Finding studies
Finding studies
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Saves the questions and what to expect into your notes, next to the visit they belong to.
Marie Odile Habert, MCU-PH
CONTACT
Raffaella Migliaccio, MD, PhD, HDR
CONTACT
Lead
Institut National de la Santé Et de la Recherche Médicale, France
With
Working hypotheses We hypothesize that "focal" patients (PCA) versus "diffuse" patients (AD-Y) have (i) less severe white matter involvement; (ii) effective reorganization of the functional brain networks; iii) pathologically, a different topography and lesion load. This project has no redundancy with the work already done in our team and in other teams at the international level. Expected benefits This study will highlight the neural mechanisms underlying resiliency in a group of AD patients who, although having the same disease, present with a very different clinical and cognitive profile. Demonstration of these specific mechanisms of resilience in the diseased brain is essential to better understand the pathophysiological processes of AD. We consider that the pharmacological approach and the functional reeducation to this disease depend essentially on a better knowledge of both the topographic distribution of the underlying histopathology (in particular, the tau protein), and the response capacity from the brain to these lesions (state of connection of networks, functional reorganization). In addition, when treatments for AD are available, a precise definition of phenotypic variants will be essential for the selection of patients for these therapies and for therapeutic follow-up. In the longer term, resilient neural circuits could be modulated and strengthened through transcranial stimulation. Indeed, promising results have been obtained showing that these techniques can improve the performance of altered cognitive functions in patients with dementia.
Age
40–80
Sex
ALL
Healthy volunteers
Accepted
