In search of native cellulase-producing microorganisms, collected from lignocellulosic waste
in Ecuatorian Andes, Amazon region, and in Antarctica, 17 sporulating strains were found …

In search of native cellulase-producing microorganisms, collected from lignocellulosic waste
in Ecuatorian Andes, Amazon region, and in Antarctica, 17 sporulating strains were found …

In search of native cellulase-producing microorganisms, collected from lignocellulosic waste
in Ecuatorian Andes, Amazon region, and in Antarctica, 17 sporulating strains were found …

En la búsqueda de microorganismos nativos productores de celulasa, recolectados en
desechos lignocelulósicos en los Andes, Amazonia y Antártida, se encontraron 17 cepas …

Ethanol fuel production from lignocellulosic biomass is emerging as one of the most
important technologies for sustainable development. To use this biomass, it is necessary to …

Complete biomass hydrolysis to sugars of six and five carbons is carried out by cellulolytic
enzymes (endoglucanases and exoglucanases) and β-glucosidase plus a collection of …

Background The international energetic system strongly depends on fossil fuels, which
causes negative effects in the environment, such as the global warming. Biofuels appear as …

Sugarcane bagasse is one of the most abundant low-cost lignocellulosic materials in the
world. It consists of 46.7% cellulose, 28.89% hemicellulose, and 13.83% lignin (dry basis) …

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

This work is concerned with the production of e-glucosidase from Aspergillus phoenicia for
use in the enzymatic hydrolys~ s of cellulose. Kinetic growth data indicate that two distinct …