Excessive sodium fluoride (NaF) intake interferes with reproductive function in humans and
animals; however, strategies to prevent these effects are still underexplored. Here, we …

Excessive long-term fluoride intake is associated with several health problems, including
infertility. However, limited information is available on the toxic effects of fluoride exposure …

Fluoride exerts detrimental effects on germ cells and increases the infertility rate in women.
Nevertheless, the precise mechanisms behind the developmental abnormalities caused by …

Excessive fluoride exposure is known to contribute to reproductive system dysfunction,
ultimately leading to pathological damage and apoptosis in cells. Although both oxidative …

The damage caused by fluorosis is permanent, and has been recognized as a public health
problem in a number of regions of the world. Although multiple studies provided evidence …

The present study was conducted to investigate the mechanisms of excessive-fluoride-
induced reduction of oocyte development potential in mice. The development morphology of …

Increasing evidence has suggested an important role played by reactive oxygen species
(ROS) in the pathogenesis of fluorosis. Accumulating evidence demonstrates that vitamin C …

Excessive fluoride (F) intake decreases the development of potential oocytes by inducing
oxidative stress and apoptosis in female mice in our previous study. This study aims to …

Chronic fluorosis has been widely investigated for its adverse effects on skeletal and
neurological health; however, its impact on reproductive health, especially in females …

The biological effects of fluoride on human health are often extensive, either beneficial or
detrimental. Among the various effects of fluoride exposure in different organs, the …