This project is a collaboration between the Departments of Movement Sciences (Prof. Jolien Gooijers and Jean-Jacques Orban de Xivry) and Rehabilitation Sciences at KU Leuven (Prof. Geert Verheyden). The Movement Control and Neuroplasticity Research Group comprises a multidisciplinary team of international scientists with various backgrounds. The research team follows an integrated behavioral and neuroscientific research strategy, focusing on experimental studies in motor control and training-induced neuroplasticity. In recent years, the group has increasingly focused on studying the neural basis of changes in motor performance throughout the lifespan and due to diseases. The research team within Rehabilitation Sciences, the Stroke Rehabilitation Research Team, focuses on sensorimotor impairments, recovery, and rehabilitation of the upper limb after a stroke.
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In this doctoral project, we investigate possible structural changes in the brain resulting from sensorimotor training in chronic stroke patients and healthy age-matched individuals. Additionally, we aim to provide crucial new insights into the significance of adaptive brain changes for improved sensorimotor functions.
Understanding neuroplasticity through sensorimotor training is essential. It reveals how the brain adapts after injury and during rehabilitation, leading to improved methods and prognoses for stroke patients. These insights help predict recovery potential and tailor treatments. For healthy elderly individuals, this research highlights the brain's ability to adapt, offering implications for improving sensorimotor functions and thus enhancing quality of life.
By employing various neural imaging techniques (structural MRI, diffusion MRI, functional MRI) before and after sensorimotor training, we will obtain crucial information regarding neuroplasticity. Moreover, with a special focus on (advanced) diffusion (white matter) imaging, we will shed new light on the critical relationship between white matter, brain function, and motor behavior.
Excellent state-of-the-art research infrastructure is available for conducting this research at BrainsHub, including motion capture and robotic technology, as well as a mock-MRI scanner. Access to MRI scanners for non-invasive brain imaging is facilitated by the Department of Translational MRI at the University Hospital Leuven.
For more information regarding this vacancy, please contact Jolien Gooijers: Jolien.gooijers@kuleuven.be.
We are looking for a dynamic and motivated candidate with a strong interest in studying the neural mechanisms underlying movement and sensory function. Additionally, the candidate should:
Additionally, it is beneficial (but not required) if the candidate has:
For more information please contact Prof. dr. Jolien Gooijers, tel.: +32 16 32 90 72, mail: jolien.gooijers@kuleuven.be.
Applications must consist of a motivation letter (including contact details of 2 referees) and a CV (including transcripts at university level). You can apply via our online application tool. Interviews will take place on Monday, July 8 and Tuesday, July 9 between 11 a.m. and 2 p.m.
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