Videos

Imagine not being able to feel a hug anymore. This is what happens to some patients with Charcot-Marie-Tooth disease (CMT1A). They get weaker muscles, their muscles die and sometimes they even lose the sense of touch. In order to research the disease more quickly and efficiently, Karen Libberecht (UHasselt - VIB - FWO) studies her patients ... in a petri dish. She explains how that works exactly in this video.

Imagine being sick and simply being able to ask your body what's going on and what it needs to get better. Well, the proteins in our body can tell us that. But it takes a long time for us to understand what they're saying. With his tool, QCquan.net, bioinformatician Joris Van Houtven is determined to speed up that process!

Did you know that being born with low birthweight (< 2.5 kg), increases the risk of a heart attack when you're 50 or older? Rossella Alfano (Uhasselt) examined 500 neonates and found out that babies with low birth weight have less HDL cholesterol, commonly known as 'good cholesterol'.

In patients with Alzheimer's, microglia, the immune cells that protect our brains, suddenly start damaging the brain themselves by eating synapses. Ben Rombaut is trying to find out why this happens. In this way, he wants to help ensure that in our old age we can all stay on our toes.

People who had chickenpox as a child seem to be better protected against herpes zoster, better known as zona or shingles, at a later age. Using mathematic modeling, James Wambua (Hasselt University) is therefore investigating whether it is advisable to vaccinate children in Belgium against this childhood disease.

Immune cells serve to protect us. In multiple sclerosis, however, some immune cells just turn against the body and damage the nervous system. Sam Vanherle (Hasselt University) wants to detect these 'bad guys' in patients' blood and get them back on the right track. 💉

Did you know that there are already more than 15 medications for multiple sclerosis? Yet the more than 1 million progressive MS patients do not benefit from them, because these drugs only work in the early stages of the disease. Assia Tiane wants to help unravel the disease in order to improve the quality of life of progressive MS patients.

Cracking codes, it's a thing in escape rooms. But it is also what Bénedith Oben tries, albeit in the laboratory. In this way, she hopes to find the key to better understand the development of multiple myeloma, a common blood cancer.

To have a conversation and interact in a meaningful way, you have to be constantly aware of what has already been said. You have to remember the recent past. But how does that work? How does our brain create a memory? That's what Lies Deceuninck (Imec - KU Leuven) is researching.

Wouldn't it be great if you could have your own virus detection facility at home, or even in your pocket? That's what Boshen Liang & his colleagues at imec & Ku Leuven are working on via so-called lab-on-chip technology.

A dog's nose is one of the most powerful sensors we have. Trained dogs are even able to detect early signs of certain diseases by sniffing our breath. As this would not be very practical, Alex Cruz is looking to integrate a doglike 'nose' in our smartphones to do the trick.