The characterization of bacteria with hydrolytic potential significantly contributes to the
industries. Six cellulose-degrading bacteria were isolated from mixture soil samples …

Pretreatment is the requisite step for the bioconversion of lignocellulosics. Since most of the
pretreatment strategies are cost/energy intensive and environmentally hazardous, there is a …

Background Cellulases are enzyme which have potential applications in various industries.
Researchers are looking for potential cellulolytic bacterial strains for industrial exploitation …

The concept of recycling organic matter and waste nutrients back to agricultural land through
the process of composting adheres to the basic principle of the circular economy. The …

Due to their vast industrial potential, cellulases have been regarded as the potential
biocatalysts by both the academicians and the industrial research groups. In the present …

The harnessing of biocatalysts from extreme environment hot spring niche for biomass
conversion is significant and promising owing to the special characteristics of extremozymes …

The efficient use of lignocellulosic materials for pharmaceutical and chemical production
relies on the hydrolysis of their components into their building blocks (eg hexoses and …

The objective of the present study was to get better production of FPase from Bacillus aerius
(MG597041) by optimizing different process parameters under submerged fermentation …

A thermo-alkali stable cellulase from Geobacillus sp. TP-1 was isolated from Tapovan hot
spring soil sample. The BLASTn sequence analysis of 16S rRNA sequence revealed that …

Background Cellulase is the most employed industrial enzyme in biological conversion of
many cellulosic wastes. In this work, economic cellulase production by fungi in solid-state …