(2hf) Cellulose Based Anti-Fouling Coatings for Application in Medical Devices.

Medical devices encounter a significant challenge in reducing non-specific adhesion of proteins and the development of biofilms. The propagation of foulants limits device efficiency, and the risk of infection limits the overall device lifespan. Surface modifications of medical devices seek strategies to improve hemocompatibility; however, they are commonly mechanically limited. This work explores cellulose-based coatings that address these limitations. The overall objective of this work is to evaluate the anti-fouling propensity of the synthesized materials. It is under the rationale that a cellulose anchor material may enhance characteristic properties of bound compounds, improve mechanical properties, or provide an opportunity for future application in membrane casting.

Research Interests

I am interested in pursuing a career in academia. My graduate career has focused on improving my research, leadership, and teaching skills. I am most excited when working in teams to develop and solve complex problems.