Videos

In Belgium and the Netherlands, more than 1,000 people suffer from DFNA9, a condition that causes hereditary hearing loss and balance disorders. DFNA9 is due to an error in the DNA of the ear. Dorien Verdoodt (UAntwerp) is conducting research into a new therapy based on the revolutionary Crispr genetic technique. In this way, she hopes to be able to cure hereditary hearing loss in the future with a syringe in the ear.

Imagine constantly hearing a ringing bell, a jackhammer, or that awful beep of the old television test screen in your head. That's what people with tinnitus experience. At the UZA they want to treat people with tinnitus better. For too long the cause was sought in the ear, without looking at the crucial motor that controls all our perceptions: the brain. Emilie Cardon (UAntwerpen) explains why we have to look for tinnitus there.

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?

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!

"Each person is unique. So why do we still treat every woman with ovarian cancer the same way?" Liselore Loverix (KU Leuven - FWO) examines patient by patient and looks for errors in the DNA of their tumour cells. In this way, before treatment starts, she identifies which patient would benefit from a new, targeted therapy based on cancer drugs.

Together you are always stronger. Unfortunately, this also applies to some microbes, which can conspire to make us seriously ill. Microbiologist Katrien Van Dyck is investigating such a conspiracy between a fungus and a microbe that work together to cause a serious infection. By studying the interaction between the two, she hopes to find out how we can break their alliance.

Thanks to new radiotherapy techniques, more and more patients with head and neck cancer are surviving. But for 70% of them, this radiation causes chronic swallowing problems, making it difficult to eat and drink. Hanne Massonet hopes to help them enjoy food and drink again by training their tongue, mouth, and throat muscles.

Do you ever stress about presentations? Imagine if you felt that stress all the time. Well, that is the case with some individuals, such as children with autism. They find social interactions to be frightening and sometimes even threatening. Can a nasal spray with oxytocin relieve them of that stress? That is what Nicky Daniels is investigating at KU Leuven.

After a stroke, many people suffer from swallowing problems (dysphagia), due to damage to brain areas responsible for controlling and coordinating the swallowing process. Can electrical stimulation help them restore the brain control of swallowing, to eat and drink comfortably again? That's what Marthe Everaert is looking into in her PhD.

Have you ever tried to get the last cookie from the bottom of the jar but couldn't quite reach it? Now, what if that cookie can potentially help cure cancer? Wiktoria Wojtaczka (KU Leuven) is investigating terbium, a chemical element that can be turned into a drug for cancer. But the problem she faces in her research is pretty similar to that of the cookie stuck in the jar

In 2020, a couple in Kampenhout died of malaria. In Belgium, this is highly exceptional, but worldwide, and especially in Africa, 400,000 malaria deaths, often involving children, occur every year. Leen Vandermosten wants to help reduce malaria deaths. Can injections of glucocorticoids, hormones from the adrenal glands, protect people from a deadly course of malaria infection? That's what Leen wants to figure out!