933)
Glycine synthesis in pseudohypertrophic muscular dystrophy.Journal of Biological Chemistry, 101
M. Magee (1932)
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D. Cuthbertson, T. Maclachlan (1934)
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W. Schulz (1921)
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The metabolism of creatine and creatinine has attracted widespread interest in recent years. Although creatinine was first recognized in 1832,1 the impetus to study its metabolism arose from the publication by Folin2 in 1904 of a simple method for its determination. Numerous investigations during the last three decades have established the constancy of the presence of creatinine in the urine and of creatine under certain normal and pathologic conditions. The regularity of the excretion of creatinine indicated that it was a waste product of the body, but the function of creatine remained an open question, although the Eggletons3 and Fiske and Subbarow4 have recently demonstrated the importance of phosphocreatine in muscle metabolism. The classic monograph by Hunter5 summarized the results of studies of creatine and creatinine up to 1928. This was supplemented by the review of Rose6 in 1933. No attempt, therefore, will be
American journal of diseases of children – American Medical Association
Published: Jan 1, 1936
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