Doctoral project Sophie Valkenburg

Doctoral project Nathalie Neirynck

Impact of protein-bound uremic toxin- driven inflammation on growth in pediatric chronic kidney disease

Nutrition and Immune Senescence in Kidney Transplant Recipients: A Longitudinal Perspective.

Link between intestinally generated uraemic metabolites and proteins and gut microbiome in CKD and proof-of-concept.

System omics to unravel the gut-kidney axis in Chronic Kidney Disease

The Gut-Kidney Axis: Role of Uremic Toxins

Causes of micro-inflammation and cardiovascular disease in chronic kidney disease: role of uremic peptides

Distribution and transport of uremic retention solutes: from modelling towards optimisation of hemodialysis

EXercise and the GUT in liver and kidney Transplant recipients [EXGUTT]

The gut-renal axis: link between plasma levels of intestinally generated uraemic toxins and gut microbiome profiles in consecutive stages of chronic kidney disease (CKD).

UPLC (Ultra Performance Liquid Chromatography) with PDA (photoDiode Array) and fluorescentie detector

Comprehensive understanding of Uremic toxin driven clinical and molecular mechanisms of PEDIatric CKD-induced VASculopathy - an impulse project to identify novel diagnostic and therapeutic targets

Growth failure in pediatric CKD: a search for new therapeutic targets to mitigate inflammation driven by protein-bound uremic toxins accumulation