Kenneth Klingenberg Barfod

Kenneth Klingenberg Barfod serves as an Associate Professor in Microbiology and Fermentation at the Department of Food Science, University of Copenhagen (FOOD). His research centers on the complex relationship between humans and their microbial environment, with particular focus on the microbiome's role in health and disease development.

Dr. Barfod's educational background includes a Cand.scient. in Microbiology (2003) with thesis on "Cellulose degrading gut symbionts of Old House Borer, Hylotrupes bajulus" and a PhD granted in December 2010 on "Occupational exposure to Bacillus thuringiensis-based biopesticides - development of an aerosol hazard identification model in mice".

His primary research interests span gut health, microbiome dynamics, and the critical early life window where microbiota influences disease development. Recent work has expanded into understanding the gut microbiome's role in Anorexia Nervosa, reflecting his interdisciplinary approach that bridges microbiology, nutrition, and mental health. His laboratory employs germ-free mouse models to investigate host-microbiome interactions, particularly focusing on how early microbial exposure affects respiratory and immune system development.

Dr. Barfod's publication trends reveal a strong focus on microbiome interactions across multiple physiological systems, with growing emphasis on mental health connections. His work increasingly integrates advanced DNA sequencing techniques to analyze complex microbial communities.

• Marie Curie Scholar (MCSA) Horizon2020 EU funding (2017)
• Lundbeck Foundation Experiment grant (2022)
• Dupont Co-funding for probiotic research (2020)

Dr. Barfod has successfully secured funding from numerous competitive sources, with 10 successful grants out of over 42 applications. His research has been supported by prestigious organizations including the Lundbeck Foundation, Dupont, and the European Commission. His collaborative network spans multiple countries and institutions, including significant work with University of Oxford, National Research Centre for the Working Environment (NRCWE), and University of Melbourne.

His laboratory maintains specialized germ-free and gnotobiotic mouse facilities for studying host-microbiome interactions, with particular expertise in pulmonary and gut microbiome research. Current projects investigate fecal microbiota transplantation effects and nanomaterial-microbiome interactions.