Developing of semi-transparent α-FeO/CuO heterostructures with S-scheme photocatalytic activity and biological interests.

The scarcity of water has been an outgrowing problem, while population is increasing so is the demand for the water. Hence conservation of water is most important and this material might bring in drastic changes in recycling the wastewater into portable ones. The α-FeO/CuO is a desirably tailored nanomaterial synthesized using eco-friendly cost-effective hydrothermal method, where α-FeO and CuO were synthesized separately and later combined to produce an effective material.

Fabrication of spherical porous pAgO-nWO/Ag/GNS heterostructure with enhanced photocatalytic activity through plasmonic S-scheme mechanism and its complementing biological interest.

The synthesis and characterization of AgOWO/Ag/GNS heterostructure with desired modifications has been elucidated in the contemporary study. The fabrication involves a simple hydrothermal method for the configuration of fascinating heterostructures intended to photo-catalytically degrade Eosin Yellow (EY) dye. The toxic dye molecules were converted into non-toxic molecular intermediates, also the elimination of heavy metals from industrial wastewater, being trapped in the pores of heterostructure.

Epigenetic Modifiers Revamp Secondary Metabolite Production in Endophytic .

During plant interaction, endophytes provide benefits to the host plant. Endophytes also contribute a variety of structural attributes with biological potential. , which produces phomalactone from L.

Antimicrobial metabolite profiling of Nigrospora sphaerica from Adiantum philippense L.

Background: Endophyte bestows beneficial aspects to its inhabiting host, along with a contribution to diverse structural attributes with biological potential. In this regard, antimicrobial profiling of fungal endophytes from medicinal plant Adiantum philippense revealed bioactive Nigrospora sphaerica from the leaf segment. Chemical and biological profiling through TLC-bioautography and hyphenated spectroscopic techniques confirmed the presence of phomalactone as an antimicrobial metabolite.

Application of Optimized and Validated Agar Overlay TLC-Bioautography Assay for Detecting the Antimicrobial Metabolites of Pharmaceutical Interest.

The agar overlay TLC-bioautography is one of the crucial methods for simultaneous in situ detection and separation of antimicrobial metabolites of pharmaceutical interest. The main focus of this research relies on the dereplication of an antimicrobial metabolite coriloxin derived from mycoendophytic Xylaria sp. NBRTSB-20 with a validation of agar overlay TLC-bioautography technique.