Abstract
THERE is at present great interest in the effects of fluoride on the skeletal and dental tissues, owing to its considerable beneficial effect on dental health1, its potential use in the treatment of bone disease2,3 and, somewhat paradoxically, its capacity to cause dental and skeletal fluorosis4,5.
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References
Hardwick, J. L., Br. dent. J., 119, 304–311 (1965).
Rich, C. and Ensinck, J., Nature, 191, 184–185 (1961).
Jowsey, J., Rigs, B. L., Kelly, P. J., and Hoffman, D. L., Am. J. Med., 53, 43–49 (1972).
Forrest, J. R., Br. dent. J., 119, 316–319 (1965).
Hodge, H. C., and Smith, F. A., in Fluorine Chemistry (edit. by Simons, J. H.), 786 (Academic, New York, 1965).
Jenkins, G. N., and Speirs, R. L., J. Physiol., Lond., 121, 21 (1953).
Brudevold, F., Gardener, D. E., and Smith, F. A., J. dent. Res.,, 35, 420–429 (1956).
Gedalia, I., Kfir, Y., and Azaz, B., J. dent. Res., 46, 1465–1468 (1967).
Wallace-Durbin, P., J. dent. Res., 33, 789–800 (1954).
Hammarström, L., Scand, J. dent. Res., 79, 369–376 (1971).
Jenkins, G. N., in Fluoride and Human Health, 210 (World Health Organization, Geneva, 1970).
Hodge, H. C., Proc. Nutr. Soc., 22, 111–117 (1963).
Weatherell, J. A., Robinson, C., and Hallsworth, A. S., in Tooth Enamel II (edit. by Fearnhead, R. W., and Stack, M. V.), 31–38 (Wright, Bristol, 1971).
Deutsch, D., Weatherell, J. A., and Hallsworth, A. S., J. dent. Res., 51, 1278 (1972).
Weatherell, J. A., in Mineral Metabolism in Paediatrics (edit. by Barltrop D., and Burland, W. L.), 53–70 (Blackwell, Oxford, 1969).
Jackson, D., and Weidmann, S. M., Brit. dent. J., 107, 303–306 (1959).
Gedalia, I., Rosenzweig, K. A., and Saden, A., J. dent. Res., 40, 865–869 (1961).
Robinson, C., Hiller, C. R., and Weatherell, J. A., Calc. Tiss. Res., 15, 143–152 (1974).
Weatherell, J. A., Hallsworth, A. S., and Robinson, C., Archs oral Biol., 18, 1175–1189 (1973).
Chen, P. S., Toribara, T. Y., and Warner, H., Analyt. Chem., 28, 1756–1758 (1956).
Gedalia, J., Garti, A., and Lewin-Epstein, J., Archs oral Biol., 12, 1485–1490 (1967).
Ericsson, Y., Gydell, K., and Hammarskiöld, T., Int. Res. Commun. System, Category 17, 1, No. 6 (August, 1973).
Weatherell, J. A., Deutsch, D., and Hallsworth, A. S., J. dent. Res., 52, 587 (1973).
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WEATHERELL, J., DEUTSCH, D., ROBINSON, C. et al. Fluoride concentrations in developing enamel. Nature 256, 230–232 (1975). https://doi.org/10.1038/256230a0
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DOI: https://doi.org/10.1038/256230a0
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