Гигиеническая оценка совместного действия дефицита йода и фтористого загрязнения на состояние щитовидной железы у детей
TL;DRAbstract
The content of fluorine in atmospheric air, in soil, and in system of centralized household-drinking water supply of city of Bratsk are studied, data of branch of Federal Budgetary Healthcare Institution «The Center of Hygiene and Epidemiology of Irkutsk Region» in Bratsk and region of Bratsk, data of Bratsk branch of state institution «Irkutsk CGMS P» are used. The assessment of prevalence of iodine deficiency of children in two ecologically various districts of city of Bratsk is given. Results of obtained data are turned into practical recommendations on prevention of iodine deficiency in conditions of industrial influence of fluorine. In chosen areas examination of children of preschool age is provided. The number of surveyed made 98 persons including 49 girls and 49 boys. Iodine and fluorine excretion with urine, and also content of fluorine in teeth were defined. Iodine in urine was determined with a spectrophotocolorimetry method. The content of fluorine in urine was determined b
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The content of fluorine in atmospheric air, in soil, and in system of centralized household-drinking water supply of city of Bratsk are studied, data of branch of Federal Budgetary Healthcare Institution «The Center of Hygiene and Epidemiology of Irkutsk Region» in Bratsk and region of Bratsk, data of Bratsk branch of state institution «Irkutsk CGMS P» are used. The assessment of prevalence of iodine deficiency of children in two ecologically various districts of city of Bratsk is given. Results of obtained data are turned into practical recommendations on prevention of iodine deficiency in conditions of industrial influence of fluorine. In chosen areas examination of children of preschool age is provided. The number of surveyed made 98 persons including 49 girls and 49 boys. Iodine and fluorine excretion with urine, and also content of fluorine in teeth were defined. Iodine in urine was determined with a spectrophotocolorimetry method. The content of fluorine in urine was determined b
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