Antifungal Resistance And Susceptibility

Research in antifungal resistance and susceptibility investigates the mechanisms by which fungal pathogens evade or respond to antifungal treatments. Studies explore the genetic and biochemical pathways involved in drug resistance, analyze fungal susceptibility profiles to various antifungal agents, and examine the impact of environmental factors on these processes. This area encompasses work on both human and plant fungal pathogens, utilizing molecular biology, genomics, and biochemical assays to understand drug targets and resistance mechanisms.

This research holds significant relevance for Arkansas. Fungal diseases pose threats to both human health and agriculture, key sectors in the state's economy. Understanding and combating antifungal resistance is critical for effective treatment of infections in vulnerable populations and for protecting crop yields from devastating plant pathogens, such as those affecting rice and poultry industries. Work in this area contributes to public health initiatives and supports the state's agricultural productivity and economic stability.

This research area draws upon expertise in microbial infections, plant pathology, pharmacology, and ecology. Collaboration occurs across multiple institutions within Arkansas, fostering a broad approach to understanding and addressing the challenges of antifungal resistance and susceptibility.