A Study of Blood and Saliva in Relation To Immunity and Susceptibility To Dental Caries

Bödecker, Charles F. 1929. A new theory of the cause of dental caries. Dental Cosmos, lxxi, p. 586.

Broderick, F.W. 1927 The etiology of dental caries and pyorrhea. British Dental Journal, xlviii, p. 317.

Bunting, Russell W. , AND Rickert, U.G. 1915. Dental caries . Journal of the National Dental Association, ii, p. 247.

Clark, E.P. , AND Collip, J.B. 1925 A study of the Tisdall method for the determination of blood-serum calcium with a suggested modification . Journal of Biological Chemistry, lxiii, p. 461.

Cullen, Glenn E. 1922 Studies of acidosis. XIX. The colorimetric determination of the hydrogen-ion concentration of blood plasma. Ibid., lii, p. 501.

Earle, I.P. , AND Cullen, Glenn E. 1929 Studies of the acid-base condition of blood. I. Normal variation in pH and carbon dioxide content of blood sera. Ibid., lxxxiii, p. 539.

Entin, D.H. , AND Stark, B.M. Beitrage zur Cariesforschung . 1928. Deutsche Monatsschrift für Zahnheilkunde , xlvi, p. 1201.

Entin, D.A. 1929 Zur physikalisch-chemischen Theorie der Karies. Zeitschrift für Stomatologie, xxvii, p. 239.

Gies, William J. , AND Whiteford, G.H. 1914 Biochemical studies of saliva and teeth. Journal of the Allied Dental Societies, ix, p. 345.

Greenberg, David M. 1929. The colorimetric determination of the serum proteins. Journal of Biological Chemistry, lxxxii, p. 545.

Hastings, A. Baird , AND Sendroy , Julius, JR. 1924 Studies of acidosis. XX. The colorimetric determination of blood pH at body temperature without buffer standards. Ibid., lxi, p. 695.

Hawkins, Harold F. 1931 A rational technique for the control of caries and systemic pyorrhea. Journal of Dental Research, xi, p. 201.

Horton, Kathleen , Marrack, John , AND Price, Ivor. 1929 The relation of calcium in the saliva to dental caries. Biochemical Journal, xxiii, p. 1075.

Jones, Martha R. , Larsen, Nils P. , AND Pritchard , George P. 1930 Dental disease in Hawaii. IV. The acid-base balance of the blood in relation to dental decay and alveolar atrophy. Dental Cosmos, lxxii, p. 797.

Kramer, Benjamin , AND Tisdall, Frederick F. 1921. A simple technique for the determination of calcium and magnesium in small amounts of serum. Journal of Biological Chemistry, xlvii, p. 475.

Krasnow, Frances , Karshan, Maxwell , AND Krejci , Laura E. 1931 Methods for the determination of calcium and phosphorus in saliva . (In press.)

Leonard, Harold J. 1928. The causes of variations in salivary calcium; their relation to susceptibility and immunity to dental caries. Journal of the American Dental Association, xv, p. 1530.

Marshall, John A. 1915 The neutralizing power of saliva in its relation to dental caries. American Journal of Physiology, xxxvi, p. 260.

Shepard, L.A. , AND Gies, William J. 1916 On the validity of Marshall's "salivary factor" for the biochemical determination of susceptibility to, or immunity from, dental caries. Journal of the Allied Dental Societies, xi, p. 275.

Spencer-Payne, A.L.L. 1924 Saliva-Its protective action upon the teeth. British Dental Journal, xlv, p. 1637.

Tisdall, Frederick F. 1922 A rapid colorimetric method for the quantitative determination of the inorganic phosphorus in small amounts of serum. Journal of Biological Chemistry, 1, p. 329.

Van Slyke, Donald D. , AND Neill , James M. 1924 The determination of gases in blood and other solutions by vacuum extraction and manometric measurement. Ibid., lxi, p. 523.

Van Slyke. Donald D. 1921 Studies of acidosis. XVII. The normal and abnormal variations in the acid-base balance of the blood . Ibid., xlviii, p. 153.