The use of biosorbents for heavy metal removal has revealed enormous potential of algae
for biosorption. The dried biomass of Spirogyra hyalina was used as biosorbent for removal …

This article evaluates mercury-resistant autochthonous filamentous fungi's role in mercury
transformation and mobility with respect to mercury biovolatilization. Aspergillus …

This study discusses about the biosorption of Cr (VI) ion from aqueous solution using
ultrasonic assisted Spirulina platensis (UASP). The prepared UASP biosorbent was …

Increasing concentration of different heavy metals in soil and water is one of the difficult
problems. Bioremediation or removal of dangerous heavy metals by living or dead cells of …

Although plant growth-promoting fungi can greatly accelerate the ryegrass bioaccumulation
of cadmium (Cd), the underlying mechanisms are not yet well documented. Therefore, we …

Laboratory experiments were carried out to determine the capacity of isolates of six genera
of filamentous fungi to remove Lead (Pb), Nickel (Ni), and Cadmium (Cd) from broth cultures …

In this mini review it is to focus that how can pollutants be removed from the environment by
utilizing microalgae which are deliberately increasing and causing hazardous effects to our …

Cyanobacteria, formerly called blue-green algae, are the most primitive form of algae under
plant kingdom. These are called blue-green algae because they contain the photosynthetic …

In this study, the efficacy biomass of fungi represented by the species (Aspergillusniger,
Trichodermaharzanium) has been tested in the destruction of Glyphosate pesticide and the …

Se caracterizan dos materiales naturales: biomasa inactiva del Aspergillus Niger-O5 y la
zeolita natural cubana purificada ZNPmed®(NZ) tipo clinoptilolita, proveniente del …