Videos

Why do people get cancer, arthritis, or Alzheimer's? Essentially because a protein key in our body does not fit in its respective lock. This is why Alvaro Martin is looking at removing defective keys and designing new protein keys. Keys that fit and can open the necessary locks, so that for example, our immune cells target and kill cancerous cells. "Protein design can be the key to unlocking a future without diseases."

Fighting cancer with wisdom teeth - it almost sounds like the tooth fairy's fairy tale. And yet it is a fairy tale that could well come true. Jolien Van den Bosch (UHasselt) wants to use stem cells from wisdom teeth to develop a new therapy against cancer. One could even say she's fighting ... tooth and nail to make this happen.

A stupid accident, cancer, or a hernia - it can all cause a spinal cord injury in which certain parts of your body are then paralysed. But there is also a hidden effect - an effect in the blood, explains Naomi Veeningen (UHasselt) 🩸

Up to 25% of the cells present in lung cancer tumours are currently ignored. As such, we don't know what the role of these so-called B cells is. "It is crucial to figure that out because we cannot efficiently fight something we do not fully understand," says Pauline Bardet (VUB - VIB - FWO).

In her PhD, she wants to get to the bottom of those B cells and thus find out whether those cells are "good guys" or "bad guys".

Anyone who has ever looked for Waldo knows how hard he is to find. In her research on lung cancer, Rebekka Van Hoof (Uhasselt - KU Leuven - VITO) faces a similar task: she is searching within more than 100,000 so-called extracellular vesicles for 2 types -say 'Waldos'- that can help detect the disease early. But she is determined to narrow her search field. How? Watch her explain it in this video. 

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.

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.

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.

Immunotherapy is increasingly being used in the fight against cancer. But this therapy does not work for all patients. You would think that if it doesn't work, it doesn't it hurt. Unfortunately, it does! Marlies Vanden Bempt (VIB - KU Leuven) explains why.

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.

Many cancer patients undergo radiotherapy as a treatment. Unfortunately, due to this treatment they often suffer from painful burns. Jolien Robijns (Hasselt University International) tries to prevent these burns. How? By using laser light.

Every year about 8,000 people in Belgium develop lung cancer. These people may get the same diagnosis, but their bodies react differently. Elien Derveaux (Universiteit Hasselt) examines whether, on the basis of these differences, we can predict which treatment is most suitable for the patient.