The present study investigated the effect of chronic exercise on fluoride (F) metabolism in
fluorosis-susceptible mice exposed to high-F and explored the relationship between F …

Fluorosis is a public health concern in 25 countries around the globe. The present study is
about the mitigation of fluoride (F) toxicity by giving F-free water (FFW) and calcium (Ca). A …

Regardless of the circumstantial evidences on the involvement of fluoride on the etiology
and pathogenesis of fluorosis, several lines of evidences strongly indicate the influence of …

An understanding of all aspects of fluoride metabolism is critical to identify its biological
effects and avoid fluoride toxicity in humans. Fluoride metabolism and subsequently its body …

Fluorine is widely present in nature in the form of fluoride. Prolonged high-dose fluoride
exposure can cause skeletal fluorosis, resulting in osteosclerosis, osteoporosis or …

Fluorosis may be identified in skeletal materials from ancient civilizations by macroscopic
signs in teeth and bone and hard tissue fluoride levels. In the present study, human teeth …

As part of a two-stage investigation, adult male Wistar rats were exposed to above-normal
fluoride intake for 6 months: a) to HF by inhalation for 2 hr/day at a concentration of 8.7±5.7 …

Long-term excessive intake of fluoride (F) could lead to chronic fluorosis. To explore the
underlying molecular mechanisms, present study is designed to elucidate the effect of …

Fluoride increases metabolic turnover of the bone in favour of bone formation. Excessive
intake of fluoride may lead to pathological changes in teeth and bones: dental and skeletal …

Due to the implementation of water improvement and fluoride reduction plans supported by
central and local governments in recent years, areas with high fluoride exposure are being …