Abstract
Transplacental passage of fluorides was studied in 25 randomly selected neonates. Blood samples collected simultaneously from the mother and the umbilical cord showed that average fluoride concentration in the cord blood was 60% of that in mother’s blood. When concentration in the mother’s blood exceeded 0.4 ppm, the placenta acted as a selective barrier.
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Umbilical cord fluoride serum levels may not reflect fetal fluoride status.
OBJECTIVE: To evaluate the reliability of fluoride levels in the umbilical cord as reflecting neonate fluoride status. DESIGN: Prospective study of fluoride levels of pregnant women at term and their neonates. SETTING: Delivery room and maternity unite of Hadassah Hospital Mount Scopus. PATIENTS: Fluoride serum levels were determined in the sera of 20
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Studies on fluorosis in Mehsana District of North Gujarat.
A survey was conducted in eighteen fluoride endemic villages in Mehsana District of North Gujarat (India). The individuals afflicted with fluorosis were examined for apparent mottled teeth and skeletal complications. Samples of urine and blood of these individuals along with drinking water were collected and compared with samples obtained from
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Fluoride in whole saliva, parotid ductal saliva and plasma in children
The purpose was to investigate the relation between fluoride concentrations in whole saliva, parotid ductal saliva, and plasma in 5- to 10-year-old children (n = 17). Two stimulated whole-saliva samples were obtained from each child. Before the second sample was obtained, each child rinsed several times with a total of
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Linear regression approach for predicting fluoride concentrations in maternal serum, urine and cord blood of pregnant women consuming fluoride containing drinking water.
Purpose The most common source of fluoride is from drinking water. Research comparing fluoride levels in maternal and cord blood have proved that fluoride crosses the placenta. But these results have not been correlated with the source of fluoride. Objective Firstly, to assess and compare the fluoride concentrations in urine, serum and cord
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Skeletal fluorosis from instant tea
INTRODUCTION: Skeletal fluorosis (SF) can result from prolonged consumption of well water with >4 ppm fluoride ion (F(-); i.e., >4 mg/liter). Black and green teas can contain significant amounts of F(-). In 2005, SF caused by drinking 1-2 gallons of double-strength instant tea daily throughout adult life was reported in
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