Bring tissue maps to life with Visium HD
At VIB Technologies, Visium HD is part of an end-to-end collaborative pipeline, from tissue processing to spatial data analysis
Building the stage for science
The VIB Nanobody® VHH Core comes of age
Taming the data deluge of modern flow cytometry
The Computational Cytometry Summer School returns for a third edition
JAXLEY enables large-scale, differentiable simulations of brain activity
Researchers have developed a powerful new software toolbox that brings the tools of modern machine learning to realistic models of brain activity.
Wiring the brain, one synapse at a time
Joris de Wit on tech that makes hard questions doable
Inside the VIB Protein Core’s QC toolbox
Across structural biology, therapeutics, and functional assays, the difference between a crisp result and a confusing one is almost always quality control. That’s why Kevin Balcaen from the VIB Protein Core launched #VIBProteinQC, a weekly LinkedIn series that unpacked the practical tools we use every day to validate proteins
Slipping into another's lab coat
Breaking down silos of expertise through peer learning
"You are not truly working safely unless you are also working sustainably"
An interview with Sam Sluijs, Lab Manager and Safety Coordinator at the VIB-UAntwerp Center for Molecular Neurology
A microfluidic solution for impossible proteins
From scouting to scaling with VIB Tech Watch, the Masschelein and Saelens labs, and the VIB Protein Core
New study reveals FTLD-TDP subtypes have distinct epigenetic signatures
The Rademakers lab presents the most comprehensive analysis of DNA methylation patterns in FTLD-TDP to date, revealing that the molecular differences between disease subtypes run even deeper than previously recognized.
Scientists identify genetic markers that may predict fatal epilepsy outcomes
A new study examining the genetic architecture of Sudden Unexpected Death in Epilepsy (SUDEP) reveals that common DNA variants may encode a hidden layer of risk for this devastating condition.
United in purpose
How global networks tackle neurological challenges