Xylanase Polypeptides Enhance Lignocellulose Hydrolysis

The patent applies parameter changes by modifying the enzyme composition through supplementation with specific additional enzymes (xylanases, mannanases, pectinases, etc.) to optimize the degradation process. This resolves the contradiction by improving productivity through enhanced enzymatic activity while maintaining cost-effectiveness by targeting specific rate-limiting steps in lignocellulose degradation.

The patent creates a composite enzyme system by combining cellulolytic enzymes with hemicellulolytic enzymes (xylanases, mannanases, pectinases) and other auxiliary enzymes. This composite approach improves degradation efficiency by addressing the complex structure of lignocellulose multiple components simultaneously, while the synergistic effects reduce overall costs compared to using larger amounts of单一 enzymes.

The patent employs multi-functional enzyme compositions where a single supplemented enzyme preparation can perform multiple functions (e.g., xylanases that simultaneously address hemicellulose degradation and improve cellulose accessibility). This resolves the contradiction by achieving high conversion efficiency through versatile enzymes rather than requiring complex mixtures of many specialized enzymes.

The patent applies preliminary action by pre-treating the lignocellulose material or pre-combining enzymes in optimized formulations before the main degradation process. This allows the additional enzymes to prepare the substrate (e.g., removing hemicellulose barriers) in advance, making the subsequent cellulose degradation more efficient without requiring continuous addition of multiple enzymes during the process.