Heavy metal (HM)‐induced toxicity and its associated complications have become a major
issue in the medical world. HMs are not biodegradable, enter into the food chain, and gets …

The volume of industrial and domestic wastewater is increasing significantly year by year
with the change in the lifestyle based on mass consumption and mass disposal brought …

In clinical medicine, increasing attention is being directed towards the important areas of
nutritional biochemistry and toxicant bioaccumulation as they relate to human health and …

Iron (Fe) is a common trace element in drinking water. However, little is known about how
environmental concentrations of Fe affect the metabolism and toxicity of arsenic (As) in …

Elevated arsenic (As) in groundwater poses a great threat to human health. Coagulation
using mono-and poly-Fe salts is becoming one of the most cost-effective processes for …

Health risk of arsenic (As) has received increasing attention. Acute and chronic exposure to
As could cause several detrimental effects on human health. As toxicity is closely related to …

The effect of calcium on arsenate removal by electrocoagulation with aluminum electrode
was investigated in this study. The addition of calcium salt dramatically improved the …

Aluminum–air fuel cell electrocoagulation was evaluated for arsenate removal during power
production. Effects of operational parameters (type and concentration of individual and …

High concentrations of arsenic (As) in groundwater pose a great threat to human health. The
motivation of this study was to provide a practical solution for As-safe water in As geogenic …

Arsenic (As) exposure in humans is primarily caused through food and drinking water. Iron
(Fe) is one of the most common element of the human and can influence the toxicity and …