The purpose of this experiment was to determine the distribution and chemical binding of 109Cd in the developing rat molar. The results indicated that cadmium was taken up into the inorganic fraction of molar teeth, and this may help elucidate the mechanism of caries promotion by cadmium.
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References
1.
Underwood, E.J. : Cadmium. In: Trace Elements in Human and Animal Nutrition, 4th ed., New York, NY: Academic Press, 1977 , pp. 243-257.
2.
Friberg, L. ; Piscator, M.; Nordberg, G.F.; and Kjellstrom , T.: Occurrence, Possible Routes of Exposure, and Daily Intake. In: Cadmium in the Environment , 2nd ed., Cleveland, OH: CRC Press , 1974, pp. 9-21.
3.
Shearer, T.R. ; Britton, J.L.; DeSart , D.J.; and Johnson, J.R.: Influence of Cadmium on Caries and the Cariostatic Properties of Fluoride in Rats, Arch Environ Hlth35 :176-180,1980.
4.
Curzon, M.E.J. and Crocker, D.C.: Relationships of Trace Elements in Human Tooth Enamel to Dental Caries, Arch Oral Biol23:647-653, 1978.
5.
Bawden, J.W. and Hammarstrom , L.E.: Distribution of Cadmium in Developing Teeth and Bone of Young Rats, Scand J Dent Res83:179-186, 1975.
6.
Bawden, J.W. and Deaton, T.G.: In vitro Study of Cadmium-109 Uptake by Rat Molar Enamel During the Secretory Stage of Formation, Arch Oral Biol25:785-790, 1980.
7.
Shearer, T.R. ; Johnson, J.R.; and DeSart , D.J.: Cadmium Gradient in Human and Bovine Enamel , J Dent Res59(6):1072, 1980.
8.
Jones, J.M.: Method for Establishing a Liquid Column of Graded Density, J Sci Instruments38:367-368, 1961.
9.
Rapid Gravity Determination of Solids by Means of a Differential Gravity Tube, Bulletin No. 40, Ink Company-Geo-liquids Division, 3127 W. Lake Street, Chicago, IL60612.
10.
Shearer, T.R. : Developmental and Post-developmental Uptake of Dietary Organic and Inorganic Selenium into the Molar Teeth of Rats, J Nutr105:338-347, 1975.