The effects of some clinical procedures on the fluid contents of the dentin and pulp were studied in vitro. The method involved measurement of the movement of the meniscus in a tube and glass capillary filled with physiologic saline solution and attached to the root pulp of the extracted tooth. Drilling was found to produce expansion and an outward movement of fluid from the apex to the tooth.
Get full access to this article
View all access options for this article.
References
1.
Brännström, M.: Sensitivity of Dentin, Oral Surg21:517-526, 1966.
2.
Beveridge, E.E. , and Brown, A.C.: The Measurement of Human Dental Intrapulpal Pressure and Its Response to Clinical Variables, Oral Surg19:655-668, 1965.
3.
Atkinson, H.F. : An Investigation into the Permeability of Enamel Using Osmotic Methods, Brit Dent J83:205-214, 1947.
4.
Bergman, G., and Siljestrand, B.: Water Evaporation In Vitro from Human Dental Enamel, Arch Oral Biol8:37-38, 1963.
5.
Brännström, M., Lindén, L.A., and As-Tröm, A.: The Hydrodynamics of the Dental Tubule and of Pulp Fluid: Its Significance in Relation to Dentinal Sensitivity, Caries Res1:310-317. 1967.
6.
Lindén, L.A. , and Brännström, M.: Fluid Movements in Dentin and Pulp: An In Vitro Study of Flow Produced by Chemical Solutions on Exposed Dentin, Odont Revy18:227-236, 1967.