Fluorine, a toxic and reactive element, is widely prevalent throughout the environment and
can induce toxicity when absorbed into the body. This study was to explore the possible …

The present study was designed to investigate the role of postnatal fluoride intake on [3H]
glucose uptake and transport in rat brain and peripheral tissues. Sodium fluoride (NaF) in a …

Fluoride, a geochemical element, can damage the brain and result in dysfunction of the
central nervous system. In recent years, fluoride-induced neurotoxicity has become one of …

Excess fluoride intake has been linked with various pathological conditions. The objective of
the present study was to understand the role of fluoride in neurotoxic, neuroinflammatory …

It has been reported that fluoride exposure may cause serious public health problems,
particularly neurotoxicity. However, the underlying mechanisms remain unclear. This study …

Fluoride (F) is abundantly present on Earth and plays a beneficial role in human health.
However, exposure to high doses of F can be a risk, mainly in endemic fluorosis regions. In …

Fluoride (F) is known to affect mineralizing tissues, but effects upon the developing brain
have not been previously considered. This study in Sprague-Dawley rats compares …

Fluoride (F) exposure causes cognitive dysfunction in humans and animals. However, the
precise molecular mechanisms by which fluoride exerts its neurotoxic effects are poorly …

Fluoride is one of the major toxicants in the environment and is often found in drinking water
at higher concentrations. Living organisms including humans exposed to high fluoride levels …

Wistar albino rats were exposed to 30 or 100 ppm fluoride (as NaF) in drinking water during
their fetal, weanling, and post-weaning stages until the age of ten weeks. Rats exposed to …