Imaging of functional plasticity in the mouse barrel cortex upon photothrombotic stroke

Diplôme Master Imaging of functional plasticity in the mouse barrel cortex upon photothrombotic stroke eng 2014 author Passaquay Florian 656363 director Holtmaat Anthony 0000-0002-7577-0769 661031 Cerebral ischemia or more commonly termed stroke is in human beings a leading brain altering condition, which has no cure. Thanks to the brain's ability to remodel itself combined to well an elaborate rehabilitation treatment, part of the abilities can be restored. Plasticity after a cortical stroke has been evidenced during recovery after stroke, when brain areas surrounding the infarct zone starts to respond to the limb information to compensate the lost tissue. Stroke covering large scale areas have been studied using brain imaging technics such as fMRI among others. However, the neuronal plasticity occurring during recovery process has never been monitored and more importantly at multiple timepoints after stroke... Dewey 150 Dewey 616.8 Maîtrise universitaire interdisciplinaire en neurosciences 16 Centre interfacultaire de neurosciences 0D9 108 Section de psychologie 71 false edaa1343-3e6c-473b-8e90-ffb75657c7f2 Master thesis Restricted Mémoire Florian Passaquay.pdf 7254779 application/pdf restrictedAccess Centres et instituts / Centre interfacultaire de neurosciences Faculté de psychologie et des sciences de l'éducation / Section de psychologie

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Imaging of functional plasticity in the mouse barrel cortex upon photothrombotic stroke				2014	242	0

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Passaquay, Florian