Development and function of the nervous systemThe department for cognitive neuroscience aims to understand the development and function of the nervous system in health and disease with a special focus on neurodevelopmental, stress related and sensory disorders.
We focus on excellent translational research at the intersection of cognitive and clinical neuro‐sciences and on teaching and training researchers and health professionals.
We aim to achieve our objectives by:
- International recognition based on innovative expertise, publications, grants, scientific awards and networks;
- Excellent scientific training to master and PhD students;
- Expert teaching and teaching development within the UMC and beyond;
- Interaction with top researchers, clinical partners and others to promote interdisciplinary knowledge transfer and to develop potential applications.
Head of Department
024 (36) 20194
Click here for an overview of the Operations Staff.
Focus: Estimating the electric activity of the heart and the brain from recorded signals at the body surface, and computing the currents inside the brain from electric or magnetic stimulation outside the head.
Contact: Dr. Thom Oostendorp
Focus: Vision, visuo-motor integration and visual restoration following stroke; imaging, behavior, modeling.
Contact: Dr. Bert van den Berg
Focus: Environmental factors and mechanisms that shape early and long-term human development, using psychological and biological perspectives. Interdisciplinary methods and areas of interest that include stress, caregiving, health, intestinal microbiota, behavior, breast milk, and interventions.
Contact: Prof. Dr. Carolina de Weerth
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Focus: Human cognitive neuroscience studying the brain basis of memory, emotion, and their interactions. An interdisciplinary approach is applied integrating cognitive neuroimaging, genetics, pharmacology and diverse clinical disciplines.
Contact: Prof. Dr. Guillén Fernández
Focus: Cognitive, neural and genetic mechanisms involved in neurodevelopmental disorders (ADHD, autism, Conduct Disorder/Psychopathy) over the lifespan; including identifying new molecular targets for treatment, and developing and testing effective non-pharma (diet and mindfulness) and biological/pharma interventions.
Contact: Prof. Dr. Jan Buitelaar
Focus: Mechanisms underlying ADHD in the context of normal and positive psychological functioning, using behavioural genetic (twin, family, molecular genetic) designs and neuroimaging. Mindfulness training as an intervention for children with ADHD and their parents. Positive mental health.
Contact: Dr. Corina Greven
Focus: Understanding the link between genetic liability for different neurodevelopmental and psychiatric disorders, the brain structure, and long-tern functional outcomes using neuroimaging, genome-wide statistics, longitudinal data and multivariate statistics.
Contact: Emma Sprooten
Focus: Memory enhancement by sleep and other interventions, such as mnemonic strategies and memory training. Neural basis of cognitive processes during sleep, including dreaming. Healthy subjects and patients with affective disorders.
Contact: Dr. Martin Dresler
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Focus: Investigate the primate brain from neuron to behaviour using advanced psychophysics, neuroimaging and (single-unit) electrophysiology. The focus is on visual perception, visuomotor behaviour and cognitive control in health and disease. Modeling links the levels of research.
Contact: Dr. Jeroen Goossens
European research project raises hopes in fight against rare diseasesSolve-RD successfully established an innovative approach to jointly re-analyze genomic and phenotypic data from unsolved rare disease patients1 June 2021
Three Vici grantsfor Radboudumc researchers20 February 2020
Judith Homberg appointed Professorof Translational Neuroscience20 March 2019