Projects
Microarrays for the phenotypic characterization of axenic cultures, bacterial mutants and microbiome communities Ghent University
In recent years, research into microbiomes has exploded. To comprehensively understand the dynamic structure of microbiomes and their interaction with (host) environments, tools which go beyond metagenomic profiling are deemed required.
One such unique perspective is offered by phenotypic profiling, which based on the cellular metabolism of living cells and cellular communities permit the high-throughput quantitative evaluation of ...
Modeling Dose-Response Microarray Data Using Bayesian Variable Selection (BVS) Methods Hasselt University
Development of a micro-array spotting system for DNA analysis (MICROSPOT) Hasselt University
Predictive markers for the use of anti-EGFR biotherapeutics in Head and Neck cancer: generation of resistant cell lines in view of microarray-based comparative genomic hybridization. University of Antwerp
Building a MASPIT cell microarray-based small molecule target profiling service Ghent University
In this project proposal, we aim to set up a small molecule target profiling platform based on the MASPIT cell array screening technology and evaluate this platform in collaborations with industry partners. The main associated valorisation goal is to gain commercial proof-of-concept allowing the establishment of a service spin-off.
Multidisciplinary research on vaccination and infectious diseases (Vaxinfectio-PO). University of Antwerp
Multidisciplinary research on vaccination and infectious diseases. University of Antwerp
Preclinical studies on anti-fibrotic effects of Neuregulin-1 University of Antwerp
Structured learning for hierarchically organized biological data Ghent University
Data mining in bioinformatics is confronted with complex data, which poses challenges w.r.t.
scalability and structured data types. One data structure that is often encountered in this context is
hierarchical data. For instance, gene functions can be structured in a hierarchy from more general
functions (e.g., “receptor activity”) to more specific functions (e.g., “G-protein-coupled
photoreceptor activity”). In many ...