Aluminum, a metal without redox capacity in biological systems, potentiates the stimulation
of lipid peroxidation induced by Fe2+. In this study the interactions between aluminum and …

We have developed a rat model to investigate the relationship between aluminum exposure
and aluminum accumulation, and with oxidative damage in brain tissues. Intraperitoneal …

The mechanisms by which aluminum interacts with the nervous system are only partly
understood. In this study, we used cultured astrocytes and neurons to investigate the effects …

Aluminum (Al) is a neurotoxicant agent implicated in several behavioral, neuropathological
and neurochemical changes associated with cognitive impairments. Nevertheless …

Aluminum is an environmentally abundant potential neurotoxic agent that may result in
oxidative damage to a range of cellular biomarkers. The potential sources of aluminum …

The in vitro effects of aluminum (A1) on lipid peroxidation were studied in mouse brain
homogenates and purified brain subcellular fractions. In brain homogenates prepared in 5 …

For four decades the controversial question concerning a possible role for aluminum
neurotoxicity in contributing to the pathogenesis of Alzheimer's disease has been debated …

Aluminum is present in everyday life in several ways since it has high strength, ductility, and
ability to conduct energy and heat. This metal is the third most abundant in the earth's crust …

Aluminum (Al) compounds are neurotoxic and have been shown to induce experimental
neurodegeneration although the mechanism of this effect is unclear. In order to study this …

Aluminum is present in many manufactured foods and medicines and is added to drinking
water for purification purposes. It has been proposed that aluminum is a contributing factors …