Genomes of 24 sequenced Bacillus velezensis strains were characterized to identity shared
and unique genes of lignocellulolytic enzymes and predict potential to degrade …

Background Enzymatic conversion of lignocellulosic biomass into soluble sugars is a major
bottleneck in the plant biomass utilization. Several anaerobic organisms cope these issues …

The aim of this study is to construct a new recombinant strain able to degrade cellulose
efficiently. The endo-β-1, 3-1, 4 glucanase (bgls) gene was cloned from Bacillus subtilis …

The catalytic properties and thermodynamic kinetics of the endoglucanase from a marine
Bacillus subtilis were analyzed. Optimum pH and temperature of the endoglucanase activity …

The study included isolating and diagnosing of Bacillus subtilis different soils at Thi Qar
province. The ability of bacterial isolates to produce Endo-β-1, 4-glucanase was determined …

Cellulases with capability to have enzymatic functions at low pH and high temperature are‎‎
important and include considerable portion of industrial enzymes. Endo‏-1, 4‏‎-β-glucanase is‎‎ …

Cellulases are the largest class of industrial enzymes produced worldwide because of their
potential applications in cotton processing, paper recycling, juice extraction, detergent …

Cellulose, one of the major constituent of the cell wall of plants is the most abundant and
renewable biopolymer on earth. The complete degradation of cellulose involves the …

Lignocellulosic biomass, including wood fibre, is an abundant resource for biorefining;
however, the structural heterogeneity and occurrence of inhibitors present challenges to …