Fleming, H.S.Patterns of Enamel Protein in the Mandibular Mouse Incisor, Yale J. Biol. and Med., 31:80, 1958.
2.
-. Parotin and Growth Centers of Femurs and Incisors in Mice , J. D. Res., 38:374, 1959.
3.
-. Effect of Parotin in Mice, Ann. N.Y. Acad. Sci., 85:313, 1960.
4.
Gustafson, G.The Histopathology of Caries of Human Dental Enamel, Acta Odont. Scandinavica, 15:13, 1957.
5.
Helmcke, J.G.Atlas des menschlichen Zahnes im Elektronenmikroskopischen Bild., I: T. Histologie des normal Zahnes, unter Mitarbeit von Dipl. Biol. B. JAHN . Berlin-Wilmersdorf: Trans-mare-Photo G.M.B.H., 1953.
6.
Lams, H.Recherches sur la structure des parties constitutantes de la dent chez les mammiferes. Arch. biol., 31:495, 1921.
7.
Marshland, E.A.A Histological Investigation of Amelogenesis in Rats. I. Matrix Formation, Brit. D. J., 91 :251, 1951.
8.
-. A Histological Investigation of Amelogenesis in Rats. II. Maturation, ibid., 92:109, 1952.
Rosebury, T.A Biochemical Study of the Protein in Dental Enamel, J. D. Res., 10:182, 1930.
11.
Sognnaes, R.F.The Organic Elements of the Enamel. I. A Study of the Principal Factors Involved in the Histological Preservation of Organic Elements of Enamel and Other Highly Calcified Structures, J. D. Res., 27:609, 1948.
12.
-. The Organic Elements of the Enamel. II. The Organic Framework of the Internal Part of the Enamel, with Special Regard to the Organic Basis for the So-called Tufts and Schreiger Bands, ibid., 28:549, 1949.
13.
-. The Organic Elements of the Enamel. III. The Pattern of the Organic Formation in the Region of the Neo-natal and Other Incremental Lines of the Enamel, ibid., p. 558.
14.
Scott, D.B.The Electron Microscopy of Enamel and Dentin, Recent Advances in the Study of the Structure, Composition, and Growth of Mineralized Tissues, Ann. N.Y. Acad. Sci., 60:575, 1955.
15.
Scott, D.B. , and Nylen, M.U.Changing Concepts in Dental Histology: The Metabolism of Oral Tissues, Ann. N.Y. Acad. Sci., 85:133, 1960.
16.
Levy, B.L.Personal communication, April 22, 1960.
17.
Fleming, H.S. , and Greenfield, V.S.Changes in the Teeth and Jaws of Neonatal Webster Mice after Administration of NaF and CaF2 to the Female Parent during Gestation, J. D. Res., 33 :780, 1954.
18.
Ingalls, T.H.Biologic Implications of Mongolism. In The Biology of Mental Health and Disease: 27th Annual Conference of the Milbank Memorial Fund, p. 389. New York: Paul Hoeber, Inc., 1952 .
19.
Fuhrman, F.A.Transport through Biologic Membranes, Am. Physiol. Soc. and Ann. Rev. Physiol ., ed. Victor E. Hall, 21:19, 1959.
20.
Hasting, A.B.The Electrolytes in Tissues. In The Harvey Lectures, 46:91. Lancaster, Pa.: Science Press Printing, 1940-41.
21.
Harris, E.J.Transport and Accumulation in Biological Systems, p. 56. New York: Academic Press, 1956.
22.
Robinson, J.R.Metabolism of Intracellular Water, Physiol. Rev., 40:112, 1960.
23.
Glynn, I.M.The Ionic Permeability of the Red Cell Membrane. In Progress in Biophysics and Biophysical Chemistry, ed. J. A. V. Butler and B. KATz, p. 241. New York : Pergamon Press, 1957.
24.
Siekevitz, P.Cell Structure and Metabolic Regulation of Cell Metabolism, ed. G. E. W. Wol-Stenholme and C. M. O'Connor, p. 17. Boston: Little, Brown & Co., 1959.
25.
Pauling, L., Corey, R.B., and Branson, H.R.Two Hydrogen-bonded Helical Configurations of the Polypeptide Chain, Proc . Nat. Acad. Sci., 37:205, 1951.
26.
Springall, H.D.The Structural Chemistry of Proteins, p. 59. New York: Academic Press, Inc., 1954.
27.
Sognnaes, R.F.Microstructure and Histochemical Structure of Mineralized Tissues, Ann. N.Y. Acad. Sci., 60:543, 1955.
28.
Fleming, H.S.Effect of Methylcholanthrene on Tooth Germ Transplants: Additional Studies, J. D. Res., 33:531, 1954.
29.
Daniels, F.Outlines in Physical Chemistry, p. 547. New York: John Wiley & Sons, Inc., 1948.
30.
Glimcher, M.J.Molecular Biology of Mineralized Tissues. In Biophysical Science-a Study Program, ed. J. L. Oncley, p. 359. New York: Review of Modern Physics and John Wiley & Sons, Inc., 1955.
31.
Schmitt, F.O.Interaction Properties of Elongated Macro-Molecules with Particular Reference to Collagen (Tropcollagen). In Biophysical Science-a Study Program, ed. J. L. Oncley , p. 349. New York: Review of Modern Physics and John Wiley & Sons, Inc., 1955.