Rick Helmich, researcher at the Donders Center for Medical Neurosciences, receives a grant of $ 693,000 from the Michael J Fox Foundation. With this he can investigate the brain mechanisms that are responsible for the progression of Parkinson's disease. In theresearch He uses the data collected in the Personalized Parkinson Project.The grant of 693,000 dollarwill be used to investigate the cerebral mechanisms underlying disease progression in Parkinson's disease. Rick Helmich and his team will test the hypothesis that disease progression is mainly caused by a collapse of compensatory mechanisms.
To this end, they will make use of the data from the Personalized Parkinson Project (led by Bas Bloem), which is a longitudinal study in 650 Parkinson patients who will receive brain scans at baseline and after a followup of 2 years.). For the project, they will use half of this population (n=325), who will perform a motor task in the fMRI scanner at both time points. The task is optimized to detect dysfunctional activity in the basal ganglia, and compensatory activity in cortical regions (parietal cortex). They will relate changes in activity on both regions to clinical disease progression.
If they show that disease progression is mainly caused by changes in compensatory activity (rather than dysfunctional activity in the basal ganglia), then this may shift the treatment focus from cells that are gone (dopamine depletion) to cells that survive (compensation).
Related news items
Radboud study on Dirty Money wins Ig Nobel Prize17 September 2019
By shaking hands we are exchanging bacteria. Does this happen without direct hand-to-hand contact, for example when paying with paper money? Andreas Voss, clinical microbiologist at Radboudumc and CWZ, and colleagues in the United States received an Ig Nobel Prize for research into dirty money.read more
MMD Lecturer of the year award for Alessandra Cambi16 September 2019
At their annual MMD symposium, Alessandra Cambi, theme Nanomedicine, was chosen as lecturer of the year 2018-2019 of the Top Master "Molecular Mechanisms of disease".read more
Artificial intelligence for renal tissue assessment16 September 2019
Meyke Hermsen and Jeroen van der Laak, present an alternative approach, featuring a convolutional neural network for multi-class segmentation of periodic acid–Schiff-stained kidney tissue sections. Their work was published in the Journal of the American Society of Nephrology.read more