Cellulases have been widely used in many fields such as animal feed, textile, food,
lignocellulose bioconversion, etc. Efficient and low-cost production of cellulases is very …

Abstract β-glucosidases (BGs) are key enzymes in cellulose hydrolysis, being the rate-
limiting enzyme that is regulated by feedback inhibition from its own product—glucose. Due …

Our planet is experiencing an upsurge in biofuel production at present. Among various
forms, ethanol and biodiesel are gaining attention because of their potential to replace fossil …

The conversion of plant‐based lignocellulosic materials into alternative fuels entails various
pretreatment strategies (chemical, physico‐chemical or enzymatic) to boost the release of …

With the addition of Tween 80, potassium hydroxide pretreatment and enzymatic hydrolysis
were statistically optimized to maximize sugar yields from corn cob (CC). The results …

Abstract Two Amazonian fungi strains—Aspergillus sp. A1C2-06 and Talaromyces
verruculosus A1C2-05—were studied about their potential as cellulase producers and theis …

The sugarcane-driven industry can exemplify sustainable waste management by valorizing
its lignocellulosic streams and boosting the rural economy by product diversification. In this …

Biorefineries are mechanisms for adapting modern technologies toward the goals of
recovery and aggregation of biomass value by creating processes that are renewable and …

Diversified end uses of jute and mesta biomass are perceived to play a significant role in
attaining sustainable environment, chiefly through the generation of green and clean fuel …

Microbial prospection and evaluation of different novel cellulases requires a comprehensive
biomass degrading microbial diversity. For studying microbial ecology of uncultivable …