Microbiomes in One Health – Doctoral Training Unit
Projects
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Projects
The highly interdisciplinary MICROH DTU offers a wide variety of One Health-related projects.
All positions have been filled.
Filled projects:
- Exploring the link between the microbiota and gut distal cancer – Brenner
- MALDI-TOF-enabled subtyping and antimicrobial resistance screening of the food- and waterborne pathogen Campylobacter jejuni – Cauchie / Penny
- Molecular mechanisms of microbiome-led colonic mucosal barrier dysfunction in colorectal cancer and inflammatory bowel diseases – Desai
- Development of a novel complement-directed strategy using multimeric immunoconjugates that elicit complement activation towards multi-drug resistant P. aeruginosa – Devaux
- Spread of antibiotic resistance genes between intermingled ecological niches of developing countries: a one health approach – Hübschen
- Untargeted approaches to identify metabolites involved in colon cancer development and progression – Linster
- Towards understanding the role of the microbiome in colorectal cancer – Letellier
- Integrative personalized and strain-specific metaproteomics analyses of the human gut microbiome – May
- Role of vaginal microbiome on human papillomavirus infection (HPV) and cervical cancer – Mossong
- Understanding the formation and composition of multi-species biofilms on tracheostomy tubing – Mühlschlegel
- Polymixin resistance: from animals to humans – Perrin
- Towards a mechanistic understanding of substrate sensing by human gut microbiome using quantitative microscale imaging – Sengupta
- Gut microbiota derived bile acids in chronic liver and metabolic diseases – Schneider
- Dark Matter, the Exposome and the Microbiome – Schymanski
- Elucidating the functional of gut microbes in the microbial community – Thiele
- Host adaptation to the intestinal microbiome – Turner
- Microbiome reservoirs of antimicrobial resistance – Wilmes
- Transversal postdoc project on multiomics data analysis and management – Wilmes/May
- Interactions between the lung microbiome, airway epithelial cells and immune cells in the context of allergic airway inflammation – Zimmer/Michel