Cameron Currie

Cameron Currie is a Professor in the Department of Bacteriology and Affiliate Faculty in the Department of Entomology at the University of Wisconsin-Madison. His research focuses on the evolutionary ecology of symbiotic relationships, particularly the mutualistic interactions between attine ants and their microbial partners. Currie’s work integrates microbiology, evolutionary biology, and ecology to explore how ants cultivate fungi, defend against pathogens, and manage complex microbial communities. He leads the Currie Lab, dedicated to advancing understanding of symbiosis and its ecological implications.

His research interests include the coevolution of ant-fungus agriculture, microbial defense mechanisms, and the role of symbionts in nutrient cycling. Key projects investigate the genetic and chemical strategies ants use to manage fungal gardens and combat parasites like Escovopsis. Currie’s lab also explores the broader implications of microbial symbiosis in agriculture, disease resistance, and biotechnology.

Recent work highlights discoveries in microbiome dynamics, including how microbial communities influence host health and environmental processes. His team applies advanced techniques like metagenomics and machine learning to analyze natural products and microbial interactions. Collaborative projects with international institutions, such as the NSF-funded Dimensions US-São Paulo grant, emphasize interdisciplinary approaches to symbiosis research.

Currie has secured grants focusing on microbial diversity, antibiotic discovery, and termite gut ecology. His lab’s findings have implications for sustainable agriculture, human health, and conservation biology. The lab’s research is showcased on their dedicated website, detailing ongoing projects and outreach initiatives.