GH61 Polypeptide and Liquor Enhance Cellulose Hydrolysis

The patent introduces a polypeptide as an intermediary substance that enhances the activity of cellulolytic enzymes. This polypeptide acts as a mediator between the enzymes and the cellulosic substrate, improving hydrolysis efficiency without requiring proportional increases in enzyme quantity. The polypeptide appears to facilitate enzyme-substrate interaction or stabilize enzyme activity, thereby resolving the contradiction between maintaining high productivity and reducing enzyme consumption.

The patent modifies the chemical environment by adding a liquor containing specific chemical components that change the reaction parameters. This liquor likely alters pH, ionic strength, or other chemical conditions to optimize enzyme performance. By changing these parameters, the system achieves enhanced hydrolysis efficiency with reduced enzyme requirements, as the optimized conditions allow each enzyme molecule to work more effectively.

The polypeptide serves as a catalyst enhancer or activator that increases the turnover rate of cellulolytic enzymes. By introducing this intermediary, the hydrolysis rate accelerates because the polypeptide may facilitate faster substrate binding, improve catalytic efficiency, or prevent enzyme deactivation. This allows the system to achieve high hydrolysis rates without proportionally increasing enzyme quantity, thereby controlling costs.

The liquor added to the system changes key reaction parameters such as pH, temperature stability, or ionic environment, creating optimal conditions for rapid enzyme-catalyzed hydrolysis. These parameter changes enable the enzymes to operate at peak efficiency, achieving faster hydrolysis rates with lower enzyme concentrations, thus reducing the quantity of expensive enzyme substrate required.