The present study is targeted towards development of a three member fungal consortium for
effective removal of metals [Cr 6+ and Cu 2+] and dyes [AB and PO] from mixed waste …

Response surface methodology (RSM) involving two-level-three factors (2 3) full factorial
design of experiment (DOE) was employed to optimize the concentrations of three media …

Heavy metals like chromium (Cr (VI)) and cadmium (Cd (II)) which are supposed to be
indigenous components of rocks, are no longer bound to their place of origin thus …

A huge amount of effluents contaminated with heavy metals and metal complex dyes are
generated every day from various industries. Biological treatment using various …

Environmental pollution by heavy and toxic metals because of mining, metallurgic
processes, and other chemical industries is a worldwide problem affecting both human …

There has been little investigation into the use of easily cultivable, fast growing, and highly
accumulating live white rot fungi (WRF) for the remediation of heavy metal ions …

Industrial wastewater contains several toxic heavy metals, which causes distressing effects
on the environmental, animal, and human health as well. Hence, new efficient and eco …

Microbial bioremediation of multimetal contaminated wastewater can mitigate its
environmental toxicity and human health risk. A multimetal tolerating fungus Aspergillus …

Bioremediation of heavy metals and dyes is one of the emerging techniques globally as it is
evident from the numerous publications made by various research groups. Biofilm-assisted …

Environmental pollution with heavy metals is increasing day by day due to urbanization and
industrialization (Mythili and Kartikeyan, 2011) and become a major global concern because …