Scanning electron microscope studies of exposed dentin revealed superficial surface accumulations and intratubular changes.
Get full access to this article
View all access options for this article.
References
1.
Bödecker, C.F. , and Applebaum, E.: Metabolism of the Dentin, Its Relation to Dental Caries and to the Treatment of Sensitive Teeth, Dent Cosmos73:995-1009, 1931.
2.
Beust, T.B.: Posteruptive Changes in the Maturation of Teeth, JADA18:2186-2192, 1931.
3.
VAN Huysen, G.; Hodge, H.C.; and Warren, S.L.: A Quantitative Roentgenodensitometric Study of the Changes in Teeth, Due to Attrition, J Dent Res16: 243-265, 1937.
4.
Bödecker, C.F. : Cavity Preparation Based on Histologic and Biologic Principles, JADA28:540-547, 1941.
5.
Lefkowitz, W. : The "Vitality" of the Calcified Dental Tissues: V. Protective Metamorphosis of the Dentin, J Dent Res21:423-428, 1942.
6.
Thomas, B.O.A. : Protective Metamorphosis of the Dentin. Its Relationship to Pain, JADA31:459-463, 1944.
7.
Ellison, S.A., and Halpert, W.: Chemical Changes in the Dentine Following Ageing and Peripheral Irritation , J Dent Res26:79-82, 1947.
8.
Nalbandian, J.; Gonzales, F.; and Sognnaes, R.F.: Sclerotic Age Changes in Root Dentin of Human Teeth as Observed by Optical, Electron, and X-Ray Microscopy, J Dent Res39:598-607, 1960.
9.
Isokawa, S.; Satomura, I.; Misu, T.; Hasegawa, T.; and Honda, H.: Some Historadiographs of Human Dentin Structures, J Nihon Univ Sch Dent8:191-197, 1966.
10.
Beust, T.B.: Physiologic Changes in the Dentin, J Dent Res11:267-275, 1931.
11.
Beust, T.B.: Reactions of the Dentinal Fibers to External Irritation, JADA18: 1060-1073, 1931.
12.
Selvig, K.A. : Effect of Fluoride on the Acid Solubility of Human Dentine, Arch Oral Biol13:1297-1310, 1968.
13.
Isokawa, S. ; Toda, Y.; Ajisaka, M.; Inoue, Y.; Saito, T.; and Tsuchida, S.: Scanning Electron Microscopic Observation of the Peritubular Zone in Dentin Sclerosis, J Nihon Univ Sch Dent12: 105-111, 1970.
14.
Takuma, S., and Kurahashi, Y.: Electron Microscopy of Various Zones in a Carious Lesion in Human Dentin, Arch Oral Biol7:439-453, 1962.
15.
Beust, T.B. : Resistance to Caries, J Dent Res11:619-632, 1931.
16.
Blake, G.C. : An Experimental Investigation into the Permeability of Enamel and Dentine with Reference to Its Relation to Dental Caries, Proc R Soc Med51:678-682, 1958.
17.
Frank, R.M. : Electron Microscopy of Undecalcified Sections of Human Adult Dentine , Arch Oral Biol1:29-32, 1959.
18.
Sarnat, B., and Massler, M.: Microstructure of Active and Arrested Dentinal Caries, J Dent Res44:1389-1401, 1965.
19.
Mikami, K.: Historadiographic and Scanning Electron Microscopic Studies of a Human Dentin Caries Cone, Especially Its Transparent Zone, Nihon Univ Dent J45:414-421, 1971 (Japanese).
20.
Harcourt, J.K. : Further Observations on the Peritubular Translucent Zone in Human Dentine, Aust Dent J9:387-392, 1964.
21.
Toda, Y.; Tsuruoka, Y.; Wada, N.; Tsubouchi, M.; Hasegawa, T.; and Nishihara, T.: Historadiography of Exposed Dentinal Tubules of Human Dentin, Nihon Univ Dent J40:541-547, 1966 (Japanese).
22.
Shroff, F.R. ; Williamson, K.I.; and Bertaud, W.S.: Electron Microscope Studies of Dentine, the True Nature of the Dentinal Canals, Oral Surg7:662-670, 1954.
23.
Shroff, F.R. ; Williamson, K.I.; Bertaud, W.S.; and Hall, D.M.: Further Electron Microscope Studies of Dentine. The Nature of the Odontoblast Process, Oral Surg9:432-443, 1956.
24.
Manly, R.S. : A Structureless Recurrent Deposit on Teeth , J Dent Res22:429-486, 1943.
25.
Wertheim, F.W. , and Fullmer, H.M.: Morphologic and Histochemical Observations on the Human Dental Cuticle, J Periodontol33:29-39, 1962.
