Projects
µForensiCell: Development and validation of a microfluidic device for single cell sorting in forensic casework KU Leuven
Microfluidic cartridge for remote dried blood spot collection KU Leuven
Discovery of novel therapies for patients with CF not eligible for registered modulator treatments, assisted by novel microfluidic techniques for combinatorial, high-throughput organoid screens KU Leuven
A microfluidic platform to screen engineered lasso peptides for therapeutic potential KU Leuven
Accurate peptide/protein quantification as a quality control and normalization template for biological proteome samples prior to LC-MS/MS using the Big Lunatic microfluidic UV/vis system. Ghent University
In the proteomics research field proteome quantification is often used to normalize biological samples before LC-MS/MS analysis. Current techniques available are limited and quite inaccurate (SDS-PAGE / Coomassie), all the more so because quantification has to be done before sample preparation. The Big Lunatic enables accurate peptide quantification preceding the LC-MS/MS analysis, leading to higher quantitative accuracies.
MIRACLE: autonomous microfluidic patch for plasmid-based vaccine KU Leuven
Encapsulation of Cadmium-Free InP-based Quantum Dots Into Polymer Microparticles: Electrospraying and Microfluidic Approaches KU Leuven
Development of an effective encapsulation of quantum dots via spray processing techniques
Electrospraying allows to create highly monosdisperse micro- to nanometer sized droplets of a solvent via an electrohydrodynamically enforced atomization of a liquid jet. The dispersion of nanoparticles and dissolution of a protective polymer in the solvent enables the creation of droplets containing a predefined number of particles and ...