Cellulases are produced from a variety of microorganisms; include both bacteria and fungi.
Solid-state fermentation, liquid-state fermentation, and fed-batch fermentation techniques …

With regard to renewable sources of energy, bioconversion of lignocellulosic biomass has
long been recognized as a desirable endeavor. However, the highly heterogeneous …

The potential of Trichoderma viride for cellulase production using seed pods of silk cotton
tree as substrate in submerged fermentation by response surface methodology has been …

In the current investigation, numerous fungi were isolated from diverse sources of soil, and
the isolate with the strongest hydrolytic capacity was selected by the Congo red test. The …

Advanced biofuels can reduce fossil fuel use and the number of harmful compounds
released during combustion, by reducing the use of fossil fuels. Lignocellulosic materials …

Optimization of cultural conditions for enhanced cellulase production by Aspergillus niger
NS-2 were studied under solid-state fermentation. Significant increase in yields (CMCase …

The consumption of fossil fuels has been continuously increasing around the globe and
simultaneously becoming the primary cause of global warming as well as environmental …

Background: An impressive increase in the application of cellulases in various fields over
the last few decades demands extensive research in improving its quality and large-scale …

Twenty isolates of cellulase producing fungi were isolated from six samples of rotted rice
straw which collected from different localities in El-Gharbia Governorate (Basyion) …

Abstract Two Amazonian fungi strains—Aspergillus sp. A1C2-06 and Talaromyces
verruculosus A1C2-05—were studied about their potential as cellulase producers and theis …