Novel Cellulases through culture-dependent and metagenomics based approaches: Discovery
and Characterization Novel Cellulases through culture-dependent and metagenomics based …

Cellulases are widely used in industry, and the usage in bioconversion of biofuels makes
cellulases more valuable. In this study, two tandem genes that encoded cellulases ZF994–1 …

Cellulase production with superior expertise is an immense challenge in biomass
deconstruction due to its high cost. The field of enzyme/genetic/biotechnology has now been …

Owing to the trouble of massive enzyme system and industrial prospective, microbial
cellulases have exhibited their probable proposal for research, in numerous industrial …

The majority of the available industrial enzymes are derived from microorganisms because
they are capable of producing large amounts of extracellular enzymes by regulating their …

Cellulase enzymes have a significant role in the biomass derived biofuels production
process. Enzyme cost is one of the major challenges currently faced by biofuels industries …

Lignocellulosic biomass has been considered as an important and sustainable source of
renewable energy. Cellulose constitutes the major component of the lignocellulosic biomass …

Four different environmental DNA libraries were prepared from microbial consortium
collected from forest soil, dung of elephant, cow rumen and rotted tree. Seven independent …

Abundantly available lignocellulosic biomass holds great potential as being feedstock for
production of renewable fuels and green chemicals. Therefore, the cellulolytic enzymes that …

Four different environmental DNA libraries were prepared from microbial consortium
collected from forest soil, dung of elephant, cow rumen and rotted tree. Seven independent …