Widespread lead (Pb) contamination prompts various environmental problems and accounts
for about 1% of the global disease burden. Thus, it has necessitated the demand for eco …

The Lead [Pb (II)] tolerance and uptake ability of four fungal species, two from the genus
Penicillium and two from the genus Talaromyces were investigated in this study. The …

Currently, Pb pollution has become a severe environmental problem and filamentous fungi
hold a promising potential for the treatment of Pb-containing wastewater. The present study …

Currently, lead (Pb) has become a severe environmental pollutant and fungi hold a
promising potential for the remediation of Pb-containing wastewater. The present study …

Heavy metal contamination has emerged as a global environmental concern, with tannery
effluents serving as a significant source of these pollutants. The discharge of tannery …

Wastewater contaminated with heavy metals is a world-wide concern. One biological
treatment strategy includes filamentous fungi capable of extracellular adsorption and …

Environmental microorganisms have been widely applied in heavy metal remediation. This
study explored the mechanisms of lead tolerance of two typical filamentous fungi …

Widespread of heavy metals contamination has led to several environmental problems.
Some biological methods to remove heavy metals from contaminated wastewater are being …

Bioremediation is preferred in heavy metal remediation, and the high-performance microbe
is of prime importance. In the present research, three Pb-resistant microbes were isolated …

Lead (Pb) is widely distributed in nature and has important industrial applications, while
being highly toxic. In this study, the Pb (II) biosorption and immobilization behavior of …