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Revista ADM Órgano Oficial de la Asociación Dental Mexicana

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Órgano Oficial de la Asociación Dental Mexicana
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2005, Number 6

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Rev ADM 2005; 62 (6)

Dental fluorosis: Metabolism, distribution and fluoride absorption

Rivas GJ, Huerta VL
Full text How to cite this article

Language: Spanish
References: 17
Page: 225-229
PDF size: 49.56 Kb.


Key words:

Fluorine, fluorosis.

ABSTRACT

Commonly dental fluorosis has been considered as the only pathology that can produce the excess of fluor in human beings. Recent studies have proved the opposite, as it effects dental structures, we can also see them effected in different grades the next systems: osseous, digestive, reproductive, urinarius, immunological, endocrine and central nervous system producing genotoxical and carcinogenic effects. That is why it is fundamental to widely know all the absortion process and deposit of this mineral inside the organism, to understand in a broader way the involvement of other organism systems. Also it is important to valve the actions made concerning defluorization of water for human intake, high costs of such process, which normally result to be the justification for not fulfilling these processes.


REFERENCES

  1. Bordoni N, Squassi A. Odontología preventiva, submódulo 1. Edit. Organización Panamericana de la Salud, México, 1992: 6-46.

  2. Holding A, Odelius H, Petersson L, Shuthof J, Arends J. Fluorine levels in vitro remineralized enamel after treatment with 1,000 ppm as NaF, MFP or mixed solutions. J Dent Res 1985; 93(4): 315-9.

  3. Subcommittee on health effects of ingested fluoride. Health effects of ingested fluoride, National Academy Press, Washington, D.C. 1993: 6-11.

  4. Williams R, Elliot JC. Bioquímica dental básica y aplicada. Cap. 15 y 16, Ed Manual Moderno, México, 1989: 322-326, 350.

  5. Ekstrada J, Fomon SJ, Ziegler EE, Nelson SE. Fluoride pharmacokinetics in infancy. Pediatr Res 1994; 35(2): 157-163.

  6. Nikiforuk G. Understanding dental caries. Prevention, basic anticlinical aspect, 1985; 6(II): 13-14.

  7. Williams R, Elliot JC. Bioquímica dental básica y aplicada. Cap. 15 y 16, Edit. Manual Moderno, México, 1989: 350.

  8. Williams R, Elliot JC. Bioquímica dental básica y aplicada. Cap. 15 y 16, Edit. Manual Moderno, México, 1989: 350.

  9. Menaker L. Bases biológicas de la caries dental. Ed. Salvat. México, 1986: 76.

  10. Silvertone LM, Jonson NN, Hardie JM, Williams R. Caries dental: etiología, patología y prevención. Ed. Manual Moderno, México, 1985: 207-225.

  11. Bordoni N, Squassi A. Odontología preventiva, submódulo 1, Edit. Organización Panamericana de la Salud, México, 1992: 26-28.

  12. Nikiforuk G. Understanding dental caries. Prevention, basic anticlinical aspect. 1985; 6(II): 19.

  13. Silvertone LM, Jonson NN, Hardie JM, Williams R. Caries dental: etiología, patología y prevención. Ed. Manual Moderno, México, 1985: 207-210.

  14. Menaker L. Bases biológicas de la caries dental. Ed. Salvat. México, 1986: 76.

  15. Li Y. Fluoride: Safety issues. J Indiana Dent Assoc 1993; 72(3): 22.

  16. Silvertone LM, Jonson NN, Hardie JM, Williams R. Caries dental: etiología, patología y prevención. Ed. Manual Moderno, México, 1985: 207-210.

  17. Franz JM. Fluoruración del agua potable. Ed. Limusa-Wiley, México, 1971: 227-231.




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Rev ADM. 2005;62