-
Nico Callewaert Lab
- Synthetic biology of the eukaryotic secretory system
- Novel concepts in biopharmaceuticals
- Novel technology for discovery of molecular biomarkers of disease
- Engineering the Mycobacterium-host interface for better vaccines and drugs
|
-
Proteomics Expertise Center
- Targeted Proteomics - monitoring the metabolic or inflammatory state of the cell
- Ubiquitin-like modifications - proteomics strategies to map ISGylation sites
- Antigenic peptides - finding novel epitopes for vaccine development
|
-
Remy Loris Lab
- bacterial stress response and Toxin-Antitoxin modules
- intrinsically disordered proteins
- macromolecular crystallography and biophysics
|
-
Joris Messens Lab
- Study of the proteins and mechanisms that control redox homeostasis
- Biochemical, structural and quantum chemical expertise in thiol/redox-chemistry
|
-
Jeroen Raes Lab*
- novel computational approaches for large-scale, next-generation sequencing projects investigating the human microbiome
- analysis of sequence data and the investigation of ecological communities from metagenomics, metatranscriptomics and meta-metabolomics
|
-
Han Remaut Lab
- Helicobacter pylori Adhesion - Countering a life-long attachment to the host
- Chaperone/Usher Pilus Assembly - Towards selective disarmament of adhesive fibers
- Curli - Structural biology of controlled amyloid deposition
|
-
Xavier Saelens Lab
- development of broad (universal) human influenza vaccines for both influenza A en B virus strains
|
-
Johan Thevelein Lab
- molecular genetics and biochemistry of nutrient sensing and signaling in yeast (S. cerevisiae)
- polygenic analysis of complex yeast traits, in particular traits with commercial importance
- development of superior industrial yeast strains for bioethanol production, beer brewing, bakery, wine production and other applications
|
-
Patrick Van Dijck Lab
- trehalose metabolism
- nutrient sensing and signal transduction in Candida albicans
- and trehalose metabolism and stress tolerance in plants
|
-
Kevin Verstrepen Lab
- Evolutionary mechanisms underlying hyper-evolvable properties
- Yeast genetics and epigenetics
- Importance of tandem repeats as drivers of genetic change
|