SYNOPSIS IN INTERLINGUA UN QUANTITATIVE STUDIO MICRORADIOGRAPHIC DE INCIPIENTE CARIE ADAMANTIN.—Le strato superficial del cariose adamante studiate habeva perdite approximativemente 8 pro cento de su sales mineral. Le valor medie del spissitate del strato superficial esseva 40 μ, e le valor medie de su contento mineral esseva 82,7 pro cento a base del volumine. Le dismineralisation subsuperficial monstrava marcate variationes. Le contento mineral le plus basse esseva 28,9 pro cento a base del volumine, e iste alte grado de dismineralisation esseva trovate in un lesion de un profundor de 300 μ sin ruptura del superficie.
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References
1.
Thewlis, J.The Structure of Teeth as Shown by X-ray Examination, Medical Research Council, Special Report Series, No. 238, London, 1940.
2.
Angmar, B., Carlström, D., and Glas, J.E.Studies on the Ultrastructure of Dental Enamel. IV. The Mineralization of Normal Human Enamel, J. ultrastr. Res., 8:12-23, 1963.
3.
Newbrun, E., Brudevold, F., and Mermagen, H.A.Microroentgenographic Investigation of Demineralized Enamel, Comparing Natural and Artificial Lesions, Oral Surg., 12:576-84, 1959.
4.
Soni, N.N. , and Brudevold, F.Microradiographic and Polarized-light Studies of Initial Carious Lesions, J. dent. Res., 38:1187-94, 1959.
5.
Soni, N.N. , and Brudevold, F.Microradiographic and Polarized-light Studies of Artificially Produced Lesions, J. dent. Res., 39:233-40, 1960.
6.
Soni, N.N. , Silberkweit, M., and Parrish, B.A.A Microradiographic-microphotometric and Polarized-light Study of the Demineralization Pattern in Carious Lesions, Oral Surg., 20:321-29, 1965.
7.
Ericsson, S.G.Quantitative Microradiography of Cementum and Abraded Dentine, Acta radiol. (Stockh.), Suppl. 246, 1965.
8.
Little, M.F. , Posen, J., and Singer, L.Chemical and Physical Properties of Altered and Sound Enamel, J. dent. Res., 41:784-89, 1962.
9.
Savory, A., and Brudevold, F.The Distribution of Nitrogen in Human Enamel, J. dent. Res. , 38:436-42, 1959.
10.
Frank, R.M.The Ultrastructure of Caries-Resistant Teeth. In Caries-Resistant Teeth, ed. G. E. W. Wolstenholme and M. O'CoNnor, Ciba Foundation Symposium, London, J. & A. Churchill, Ltd., 1965, pp. 159-78.
11.
Coolidge, T.B. , and Jacobs, M.H.Enamel Carbonate in Caries, J. dent. Res., 36:765-68, 1957.
12.
Little, M.F. , and Brudevold, F.A Study of Inorganic Carbon Dioxide in Intact Human Enamel, J. dent. Res., 37:991-1000, 1958.
13.
Kostlan, J.Translucent Zones in the Central Part of the Carious Lesion of Enamel, Brit. dent. J., 113: 244-48, 1962.
14.
Bergman, G.Combined Microradiographic and Autoradiographic Investigations on Carious Teeth, J. dent. Belge, 50:75-85, 1959.
15.
Darling, A.I.The Selective Attack of Caries on the Dental Enamel, Ann. roy. Coll. Surg. Engl., 29 :354-69, 1961.
16.
Schatz, A., and Martin, J.J.The Proteolysis-Chelation Theory of Dental Caries, J. Amer. dent. Ass., 65:368-74, 1962.
17.
Darling, A.I. , Mortimer, K.V., POOLE, D. F. G. and OLLIS. W. D. Molecular Sieve Behaviour of Normal and Carious Human Dental Enamel, Arch. oral Biol., 5:251-73, 1961.
18.
Carlström, D.Polarization Microscopy of Dental Enamel with Reference to Incipient Carious Lesions. In Advances in Oral Biology, ed. P. H. Staple, New York, London, Academic Press , 1964.
