Jean‐Pierre Timmermans

The paper identifies vulnerable sites on the P36-P52 protein complex of Plasmodium sporozoites using structural biology and functional assays, showing that antibodies targeting these sites can neutralize SPZ invasion.

This paper identifies the molecular structure of periplasmic fibres in cable bacteria, revealing a nickel-based organic framework that enables long-distance electron transport.

This paper applies nucleoside analogue labelling to study cell cycle dynamics in xenografted pancreatic cancer cells using the CAM model, revealing cytoplasmic nucleoside accumulation in chicken cells post-ED14.

The paper investigates how human and bacterial amyloids affect enteric glia and smooth muscle cells, finding they trigger a pro-inflammatory response and DNA damage.

The paper uses machine learning to cluster nanosized fluorescent extracellular vesicles, assessing their purity and inflammatory status, and identifies biomarkers for diagnostic profiling.

The paper develops a proximity ligation-based method to improve synapse quantification in neuronal cultures by reducing false positives and increasing sensitivity.

The paper identifies early gut biomarkers for Parkinson's disease in mice and humans using a transgenic model and molecular profiling.