Insilico analysis of xylanases from thermophilic bacteria

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The study focuses on xylanases from extremophilic bacteria, highlighting their role as biocatalysts in industrial enzymology. It addresses the challenges of enzyme maintenance and product yield costs by integrating bioinformatics. Through homology modeling, structural similarities and varying active site residue positions were identified. The research reveals the enzymes' multi-substrate activity, with specific amino acids such as Glutamate, Lysine, and Arginine demonstrating effective binding to various ligands, enhancing understanding of enzyme functionality in industrial applications.