Doctoral project Caroline Asselman

Doctoral project Denzel Eggermont

Mapping the antigenic peptide repertoire during bacterial infection by advanced immunopeptidomics

Mapping the substrate repertoire of ISG15 E3 ligases during infection.

Multi-omics characterization of immune triggers in Moyamoya disease.

Deciphering the Role of RNF216 in Neurodegeneration: from Rare Disease Variants to Its Normal Biological Function

Host dependency factors of the influenza virus: a dual-omics approach

Improved data-driven bioinformatics tools to greatly extend neo- and xeno-epitope landscapes detected by immunopeptidomics.

Proteomics-based analysis for the diagnosis of amyloidosis.

Shifting mass spectrometry based proteomics to the fast lane: An interplay between high throughput LC and data independent acquisition without compromising depth, precision or accuracy

BOF ZAP human cellular biochemistry

Characterizing ISG15 conjugation as a molecular signal for protein oligomerization and translocation in host immunity

Exploring nanobodies against Interferon Stimulated Gene 15 (ISG15) to combat autoimmune and infectious diseases.

Neuro-TRAFFIC: Integrated platform to validate vesicular trafficking-associated processes in neurodegenerative diseases

Proteomics-based characterization of the protein interplay between pathogenic bacteria and their host.

Proteomics-derived epitopes for dramatically improved anticancer and antibacterial vaccine development

Special Research Fund grant due to Odysseus fellowship

Vaccine-induced and ISG15-mediated immune responses to Bacterial Infection and Moyamoya Disease

'BacVirISG15' - in the framework of ERA-NET Infect-ERA JTC 2016. The Interferon Stimulated Gene 15 (ISG15) modification system in host pathogen interactions: mechanisms, technology and translational potential.

Biochemical identification of virus susceptibility factors for crop improvement and sustainable cultivation

Exploration of an mRNA based nanovaccine platform and immunopeptidomics for the development of more effective tuberculosis vaccines.

Improved data-driven bioinformatics tools to greatly extend neo- and xeno-epitope landscapes detected by immunopeptidomics.

Introducing PPI-iMixPro, a novel technology to characterize protein complexes

BOF ZAP human cellular biochemistry

The role of cathepsins in apoptosis and antigen presentation studied by positional proteomics

Investigating the effects of regulatory phosphorylation and linear ubiquitination on Pyrin-mediated auto-inflammatory disorders.