TL;DR
The results demonstrate that XynA is a highly efficient thermostable xylanase suitable for mild, eco-friendly functional modification of xylan-based biomaterials.
Lipases obtained from thermophilic microorganisms are attracting great interest in the industrial field due to their stability under high-temperature conditions and their wide range of industrial applications. In this study, thermophilic bacterial strains were isolated from water and mud samples collected from Erzurum...
BSEG2 is highly thermostable, tolerant of high salt and ionic liquids, and notably resistant to cellobiose inhibition up to 200 mM, suggesting potential to reduce freshwater demand in biomass processing and a strong candidate for simplified, cost-effective enzyme formulations for glucose production from lignocellulosic...
Local enrichment of acidic residues on the PlGH3 surface could generate a negative electrostatic potential, which enables adaptation to high-salt and alkaline environments, thereby sustaining the enzyme's catalytic activity under such extreme conditions.
These findings enrich the genetic resources of glucansucrase, provide a promising biocatalyst for efficient EPS production, and establish a foundation for the application of glucansucrase and its polysaccharides products in the food and biotechnology industries.
Results demonstrate that GsXynA is a thermostable, versatile xylanase with promising potential for lignocellulosic biomass bioconversion.
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