Projects
Combined process of Steam Explosion and Microbial detoxification for improved PREtreatment of lignocellulose biomass (SEMPRE). University of Antwerp
Investigation of the effect of metal ions and mediators on the delignification selectivity during pretreatment of poplar wood by Phanerochaete chrysosporium. University of Antwerp
Investigation of the mechanisms and optimal conditions during microbial pretreatment of lignocellulose biomass by using co-cultures. University of Antwerp
Synthetic Antibodies as innovative receptors in sample pretreatment and diagnostics applied to emerging toxic cyclic depsipeptides in the food chain Ghent University
Via the design, synthesis, evaluation and optimisation of rigid synthetic antibodies (SynAbs) a methodology will be developed for the specific detection and analysis of both beauvericin/enniatins (mycotoxins) and cereulide (a bacterial toxin) in food matrices. Developed SynAbs will be evaluated as potential rexeptiors in sample pretreatment and diagnostic tools for detection of these cyclic depsipeptides toxins in foods
Synthetic Antibodies as innovative receptors in sample pretreatment and diagnostics applied to emerging toxic cyclic depsipeptides in the food chain Ghent University
Via the design, synthesis, evaluation and optimisation of rigid synthetic antibodies (SynAbs) a methodology will be developed for the specific detection and analysis of both beauvericin/enniatins (mycotoxins) and cereulide (a bacterial toxin) in food matrices. Developed SynAbs will be evaluated as potential rexeptiors in sample pretreatment and diagnostic tools for detection of these cyclic depsipeptides toxins in foods
Synthetic Antibodies as innovative receptors in sample pretreatment and diagnostics applied to emerging toxic cyclic depsipeptides in the food chain Ghent University
Via the design, synthesis, evaluation and optimisation of rigid synthetic antibodies (SynAbs) a methodology will be developed for the specific detection and analysis of both beauvericin/enniatins (mycotoxins) and cereulide (a bacterial toxin) in food matrices. Developed SynAbs will be evaluated as potential rexeptiors in sample pretreatment and diagnostic tools for detection of these cyclic depsipeptides toxins in foods