Increasing the economic feasibility of biorefineries could strengthen the case for industrial
production of biofuels which again could lower the environmental impact of current fossil fuel …

Microbial cellulase has been continuously in demand in recent times due to its applicability
in bioconversion of biofuels in the form of biogas, ethanol, and many more. Due to …

The conversion of lignocellulosic biomass is one of the main steps for the utilization of this
type of material for the production of value-added chemicals such as ethanol and others …

Cellulose is a kind of polysaccharides material existed widely in nature, it can hydrolyze
cellulosic materials to monosaccharide effectively, and then ferment to ethanol, H2 and …

Cellulose, the world's most abundant organic material, is central to the world's ecosystem.
This energy resource is mobilized and recycled by microbial action. The inspired microbe …

The aim of this study was to screen efficient cellulolytic bacteria at high temperatures (55~
75° C) and evaluate the straw degradation and thermostability of cellulase. Thermophilic …

The strategies for economical and sustainable conversion of lignocellulose into bioenergy or
biofuel products are very limited due to the expense of hydrolyzing enzymes. The slow …

Cellulases are the enzymes decaying cellulose and related polysaccharides and are
produced by organisms like fungi, bacteria, algae, and protozoans. Fungi are the pioneers …

Cellulases are hydrolytic enzymes, which have been commercially available for about the
last three decades. Due to the complexity of these enzyme systems and the enormous …

Lignocellulose is the most abundant plant cell wall component of the biosphere and the
most voluminous waste produced by our society. Fortunately, it is not toxic or directly …