Nitroxide-mediated catalytic systems have been widely used for selective oxidation with
superior catalytic performance. From economic and environmental points of view …

Laccases can biodegrade lignocellulosic agricultural waste, which has a recalcitrant
structure hindering industrial biomass hydrolysis. In the context of biomass decomposition …

Nanofiltration (NF) is regarded as a great potential technique for efficient treatment of
industrial dyes and pharmaceutical effluents, however, its application still faces the …

Laccase is one of the widely used enzymes for biotechnological processes. Immobilization
of enzymes is a universally accepted approach to increase their reusability and stability. In …

Glycerol is an important starting material for the synthesis of many chemical compounds and
its selective oxidation represents an efficient way to produce value-added compounds …

This study presents a simple method to immobilize β-agarase onto amino-modified magnetic
nanoparticles (MNPs) by biotin/streptavidin (BT/SA) recognition. The effect of BT …

A large number of drugs are used to treat different diseases, and thus to improve the quality
of life for humans. These represent a real ecological threat, as they end up in soil or ground …

This study investigated the use of nanozeolites as support for laccases from P. ostreatus
(LPO), Aspergillus sp (LAsp) and A. bisporus (LAB) immobilization applied to 2, 2, 6, 6 …

Laccase is recognized as lignocellulose oxidase enzyme which is involved in
bioremediation, chemical synthesis, Bio-bleaching of paper pulp, bio-sensing, textile …

A oxidação do glicerol tem sido objeto de diversos estudos no mundo todo; em geral, o
principal objetivo destes trabalhos é o encontro de um catalisador apropriado para …