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Protein Characterization of Fluorosed Human Enamel
Journal of Dental Research, 1996Despite extensive investigation, the developmental mechanism or mechanisms resulting in dental fluorosis are unknown. Several hypotheses suggest abnormal matrix synthesis, secretion, and delayed and/or defective matrix degradation with retention of enamel protein. The purpose of this study was to characterize the protein composition of fluorosed human
J T, Wright +4 more
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Fluorose dentaire : diagnostic étiologique
Archives de Pédiatrie, 2005Resume La fluorose se definit par une alteration des tissus dentaires durs par surcharge en fluor. Cette affection est consecutive a un apport excessif de fluor chez l'enfant pendant l'organogenese des couronnes dentaires. Les instances medicales recommandent, dans un but de carioprotection, un apport total journalier d'agents fluores egal a 0,05 mg ...
R. Arbab Chirani, H. Foray
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The ultrastructure of fluorosed human dental enamel
European Journal of Oral Sciences, 1974abstract— More than 80 specimens of enamel from 20 ground sections of eight teeth showing severe dental fluorosis have been examined in the transmission electron microscope. The study has shown that the prisms have normal size and form, but are surrounded by large periprismatic gaps. The individual crystals commonly appear in cross sections as regular,
O, Fejerskov +2 more
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The histology of fluorosed teeth
Archives of Oral Biology, 1961Abstract Teeth from a high fluorine district were investigated by transmitted light, by polarized light, by dark-field illumination, by microradiography and by routine histology after decalcification. Large areas of hypo-mineralization were found in the enamel, the prisms followed an irregular course and the arcade-shape of the dentino-enamel ...
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Histological Features of Fluorosed Human Dental Enamel
Caries Research, 1975The present study describes the histological features of enamel in teeth showing either mild or severe fluorosis.
O, Fejerskov +3 more
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Myélopathie cervicale révélant une fluorose osseuse
Revue Neurologique, 2008Bone fluorosis is a rare metabolic disease characterized by massive bone fixation of fluorine. It is seen endemically around phosphate mines in North Africa. Neurologic complications, such as medullar compression may rarely reveal the disease. We report a case of cervical myelopathy due to bone fluorosis causing tetraparesis.
M. Younes +9 more
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