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O. Rougichitch (1926)
URIC ACID AND CREATININ IN THE URINE OF INFANTSJAMA Pediatrics, 31
O. Gaebler (1930)
FURTHER STUDIES OF BLOOD CREATININEJournal of Biological Chemistry, 89
S. Levine, E. Marples, H. Gordon (1941)
A DEFECT IN THE METABOLISM OF TYROSINE AND PHENYLALANINE IN PREMATURE INFANTS. I. IDENTIFICATION AND ASSAY OF INTERMEDIARY PRODUCTS.The Journal of clinical investigation, 20 2
W. Denis, A. Minot (1919)
METHODS FOR THE QUANTITATIVE DETERMINATION OF THE NON-PROTEIN NITROGENOUS CONSTITUENTS OF MILKJournal of Biological Chemistry, 37
A. Hunter
Creatine and CreatinineNature, 122
O. Rougichitch
The Day-and-Night Creatinine and Creatine in the Urine of InfantsArchives of Disease in Childhood, 1
Chi Wang, I. Genther, C. Hogden (1936)
METABOLISM OF ADOLESCENT GIRLS: III. THE EXCRETION OF CREATININE AND CREATINEJAMA Pediatrics, 51
J. Peters, D. Slyke (1931)
Quantitative clinical chemistry
A. Daniels, Licea Hejinian
Growth of Infants from the Standpoint of Physical Measurements and of Nitrogen Metabolism. II. Creatine. III. Uric Acid.JAMA Pediatrics, 38
W. Denis, A. Minot (1919)
THE NON-PROTEIN NITROGENOUS CONSTITUENTS OF COW'S MILKJournal of Biological Chemistry, 38
E. Marples, S. Levine (1936)
CREATINURIA OF INFANCY AND CHILDHOOD: I. NORMAL VARIATIONS: CREATINE TOLERANCE TESTS AND THE EFFECT OF AMINO-ACETIC ACID IN NORMAL INFANTSJAMA Pediatrics, 51
R. Catherwood, G. Stearns (1937)
CREATINE AND CREATININE EXCRETION IN INFANCYJournal of Biological Chemistry, 119
O. Folin (1905)
LAWS GOVERNING THE CHEMICAL COMPOSITION OF URINEAmerican Journal of Physiology, 13
H. Gordon, S. Levine, M. Wheatley, E. Marples (1937)
RESPIRATORY METABOLISM IN INFANCY AND IN CHILDHOOD: XX. THE NITROGEN METABOLISM IN PREMATURE INFANTS—COMPARATIVE STUDIES OF HUMAN MILK AND COW'S MILKJAMA Pediatrics, 54
H. Gordon, H. Harrison, H. Mcnamara (1942)
THE UREA CLEARANCE OF YOUNG PREMATURE AND FULL TERM INFANTS.The Journal of clinical investigation, 21 4
Paffrath and Ohm1 in 1933 reported the virtual absence of creatine in the urine of premature infants, and Levine and I2 also found little or no creatine in casual specimens of urine from 6 premature infants who were receiving human milk. These subjects differed from full term infants receiving cow's milk, who excreted creatine in amounts ranging from 6 to 49 per cent of the total creatinine excretion.2 Studies of the daily creatine and creatinine excretion of premature infants who were receiving formulas of human or cow's milk and of full term infants of comparable age receiving cow's milk form the basis of the present report. The assembled data permit an analysis of the effect of protein intake on the creatine and creatinine excretion of premature and full term infants fed similar amounts of protein in the form of cow's milk. METHODS AND MATERIAL Subjects.—Forty healthy
American journal of diseases of children – American Medical Association
Published: Dec 1, 1942
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