This project aims to explore the potential of enzymes derived from Typha spp., commonly known as cattails, for industrial applications. These enzymes could play a significant role in processes such as breaking down cellulose for biofuels or creating biodegradable materials. The project involves characterizing the kinetics of these enzymes and identifying optimal reaction conditions, such as pH and temperature, to maximize their efficiency. Students will conduct enzyme assays to analyze reaction rates and determine key parameters like Vmax and Km. By comparing cattail-derived enzymes with existing commercial alternatives, the project seeks to assess their viability for sustainable industrial applications. Ultimately, this project provides an opportunity for students to apply their classroom knowledge in biochemistry and environmental science to real-world challenges.

Students will produce a comprehensive experimental design and protocol documentation. They will also provide raw and processed enzyme kinetics data, including Michaelis-Menten analysis. A final report will summarize their findings, conclusions, and recommendations for potential industrial applications of the cattail-derived enzymes. This report will serve as a valuable resource for understanding the enzymes' capabilities and potential uses.