معرفی
Professor Jennifer Mahony holds a dual appointment as Professor of Molecular Food Microbiology at University College Cork's School of Microbiology and Principal Investigator at the APC Microbiome Institute, Ireland's premier microbiome research center. Her work bridges academic excellence with direct industrial applications in food safety and fermentation technology.
Her research program focuses on molecular mechanisms of phage-host interactions in lactic acid bacteria, with particular emphasis on receptor identification, defense system characterization, and genomic analysis of food-grade microbes. Current projects investigate bacterial surface polysaccharides as phage receptors, mobile genetic elements carrying phage resistance systems, and viral diversity in dairy fermentation ecosystems. This work addresses critical industry challenges where bacteriophage infections cause significant economic losses in dairy production.
Professor Mahony's recent publications (2025) demonstrate a strong trend toward structural and functional genomics approaches, with increasing focus on CRISPR-based defense mechanisms and cross-species phage interactions. Her work consistently combines fundamental molecular insights with practical applications for starter culture development.
As an active Principal Investigator at the SFI-funded APC Microbiome Institute, she supervises multiple graduate students and secures competitive funding from national and European sources. Her lab maintains strong industry partnerships with major dairy producers, ensuring research relevance to real-world fermentation challenges. International collaborations span food research centers across Europe, particularly in Belgium, Italy, and the UK.
Her research group operates within the APC Microbiome Institute's state-of-the-art facilities, leveraging advanced genomic, proteomic, and structural biology platforms. The team specializes in connecting molecular mechanisms to industrial fermentation outcomes, with recent work highlighting novel phage receptors and defense systems in dairy starter cultures.
