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1 midazolides, -morpholidates, -azidates, and -fluoridates).
2 ghted by its use for the rapid entry to beta-fluoridated amine-containing pharmaceuticals, natural pr
3 g caries, but only 62% of water supplies are fluoridated, and lack of fluoridation may disproportiona
4 the upper anterior teeth was 7 to 10% in the fluoridated area and 5 to 9% in the nonfluoridated area.
5  for osteosarcoma and ever having lived in a fluoridated area for nonbottled water drinkers was 0.51
6 osure (e.g., use of fluoride toothpaste in a fluoridated area) are additive.
7                                       In the fluoridated area, the occurrence of fluorosis increased
8 he typical levels for most US adolescents in fluoridated areas do not have significant effects on bon
9 old lifelong residents of fluoridated or non-fluoridated areas.
10 eas with fluoridated water compared with non-fluoridated areas.
11 sk factors for enamel fluorosis in optimally fluoridated children, born after the US infant formula i
12                       Early life exposure to fluoridated drinking water attenuated the potential cari
13   Low dose fluoride, such as that present in fluoridated drinking water, did not induce ER stress.
14 mode of sorption is through the formation of fluoridated-HA or fluorapatite at low F(-) levels and fl
15 uoridated hard and soft waters, artificially fluoridated hard and soft waters, and a reference water.
16 t time, following the ingestion of naturally fluoridated hard and soft waters, artificially fluoridat
17  artificially fluoridated soft, artificially fluoridated hard, and reference waters, respectively, wi
18 1) for naturally fluoridated soft, naturally fluoridated hard, artificially fluoridated soft, artific
19  The results of this study indicate that the fluoridated hydrogen peroxide-based mouthrinse effective
20 rial was performed to test the efficacy of a fluoridated hydrogen peroxide-based mouthrinse on gingiv
21 closely simulated experiment, reactions from fluoridated monomers and monofluoridated dimers were cal
22  seven- to 14-year-old lifelong residents of fluoridated or non-fluoridated areas.
23                                  Durham, NC, fluoridated since 1962, had an 11-month cessation of flu
24 ft, naturally fluoridated hard, artificially fluoridated soft, artificially fluoridated hard, and ref
25 1566, and 1328 ng F.min.mL(-1) for naturally fluoridated soft, naturally fluoridated hard, artificial
26 of XPS and NanoSIMS analyses indicate that a fluoridated surface layer with a thickness of several na
27                  Percent lifetime exposed to fluoridated water (%LEFW) from birth to the age 5 y was
28 ncome), as well as state- (percent receiving fluoridated water and dentist-to-population ratio) and i
29 oncentrations commonly found in artificially fluoridated water and in fluorosis endemic areas-is asso
30 levels much higher than that in artificially fluoridated water and reinforce the safety of exposure t
31  reported no association between exposure to fluoridated water and the SDQ and BRIEF scores.
32 f adolescents and young adults in areas with fluoridated water compared with non-fluoridated areas.
33  to estimate percentage lifetime exposure to fluoridated water during the first 5 y of life (%LEFW).
34                                  Exposure to fluoridated water during the first 5 y of life was not a
35  between breastfeeding duration and usage of fluoridated water on caries experience has not been inve
36 o the optimum fluoride level of artificially fluoridated water was not associated with cognitive impa
37  in 62.4% of the population having access to fluoridated water.
38 centage of each person's lifetime exposed to fluoridated water.