Fluoride (F), one of the most toxic environmental and industrial pollutants, is known to exert
hepatotoxicity. The contribution of oxidative stress to the F tolerance of liver remains largely …

Fluoride compounds are naturally present in soil, water and food. The objective of this study
was to investigate the genotoxic and oxidative damage induced by chronic fluoride …

This study was designed to investigate the effects of excessive fluoride on spleen toxicity.
Twenty-four healthy female rats were randomly divided into two groups, each of 12 rats …

Fluoride induced hepatotoxicity has been extensively studied in both humans and animals.
However, the mechanism underlying in the hepatotoxicity of experimental fluorosis remains …

The mechanism underlying the toxicity of fluoride still remains unknown. To investigate the
effects of different doses of fluoride on blood and tissue oxidative stress and apoptosis, we …

Fluoride induces the overproduction of free radicals, which might in turn affect various
biochemical parameters. Therefore, the aim of this study was to elucidate the role of N …

Background Fluorosis is a slow and progressive process causing metabolic, functional and
structural damages affecting many tissues particularly musculoskeletal, dental systems …

Fluoride has been widely used in dentistry as a caries prophylactic agent. However, there
has been some speculation that excess fluoride could cause an impact on genome integrity …

Abstract Sixteen barrows (Duroc× Landrace× Yorkshire) were randomly divided into two
groups, each consisting eight pigs. The groups received the same basal diet supplemented …

Excessive fluoride (F) exposure can lead to liver damage; moreover, recent studies found
that the addition of appropriate calcium (Ca) can alleviate the symptom of skeletal fluorosis …