Videos

Alexander
Cruz
imec
KU Leuven
VUB

A dog's nose in your smartphone

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.
Mónica
Vara Perez
FWO
KU Leuven
VIB

Understanding the self-cannibalism instincts of melanoma

Melanoma is a very common and lethal type of skin cancer. Melanoma cells have a strange, yet effective defence mechanism called autophagy: they can manage to survive by eating parts of themselves. Monica Vara Perez tries to figure out this self-cannibalism mechanism in order to help defeat melanoma.
Shorok
Abdelhameed
FWO
KU Leuven

Studying protein structure thanks to metal oxides

Did you know that our body contains more than 20.000 different types of proteins? These are crucial for vital functions such as wound healing. But when these proteins mutate, they can lead to diseases such as Alzheimer's. To help fight such protein-based diseases, Shorok Abdelhameed investigates methods to study the very complex structures of proteins.
Ana
Escorza
KU Leuven

A cosmic dance: understanding double star systems

Did you know that more than half of the stars you see in the sky are born with a partner? Just like with humans, the presence of a partner can really have an effect on the life and the behavior of a star.
Hans
Gerstmans
FWO
KU Leuven
UGent

Enzybiotics in drops: a killer combination!

Almost 100 years ago Alexander Fleming discovered the first antibiotic: penicillin. Even then, he warned that there would come a day when bacteria would be resistant to all antibiotics. That day is now very near. Will the 'killer combination' of enzybiotics and water droplets save us from super-bacteria?
Sidonie
Preiss
KBIN

How seeds shape history

Have you ever noticed how seeds are omnipresent? You find them in our daily bread, they are used in medicines, cosmetics, and even jewelry. This has always been the case, throughout the history of mankind. Archaeobotanist Sidonie Preiss dives into archaeological wells, granaries, and even latrines to recover seeds and reconstruct the shared history of plants and mankind.
Zoê
De Corte
KBIN

What beetles can tell us about evolution

It’s always thought that evolution happens by slow and gradual changes. But can evolution also happen fast? Oh, yes - as Zoë de Corte's research on beetles shows.
Anton
Van de Putte
KBIN

Antarctica: an iceberg of data

In 2006 Marine biologist Anton Van de Putte went on a 3-month- expedition to Antarctica. Unfortunately, he only managed to collect 400 samples, which were often no bigger than this little fish. Thanks to a simple but brilliant idea, he now has more than 2 million samples at his disposal...
Michael
Fettweis
KBIN

A universe of particles in a sip of sea water

When you swallow seawater, you actually ingest thousands of particles (mud, clay, phytoplankton, ...) that are barely visible for the naked eye. Michael Fettweis enlightens you about this universe of particles in a sip of seawater.
Charysse
Vandendriessche
UGent
VIB

Fewer calories as a weapon against Alzheimer's disease?

Mice that follow a low-calorie diet appear to be protected against the development of Alzheimer’s disease. Charysse Vandendriessche is investigating why this is the case to gather more insight in the underlying disease mechanism. This information could into the future contribute to the development of a treatment against this devastating disease.

Stijn
Goolaerts
KBIN

The best adapted does not always survive

Once upon a time there were two types of cephalopods: the nautiluses and the ammonites. Although the ammonites were much better adapted, they became extinct. And the nautiluses? They're still swimming around today. Stijn Goolaerts studies fossils of these fascinating creatures and draws a wise lesson for mankind from the sad fate of the ammonites.
Astrid
Gadeyne
UGent
VIB

More corn with less fertilizer 🌽

Fertilization is crucial in agriculture, but over-fertilization causes environmental pollution and all-rich algae growth in our watercourses. Wouldn't it be great if plants and crops could grow well with less fertilizer? That's what Astrid Gadeyne wants to achieve in her PhD.