In the field of microbial biomineralization, much of the scientific attention is focused on
processes carried out by prokaryotes, in particular bacteria, even though fungi are also …

Abstract Penicillium simplicissimum (isolate 10), a metal tolerant fungus, tolerated 1000
mg/L Cu and 500 mg/L Zn, but were inhibited by Cd (100 mg/L), evident by the Tolerance …

Here we describe a unique microbial biotechnology for simultaneous bioremediation and
biomining of twelve ionic metals overcoming the obstacles of multimetal toxicity to microbes …

Geoactive soil fungi were examined for their ability to release inorganic phosphate (P i) and
mediate lead bioprecipitation during growth on organic phosphate substrates. A spergillus …

Acremonium pinkertoniae isolated from zinc wastes was studied to understand the
mechanisms that allow living organisms to thrive in polluted environments and the possible …

Yeasts can exhibit various mechanisms that effect changes in metal speciation, toxicity and
mobility. This research has examined the role of yeast phosphatases in lead bioprecipitation …

Present research was conducted to understand the characteristics of Trichoderma in the
development of combination product involving a lower dose of Cu fungicide that showed …

Isolated Trichoderma atroviride from Cu-polluted river sediment at the Serdang Industrial
Area was studied under in vitro conditions to understand the mechanisms that allowed the …

Abstract Dark Septate Endophytic (DSE) fungi can benefit plants by optimizing nutrient
uptake, biosynthesis of phytohormones-like compounds, and stress relief such as toxic …

1.1 Biological mineralization.................................................................. 1 1.2. Mechanism of
biomineralization........................................................ 1 1.2. 1 Crystallization medium. Mineral …