Cellulases, the third-largest industrial enzyme, has significant applications across a plethora
of industries, including food, textiles, pharmaceutical, detergent, biofuels, and paper. Owing …

Background: Plant cell walls are composed primarily of cellulose, making it the most
common organic polymer on Earth. The utilization of microorganisms to convert cellulose …

Cellulases are the second largest industrial enzyme by dollar volume and have experienced
increased demand since 1995 in several industrial applications in the detergent industry …

Cellulose is an abundant and renewable biopolymer that can be used for biofuel generation;
however, structural entrapment with other cell wall components hinders enzyme-substrate …

Cellulose is the world's most abundant organic material (1). Therefore, enzymatic
degradation of this polymer is crucial to the cycling of carbon within both the marine and …

In the cold regions of China, many lignocellulose-rich agricultural residues, such as corn
stover, cannot be efficiently degraded due to low temperature. As the component of cellulose …

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 …

WANG, Nengfei et al. Production of cold-adapted cellulase by Verticillium sp. isolated from
Antarctic soils. Electron. J. Biotechnol.[online]. 2013, vol. 16, n. 4, pp. 10-10. ISSN 0717 …

Abstract 371 bacteria were isolated from different ecological niches. Cellulolytic potential of
the isolates was evaluated by qualitative as well as quantitative screening methods. 124 …

Cellulose is earth's major biopolymer and is of immense economic importance across the
globe. It is the primary structural component of the plant cell wall accounting for over half of …