McLean, D.L. , Sheppard, M., and McHenry, E.W.: Tissue Changes in Ascorbic Acid Deficient Guinea Pigs, Brit. J. Exper. Path. 20: 451, 1939.
2.
Glickman, I. G.: Acute Vitamin C Deficiency and Periodontal Disease, J. D. Res.27: 9, 1948.
3.
Wolbach, S.B. , and Howe, P.R.: Intercellular Substances in Experimental Scorbutus, Arch. Path. 1: 1, 1926.
4.
Ham, A.W. , and Elliott, H.G.: The Bone and Cartilage Lesions of Protracted Moderate Scurvy, Am. J. Path. 14: 323, 1938.
5.
Bourne, G.H.: Biochemistry and Physiology of Nutrition, New York, 1953, Academic Press, Inc., vol. 1, p. 392.
6.
Bourne, G.H.: Biochemistry and Physiology of Bone, New York, 1956, Academic Press, Inc., p. 544.
7.
Fish, E.W., and Harris, L.J.: The Effects of Vitamin C Deficiency on Tooth Structure in Guinea Pigs, Brit. D. J. 58: 3, 1935.
8.
Wassermann, F.: Analysis of the Enamel Formation in the Continuously Growing Teeth of Normal and Vitamin C Deficient Guinea Pigs, J. D. Res. 23: 463, 1944.
9.
Reid, M.E., and Briggs, G.M.: Development of a Semi-Synthetic Diet for Young Guinea Pigs, J. Nutrit. 51: 341, 1953.
10.
Hunt, A.M.: A Description of the Molar Teeth and Investing Tissues of Normal Guinea Pigs , J. D. Res. 37: 216, 1959.
11.
Lloyd, B.B. , and Sinclair, H.M.: Biochemistry and Physiology of Nutrition , New York, 1953, Academic Press, Inc., vol. 1, p. 464.
12.
Mannering, G.I.: Vitamin Requirements of the Guinea Pig , Vitamins & Hormones7: 201, 1949.
13.
Sicher, H.: Bau and Funktion des Fixationsapparates des Meerschweinchenmolaren, Ztschr. f. Stomatol. 21: 580, 1923.
14.
Santone, P. : Studien iiber der Aufbau, die Strukten und die Histiogenese des Molaren die Saugetiere, Ztschr. f. mikr.-anat. Forsch.37: 49, 1935.
15.
Keuther, C.A. , Telford, I. R., and Roe, J.H.: The Relation of the Blood Level of Ascorbic Acid to the Tissue Concentration of This Vitamin and to the Histology of the Incisor Teeth in the Guinea Pig, J. Nutrit.28: 347, 1944.
