This review aims to present current knowledge of the fungi involved in lignocellulose
degradation with an overview of the various classes of lignocellulose‐acting enzymes …

The massive application of chemical fertilizers to support crop production has resulted in
soil, water, and air pollution at a global scale. In the same time, this situation escalated …

Biorefinery operations may be made more cost competitive through use of cheaper
feedstocks (eg lignocellulosic wastes) and integration of multiple revenue streams. Current …

Optimizing production of cellulose degrading enzymes is of great interest in order to
increase the feasibility of constructing biorefinery facilities for a sustainable supply of energy …

The valorization of agro-residues by biological routes is a key technology that contributes to
the development of sustainable processes and the generation of value-added products …

The circular economy is one of the leading sustainable development strategies that can help
utilize waste to produce new products. Cereal food waste and residues represent a …

To reduce pollution and cost of treatment for fresh and recycled paper, co-production of
xylanase and laccase was carried out in the same production medium using two compatible …

Biorefinery industry from lignocellulose faces one major obstacle which lies in the inefficient
degradation of biomass. Lignocellulosic processes in wood-feeding termites are considered …

Laccases are oxidative enzymes related to the degradation of phenolic compounds,
including lignin units, with concomitant reduction of oxygen to water. Delignification is a …

Recalcitrant xenobiotic compounds are a major source of concern due to their resistance to
degradation and persistency in the environment. Xenobiotic compounds pose a serious …