Acid mine drainage (AMD) causes serious environmental pollution owing to its high acidity,
toxic metal content, and sulfate content. This review describes the mechanism of formation …

Heavy metal pollution is insidious, long-term and irreversible, which seriously endangers the
environment and human health. Compared with physical and chemical remediation …

Bioleaching has been successfully used in commercial metal mining for decades. It uses
microbes to biosolubilize metal-containing inorganic compounds such as metal oxides and …

Globally, cyanobacterial blooms have become serious problems in eutrophic water. Most
previous studies have focused on environmental factors but have neglected the role of …

Acid mine drainage (AMD) is a pollutant with strong acidity and high concentration of metals,
metalloids, and sulfates caused by industrial activities, which is extremely harmful to the …

Acid mine drainage (AMD) has a profound and detrimental impact on the environment
largely due to its notable acidity and the presence of elevated concentrations of heavy metal …

Bacterial biofilm can cause nosocomial recurrent infections and implanted device secondary
infections in patients and strongly promotes development of pathogenic drug resistance in …

Metal solubilization from discarded electrical material and electronic devices (e-waste) using
the bioleaching capabilities of bacterial cells is highly effective. However, gaps in …

Metal ions stress will inhibit the oxidation capacity of iron and sulfur of an acidophilic
microbial consortium (AMC), which leads to reduced bioleaching efficiency. This work …

Biofilm plays an important role on chalcopyrite bioleaching and early-stage adsorption of
cells are essential for biofilm formation. In this study, the interspecies interaction and the …