Projects
Development of virus-specific anti-NS1 antibodies for use in neurotropic flavivirus NS1 antigen capture-based diagnostics. University of Antwerp
Innovative point-of-care molecular diagnostics for surveillance and targeted control of schistosomiasis and malaria in the Democratic Republic of Congo based on environmental DNA KU Leuven
Nucleic acid based diagnostics. University of Antwerp
Real-time diagnostics during middle ear surgery through combination of minimally invasive floating mass transducer stimulation and laser-doppler vibrometry measurements. University of Antwerp
Innovative cell death diagnostics allowing stratifying critically ill patients for novel ferroptosis or pyroptosis intervention strategies University of Antwerp
Immunoinformatics approach to discover novel diagnostics in Lyme Arthritis: can T cells unlock the status quo? University of Antwerp
HIstopathology-based predictions by Multi-modal data Integration for COlorectal cancer diagnostics KU Leuven
Diagnostics and Treatment planning in Periodontology & Oral Implantology. Ghent University
With a prevalence of up to 40%, periodontitis is one of the most widespread diseases worldwide. Therefore, an accurate diagnosis is mandatory for predictable treatment. Since there are multiple similarities between periodontitis and peri-implantitis, shared risk factors should be evaluated. Periodontitis may ultimately result in tooth loss and consequently requires the use of dental implants to restore compromised oral and aesthetic function. ...
Towards more accurate diagnostics in healthcare: AI applied to super-resolution ultrasound imaging KU Leuven
Ultrasound imaging is widely used in clinical settings as it is inexpensive, portable, real-time, and does not involve ionizing radiation. However, the quality of ultrasound images is often poor, leading to low diagnosis capabilities. The aim of this project is to leverage the potential of artificial intelligence, specifically of deep learning, to improve the quality of ultrasound images, in particular through the use of super-resolution ...