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Fluoride Intake by the Duplicate-Diet Technique and urinary excretion in Korean Children Aged 3-6 Years

Fluoride Intake by the Duplicate-Diet Technique and Urinary Excretion in Korean Children Aged 3-6 Years

Young Lim Kho|Se Hwan Jung|Deuk Sang Ma|Jae In Ryu|Jung Hee Hwang
한국환경보건학회 (Korean Society of Environmental Health)|2005.12|한국환경보건학회지 (JOURNAL OF ENVIRONMENTAL HEALTH SCIENCES)|제31권 제6호|pp. 475-482

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Abstract

:This study aimed to determine the fluoride intakes in 120 preschool children aged 3 to 6 residing in Jumunjin (community water fluoridation area) and Gangneung (non-fluoridation area). The parents were asked to collect 24-hour urine samples and to duplicate the samples of all the diets that their children ingested in the day of urine collection. The acid-diffusible fluoride in the food and non-carbonate beverages were isolated by the acid-diffusion technique and then measured with a fluoride electrode. The fluoride in carbonate beverages, drinking waters and urine samples were measured directly with a fluoride electrode. The geometric mean (geometric standard deviation) of daily fluoride intakes from all kinds of diet was 5.99 (2.27) g/kg /day in the children in Gangneung and that of the children in Jumunjin was 18.36 (2.69). The amount of fluoride intake by food and drinking water in fluoridation area were significantly larger than that in non-fluoridation area but the statistical difference of fluoride intake by beverages between two areas was not observed. The GMs (GSDs) of daily fluoride excretion by urine of children in non-fluoridation area and in fluoridation area were 8.39 (1.73) and 18.62 (1.77) g/kg/day, respectively. The correlation between fluoride intake from diet excluding beverage and urinary excretion was statistically significant. It is concluded that the amount of fluoride intake of children living in fluoridation area did not exceed the upper intake level to avoid the risk of dental fluorosis (2.2 mg/day in 4- to 8-year-olds) and urinary excretion of fluoride was good indicator of fluoride intake from diets.

참고문헌 (26)

  1. "Fluoride Intake in Japanese Children Aged 3-5 Years by the Duplicate-Diet Technique. Caries Research", 36, pp.386~390 (2002)
  2. "Commentary o and recommendations for the proper uses of fluoride. J. Public Health Denistry", 55(1), pp.57~61 (1995)
  3. "Determination of fluorine in biological materials", pp.87~91 (1994)
  4. "The changing patterns of systemic fluoride intake. J. Dental Research", pp.71 1992~, 1228-1237
  5. "Separation of fluoride by rapid diffusion using Hexamethyldisiloxane. Talanta", pp.15 1968~, 969-974
  6. "Effect of interfering ions on hexamethyldisiloxane microdiffusion method. Talanta", 44, pp.1729~1733 (1997)
  7. "Microdiffusion and fluoride-specific electrode determination of fluoride in infant food Collaborative study. J. Association of Official Analytical Chemists", pp.1021~1026 (1981)
  8. "Difference in methylmercury exposure to fetus and breast-feeding offspring", 31(3), pp.179~186 (2005)
  9. "Impact of Dissolved Wastewater Constituents of Laccase-Catalyzed Treatment of Bisphenol A. Korean J. Environmental Health", 30(2), pp.161~166 (2004)
  10. "Effects of chemical treatments on the reduction of aflatoxin content in corn. Korean J. Environmental Health", 29(5), pp.126~132 (2003)
  11. "Department of Health and Human Services Review of Fluoride Benefits and Risks. 5" (1991)
  12. "Evaluation of analytical methods for fluorine in biological and related materials. J. Dental Research", pp.514~521 (1990)
  13. "Fluoride in the urine and nails of phosphate fertilizer workers. British J. Industrial Medicine", czar(wski), pp.349~351 (1990)
  14. "Physiological indicators of fluoride exposure and utilixation", 13, pp.104~107 (1985)
  15. "The fluoride content of food and beverages from negligibly and optimally fluoridated communities. Community Dent Oral Epidemiol", 30, pp.382~391 (2002)
  16. "Fluoride intake from food beverages and dentifrice by young children in communities with negligibly and optimally fluoridated water", 27(4), pp.288~297 (1999)
  17. "Microdiffusion and fluoride-specific electrode determination of fluoride in food. Assoc Off Anal Chem", pp.1065~9 (1979)
  18. "Comparison of fluoride ion-selective electrode based potentiometric methods of fluoride determination in human urine. Bulletin of Environmental Contamination and Toxicology", 64, pp.794~803 (2000)
  19. "Total fluoride intake in children aged 22-35 months in four Colombian cities. Community Dent Oral Epidemiol", 33(1), pp.1~8 (2005)
  20. "A study on the fluoride concentrations within drinking water fingernail and toenail of children between the fluoridated and nonfluoridated community. School of Public Health" (2001), Seoul National University
  21. "Determination of fluoride in infant food and calculation of fluoride intakes by infants. Canadian J. Public Health"
  22. "Fluoride intake of infants in New Zealand. J. Dent Res" (1828)
  23. "Analysis of fingernails and urine as biomarkers of fluoride exposure from dentifrice and varnish in 4- to 7-year-old children. Caries Research", 39(5), pp.363~370 (2005)
  24. "Fluoride intake from dentifrice and different constituents of the diet by 2- to 3-year-old children", 39(4), pp.313~314 (2005)
  25. "Urinary fluoride excretion by preschool children in six European countries. Community Dent Oral Epidemiol", 31, pp.1 62~68 (2004)
  26. "Total fluoride intake and urinary excretion in German Children aged 3-6 years. Caries Research", 35, pp.451~457 (2001)

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