Culture conditions of a newly isolated basidiomycetous strain were optimized for the
enhanced production of extracellular alkali-thermotolerant cellulase-poor xylanase using …

The present study was aimed to produce cellulase from Bacillus licheniformis AU01 by
utilizing major cellulosic wastes. Among the cellulosic wastes tested, rice bran and peptone …

Aiming at learning the functional bacterial community in the high humus content, saline-
alkaline soils of chinampas, the cellulolytic bacteria were quantified and 100 bacterial …

The bioconversion of cellulose is important for global stabilization and a sustainable human
society. In this study, efficient cellulolytic bacteria were screened and isolated from decayed …

Microbial cellulases have become the mainstream biocatalysts due to their complex nature
and widespread industrial applications. The present study reports the partial purification and …

Biological pretreatment using microorganisms or enzymes offers an eco-friendly process for
biomass processing. Herein, the efficiency of pretreatment of rice straw with the cellulase …

Cellulases are inducible enzymes that are synthesized by a large number of
microorganisms during their growth on cellulosic materials. This study focuses on the …

The influence of fossil fuels on the environment focused on the development of new
technology on biofuels. In this situation, lignocellulolytic hydrolysis enzymes such as …

Cellulose is the cheapest, natural, renewable organic substance that is used as a carbon
source in various fields. Water hyacinth, an aquatic plant rich in cellulose, is often used as a …

Aim The aim of the study was to purify and characterize cellulase from a previously isolated
Novosphingobium sp. strain Cm1 and to evaluate its waste hydrolysis and bio‐stoning …