Love actually happens less in your heart and more in your brain, where various neurotransmitters (brain chemicals) and hormones come into play.
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A new study by Dr. Peter Verstraelen, Prof. Jean-Pierre Timmermans and Prof. Winnok De Vos from the Laboratory of Cell Biology has revealed novel insights into how gut bacteria might influence our immune system and brain health.
The Department of Pharmaceutical Sciences recently showcased the innovative research of its Ph.D. students during their annual departmental research day. This event highlighted a diverse array of projects, reflecting the department’s commitment to advancing scientific knowledge and improving public health.
Je hebt meer gemeen met een zebravink dan je op het eerste zicht zou denken. Wetenschapper in de biochemie Jolien Diddens onderzocht voor haar doctoraat aan de Universiteit Antwerpen het belang van DNA-methylatie bij het sluiten van de kritische periode waarin zebravinken hun zang leren. Jolien Diddens studeerde biochemie en biotechnologie aan de Universiteit Antwerpen waar ze in 2012 haar master behaalde. Datzelfde jaar begon Jolien aan haar doctoraat in het labo van prof. Wim Vanden Berghe.
I’m Dr. Ayşe Candayan-Niron, an MSCA-funded postdoctoral researcher in the Molecular Neurogenomics Group. I research Charcot-Marie-Tooth disease, a group of rare inherited disorders affecting the peripheral nervous system. More than 100 genes and thousands of mutations can cause this disease, however approximately 35% of patients still lack a genetic diagnosis. My goal is to bridge this diagnostic gap by finding new genes that can lead to this pathology.
In recognition of the need for gender equality and empowering women and girls in science, the United Nations General Assembly proclaimed 11th February as the International Day of Women and Girls in Science. On this special occasion, let us celebrate the achievements and contributions of some of the remarkable women scientists in our faculty!
In a recent study published in the journal Nature Cell Biology, Dr. Elias Adriaenssens, Prof. Vincent Timmerman and colleagues have discovered a new function for a group of proteins called small heat shock proteins (HSPBs) in the human body. These proteins, which are found in the liquid (cytosolic) portion of cells, were found to play a critical role in the maintenance of the powerhouses of cells, the mitochondria.
My name is Dr. Leen Vendredy and I recently obtained my PhD in Biotechnology and Biochemistry. My research focused on neuromuscular diseases caused by mutations in the small heat shock protein HSPB8. My goal was to better understand the underlying mechanisms of these diseases and to identify potential therapeutic approaches. My PhD supervisor was Prof. Vincent Timmerman from the Peripheral Neuropathies group.
I’m Greta Klejborowska and I’m a Postdoctoral Research Fellow in the Medicinal Chemistry Research Group, led by Prof. Koen Augustyns. My research is focused on the development of novel ferroptosis inhibitors. But what exactly is ferroptosis and why is it important to block or inhibit it?
Songbirds are present all around us in our daily lives, but did you know that besides their beautiful song each morning they can also teach us something about neuroplasticity? My name is Jasmien Orije, and during my PhD at the Bio-Imaging Lab, under supervision of Professors Annemie Van Der Linden and Marleen Verhoye, I had the opportunity to work with this remarkable animal model for neuroplasticity.
Bethan Burnside recently started her PhD in Biomedical Sciences with Professor Frank Kooy in the Cognitive Genetics Lab at the UAntwerp Center of Medical Genetics. She aims to explore the epigenetics of ADHD in adult women. Until recently, attention deficit hyperactivity disorder (ADHD) was thought of as a neurodevelopmental condition that occurs in young boys. In fact, even Bethan believed this to be the case – until she was diagnosed with ADHD herself at the age of 25! Unfortunately, due to these misconceptions, ADHD in girls and women is often diagnosed too late or misdiagnosed as something else.
New research findings by Prof. Vincent Timmerman’s group has revealed common hallmarks in motor neurons of patients with different subtypes of Charcot-Marie-Tooth disease (CMT) type 2, including impaired axonal transport and mitochondrial dysfunction. Targeting these underlying disease mechanisms could pave the way for treatments that can help a larger group of CMT patients.