Projects
RAPTOR: a novel multi-view integrative framework to identify key features of T cell based immunology. University of Antwerp
A quantitative analysis of varicella-zoster virus infection: from immunology to epidemiology. University of Antwerp
Mathematical and Experimental Immunology. University of Antwerp
Computational mass spectrometry and artificial intelligence to unravel the immunopeptidome. University of Antwerp
Statistical and computational approaches to enable real-time phylodynamic inference KU Leuven
The current wealth of sequence data for most important infectious diseases is stretching current computational approaches, such as phylodynamic inference, to their practical limits. This project aims to develop statistical and computational approaches to extract timely epidemiological and evolutionary information from virus genome sequences during an ongoing epidemic. Reconstructing pathogen spread from genetic data as they become available ...
Improving the Diagnosis and Prognosis of Primary Immunodeficiencies using Computational Flow Cytometry Ghent University
Primary immunodeficiencies are rare diseases caused by defects of the immune system. They can
lead to severe and recurrent infections, malignancies and autoimmunity, but are very hard to
diagnose. As there exist many subtypes, it is crucial to identify correctly which parts of the immune
system are affected to enable optimal treatment.
One way to gain insight in the status of the patient’s immune system is by using a ...
Computational cytometry techniques for clinical applications Ghent University
Cytometry is an essential technique in the fields of immunology and oncology, allowing insights at the individual cell level at relatively low cost, complementary to genetics and other clinical parameters. Due to recent technological progress, researchers have started using more automated analyses. However, when applied to clinical studies, which typically include large amounts of samples, collected over larger time spans or in different ...
Clinical applications of computational cytometry Ghent University
Flow cytometry is an essential technique in the fields of immunology and oncology, allowing insights at the individual cell level at relatively low cost, complementary to genetics and other clinical parameters. Due to recent technological advancements, this field is moving towards more automated analysis approaches. In this research proposal, I will work on two methods to aid researchers using flow cytometry. First, I will develop an ...