Projects
- Using transcranial magnetic stimulation induced interference to explore functional-anatomical network models of visuospatial and motor attention.
- The bi-hemispheric language and knowledge network in the intact brain, cortical neurodegeneration and cortical stroke.
- Right-hemispheric contribution to language, knowledge and selective attention in the intact brain, cortical neurodegeneration and cortical stroke.
- Human neuroanatomy of biological processes underlying semantic and visuospatial cognition in normal conditions and in Alzheimer 's disease.
- Structure and function of the cerebral cortex in human and non-human primates (from single cells to deficits in patients).
- Functional neuroanatomy of semantic memory and selective attention in the intact brain and in Alzheimer's disease, frontotemporal degeneration and cortical ischemic lesions.
- Processing the meaning of written words and pictures in healthy controls, ageing and cortical neurodegenerative disease.
- Language, object processing and semantic memory in Alzheimer's disease: relation with amyloid deposition.
- The short and long range dynamics of attention.
- The effect of right hemispheric recruitment on language processing in cortical neurodegenerative disease (PhD Kate Adamczuk).
- Inter-species homologies of the role of the superior parietal lobe in shifting of attention (PhD Natalie Caspari).
- Distributed processing of concrete entities in temporal neocortex (PhD Rose Bruffaerts).
- Signal integration ERP and fMRI. (PhD Maarten Schrooten).
- Selective attention and visual stimulus identification: dissociation at a neuroanatomical level. (PhD Céline Gillebert)