Abstract
No significant differences in protein-bound iodine levels and thyroid gland abnormalities were found when two population groups, one group of 106 persons who used water that naturally contained fluorides (3.48 ppm) and one control group of 109 persons who used essentially fluoride-free water, were compared. All subjects has been residents of their respective communities for more than ten years. There were no indications that prolonged ingestion of fluoride affects thyroid gland size or function at the levels studied.
*Study available at https://jada.ada.org/article/S0002-8177(64)92014-8/pdf
-
-
Fluoride occurrences, health problems, detection, and remediation methods for drinking water: A comprehensive review.
Highlights In this review, occurrence of fluoride ion has been highlighted with its worldwide and national scenario. The effect of fluoride ions in the environment, as well as the human body, was elaborated. Fluoride detection technologies with special reference to Sensor based technologies Removal techniques were discussed including process
-
Review of the Bartlett-Cameron survey: a ten year fluoride study.
Analysis of the data produced the following conclusions: 1. As was expected, dental fluorosis was significantly greater in Bartlett than in Cameron (all of the participants born and in continuous residence in Bartlett during the tooth formative period exhibited positive evidence of dental fluorosis). 2. The incidence of cardiovascular disease was higher
-
[Iodized-fluoridized salt for the prevention of goiter and caries].
No abstract available
-
Functional state of thyroid under extended exposure to fluorides
The issue of specific effect of fluorine on the thyroid in humans remains debatable. There is no doubt, however, that cases of experimental fluorosis are characterized by specific toxicity of fluorine to the thyroid. The hypoactivity of thyroid epithelium is observed, the destructive changes in the follicular cells increasing with the
-
Sex-specific effects of fluoride and lead on thyroid endocrine function in zebrafish (Danio rerio).
Fluoride (F) and lead (Pb) are widespread pollutants in the environment. F and Pb affect the thyroid endocrine system, but the mechanism of action between F and Pb is still unclear. In this study, in order to evaluate the effects of F or/and Pb on histopathological changes, antioxidant indices, the levels of
Related Studies :
-
-
-
Mikhailets (1996): Functional state of thyroid under extended exposure to fluorides
Abnormalities in the thyroid function characterized by a decreased iodine absorption function of the thyroid, a low level T3 syndrome, and a slight increase of the TSH level are observed in cases of chronic fluorine intoxication in the industrial workers.
-
Fluoride's Impact on Thyroid Hormones
Up through the 1950s, doctors in Europe and South America prescribed fluoride for this purpose in patients with hyperthyroidism. (Merck Index 1968). Fluoride was selected as a thyroid suppressant based on findings dating back to the mid-19th century that fluoride is a goitrogen (a substance that can cause goiter). When used as
-
Fluoride Aggravates Thyroid Damage Caused by Excess Iodine Intake
Chinese researchers have found that the combination of excess fluoride with excess iodine caused greater reductions in IQ, or greater increases in goitre than either scenario by itself.
-
Fluoride Exposure Aggravates the Impact of Iodine Deficiency
A consistent body of animal and human research shows that fluoride exposure worsens the impact of an iodine deficiency. Iodine is the basic building block of the T3 and T4 hormones and thus an adequate iodine intake is essential for the proper functioning of the thyroid gland. When iodine intake is inadequate during infancy and
-
NRC (2006): Fluoride's Impact on the Thyroid Gland
Several lines of information indicate an effect of fluoride exposure on thyroid function. It is difficult to predict exactly what effects on thyroid function are likely at what concentration of fluoride exposure and under what circumstances.
Related FAN Content :
-