Carlsson, A.: Metabolism of Radiocalcium in Relation to Calcium Intake in Young Rats, Acta pharmacol. et toxicol. (supp. 1)7: 1, 1951.
2.
Cohn, W.E., and Greenberg, D.M.: Studies in Mineral Metabolism With the Aid of Artificial Radioactive Isotopes , J. Biol. Chem. 130: 625, 1939.
3.
Dols, M.J.L. , Jansen, B.C.P., Sizoo, G.J., and DeVries, J.: P Metabolism in Normal, Rachitic and Treated Rats, Nature139: 1068, 1937.
4.
Dols, M.J.L. , Jansen, B.C.P., Sizoo, G.J., and Barendregt , F.: Formation of Lipin Phosphorus in Normal and Rachitic Rats Without a Radioactive Phosphorus Isotope as an Indicator, Nature141: 77, 1938.
5.
Gaunt, W.E., Griffith, H.D., and Irving, J.T.: The Assimilation of Radioactive Phosphorus Following P Deficiency in Rats , J. Physiol. 100: 372, 1942.
6.
Kjerulf-Jensen, K.: Excretion of Phosphorus by the Bowel, Acta physiol. scandinav. 3: 1, 1941.
7.
Migicovsky, B.B., and Emslie, A.R.G.: Deposition of Radioactive Calcium in Rachitic and Non-Rachitic Chick Tibias From Oral and Intramuscular Doses of Ca45. Arch. Biol. Chem. 28: 324-328, 1950.
8.
Morgareidge, K., and Manly, M.L.: Simultaneous Appearance of a Positive Line Test and Radioactive Phosphate Deposition in the Rachitie Rat Metaphysis, J. Nutrition18: 411, 1939.
9.
Myers, H.M.: The Correlation of Gain in Body Weight and Mineral Ash Content of Teeth and Bones of Rats Recovering From Phosphorus Deficiency, J. D. Res. 34: 230, 1955.
10.
Underwood, E., Fisch, S., and Hodge, H.C.: Metabolism of Ca in Normal Rachitic and Vitamin D Treated Rats as Evidenced by Radio-Calcium Ca45 Studies, Am. J. Physiol. 166: 387-393, 1951.