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

The utilization of different carbon sources by platform microbial strains is important for the
development of efficient biorefineries. Microbes have their native carbon substrate utilization …

Green chemistry, as a work philosophy, has contributed to the design and application of
safer and green processes and products. However, there are still challenges to achieve …

Lignin is an underutilized component of lignocellulosic biomass, and its conversion into
value-added chemicals is still a major challenge for biorefineries. The heterogeneity of lignin …

Due to the rapid depletion of fossil fuel reserves, 2G biofuel production from lignocellulosics
is considered as an alternative and sustainable energy source. Lack of economically viable …

Microorganisms (bacteria, viruses and unicellular eukaryotes) represent an invisible but
important percentage of biomass, either by their abundance or their diversity. Estimates …

With the rising environmental concerns related to fossil fuels utilization and the depletion of
these resources, interest in bioethanol from lignocellulosic waste as an alternative …

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

Cellulases are considered the most prominent of enzymes involved in the microbial
breakdown of lignocellulosic waste. This study was designed to investigate the effect of …

Biocatalyst discovery is integral to bioeconomy development, enabling design of scalable
bioprocesses that can compete with the resource-intensive petrochemical industry …