This paper reviews plants and microorganisms removal of heavy metals from contaminated
sites through bioaccumulation. Increased industrial activities have led to the uncontrolled …

A ISTRA ("|" l) ue to global industrialization, heavy metals from industrial activities are
accumulated in soils up to alarming concentrations. Microorganisms have developed …

Forty‐three indigenous arsenic resistant bacteria were isolated from arsenic rich soil of
Rajnandgaon district in the state of Chhattisgarh, India by enrichment culture technique …

Considering the heavy metal risk to soil microbiota and agro-ecosystems, the study was
designed to determine metal toxicity to bacteria and to find metal tolerant bacteria carrying …

Response and growth kinetics of microbes in contaminated medium are useful indices for
the screening and selection of tolerant species for eco-friendly bio-augmentative …

Two Pb (II)-resistant bacteria isolated from a soil containing 2,500 mg/kg of Pb were
identified by 16S rRNA sequencing analysis as Delftia sp. and designated as 3C and 6C …

Arsenic (As) pollution is one of the major threats to public health in Bangladesh, where daily
intake of As per person exceeds the World Health Organization recommended level. Plants …

Industry has been the major contributor of pollution since decades, destroying the
environment and natural resources. Among the types of pollutants, heavy metals are …

Several mechanisms are developed by the microorganisms to tolerate few high
concentrations of heavy metals. One of these mechanisms dependent upon anabolic and …

Cadmium-resistant strains psychrotolerant Pseudomonas putida SB32 and alkalophilic
Pseudomonas monteilli SB35 were originally isolated from the soil of Semera mines …