Videos

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.
Ewa
Sieliwonczyk
FWO
UAntwerpen

About fluorescent zebrafish and sudden cardiac death

What do zebrafish have to do with sudden cardiac death? Ewa Sieliwonczyk (UAntwerpen) explains that to you in this video.
Jade
Pattyn
UAntwerpen

Detecting cervical cancer through a urine sample?

Jade Pattyn (UAntwerp) wants to make cervical cancer extremely rare. She is working on an alternative to detect cervical cancer more easy: via a simple urine sample instead of a smear. As she states: "many women will agree with me: there are nicer places to lay down than in your doctor's chair"
Laure
Jacquemin
UAntwerpen

Electrical current soothes tinnitus

Ever had a ringing in your ears after a festival or party? If this is persistent, you suffer from tinnitus: a constant -and very annoying- peeping. Unfortunately, tinnitus cannot be cured, but brain stimulation can help to reduce the burden of the tinnitus. That is what Laure Jacquemin (UAntwerp) is working on.
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?
Laure
Sorber
UAntwerpen

Blood as a messenger in the fight against cancer

A cancer patient's blood contains valuable information about the cancer tumor, which can help determine the best treatment. However, in order to extract that information properly from the blood in the laboratory, the blood samples need to be treated carefully. Laure Sorber developed a manual for this.
Matteo
Rossi
FWO
KU Leuven
VIB

Finding the weak spot of breast cancer cells

Despite recent advances in breast cancer treatment, too many women still die once this cancer has spread throughout their body. That's why Matteo Rossi is looking to find weaknesses of breast cancer cells, in order to defeat them.
Alice
Cavolo
FWO
KU Leuven

How far can we go to save extremely premature babies?

Extremely premature babies often need to be resuscitated at birth. While this might help them to survive, they will sometimes live on with severe disabilities. Is resuscitation therefore always in the best interest of the babies? Alice Cavolo wants to help parents and physicians in making this extremely difficult decision.
Ben
Somers
FWO
KU Leuven

How can we make hearing implants smarter?

A cochlear implant makes it possible for the deaf and hearing impaired to hear well. This is a wonderful invention, but it requires some work to properly set up and keep the device up to date. But Ben Somers has a solution for that!
Nicolas
De Neuter
FWO
UAntwerpen

Your immune system hacked

Why do some people get sick more easily than others? This is often due to differences in our immune systems. Nicolas De Neuter (UAntwerp) hopes to understand these differences, in order to develop better and more efficient personalized immune therapies.
Lore
Wyers
KU Leuven
UAntwerpen

Why do some children have difficulties walking?

Ever heard of Dravet's syndrome? This rare condition occurs in 1 in 20,000 people and causes problems with walking, among other things. Lore Wyers (UAntwerpen - KU Leuven) is going the extra mile to help children with Dravet syndrome to walk better again. The first 'step': analysing their step pattern.
Bjorn
Criel
FWO
UGent

The next generation of antibiotics: as simple as Lego?

According to the World Health Organization, antibiotic-resistant superbacteria will kill 10 million people worldwide every year by 2050. Bjorn Criel and his colleagues at Ghent University want to put a stop to this. They're counting on special allies: bacteriophages.