Videos

What if you could help someone with dementia by giving them a big, old hug? Might sound crazy, but neuroscientist Philippos Koulousakis (UHasselt) explains why he looks at oxytocin, aka 'the hugging hormone', to boost the brains of patients with Alzheimer's disease.

Cancer patients often become heart patients. This is because chemotherapy affects not only cancer cells but also healthy cells, such as the heart muscle cells. In order to prevent heart damage after chemotherapy, we first need to know what factors increase the risk of heart damage. And that is what Sibren Haesen (Uhasselt) has made his mission. With his Ph.D., he wants to help ensure that today's cancer patients do not become tomorrow's heart patients.

An unborn child is exposed to air pollution even before he or she breathes for the first time. This is shown by the research of Eva Bongaerts (UHasselt). She found soot particles in the placenta of women who were only 12 weeks into their pregnancy. Watch the video.

Did you ever enjoy a nicely packed fruit salad with an easy-peel lid? It's a beautiful display of packaging technology: the packaging is strong enough to protect your food, yet at the same time very easy for you to open once you want to dive in. Bram Bamps (UHasselt) explains how he optimizes heat-sealing packaging to keep our food safe and to ensure long shelf life.

Millions of people worldwide suffer from 'invisible' diseases such as chronic widespread pain and chronic fatigue syndrome, which makes patients feel ill for days or even weeks after a small effort, such as washing their hair. Jolien Hendrix (VUB - KU Leuven) tries to understand these diseases by looking at epigenetics. Epi what?! Well, you can see this as DNA paperclips as Jolien explains vividly in this video!

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.

All the elements we find here on earth were created long ago in the universe, floating around space in the form of stardust, coming from massive stars. "If we want to understand earth and where we came from, we need to understand these massive stars", says astronomer Abigail Frost (KU Leuven). That's why, using a technique called interferometry, she observes these rare and very distant stars.

5 million Flemings do not live in a city centre, but in villages or city outskirts. This fragmentation creates a major challenge: how do you connect all these houses to the sewerage network and how do you ensure smooth and sustainable mobility? Does everyone have to move to the city? No, as architect and urban designer Sophie Leemans (KU Leuven) explains in this video.

Family parties are a nightmare for those who wear hearing aids. With all those people talking at the same time, they find it difficult to hold a conversation. Engineer Simon Geirnaert is working on a solution. With his brain-controlled hearing aids, he also wants to help people with a hearing aid to communicate with each other.

Do you remember baby Pia? She suffered from the rare muscle disease AMS and the medicine to save her cost a whopping €1.9 million. If you were the Minister of Health, would you pay for Pia's medicine? Even if that meant there was no budget left for another medicine that might save 100 people?

Have you ever been stressed because you had to give a presentation? What if we told you that linguistic research could give you the key to becoming a better presenter in any language of the world? Linguist Charlotte Bourgoin (KU Leuven) studies the "information structure of speech" in different languages. Her research can help you better convey information and thus become a better presenter, both in your native language and in foreign languages.

During a stroke, every second counts to save as many brain cells as possible. Intervention is only possible within a narrow time window of a few hours because late treatment can lead to serious complications. Is there nothing more we can do for these 'late' patients? There is, says neurologist trainee Lauranne Scheldeman!