Queen Elisabeth Medical Foundation
for Neurosciences
Universities & teams
Universities having research projects supported by the Q.E.M.F.
Q.E.M.F. funded research projects
Projects 2005–2007
UGent
Prof. dr. Jan Tavernier
Evaluation of leptin antagonists for treatment of multiple sclerosis
Prof. dr. Peter Vanhoenacker
The human 5–HT7 receptor: a new link and potential therapeutic target for Alzheimer's disease?
UAntwerpen
Prof. dr. Erik De Schutter
Experimental analysis of cerebellar coding
Prof. dr. Vincent Timmerman, PhD
Molecular genetics and biology of Charcot-Marie-Tooth neuropathies
VUB
Prof. dr. Yvette Michotte
In vitro and in vivo studies on the role of the IRAP enzyme/AT4 receptor system in learning and memory processes
ULB
Prof. dr. Marc Parmentier
Characterization of the role of G protein-coupled receptors in the central nervous system by using genetically invalidated mouse models
Prof. dr. Serge N. Schiffmann
Roles of the direct and indirect pathways in functions and disorders of the basal ganglia
Prof. Pierre Vanderhaeghen, MD, PhD
Developmental mechanisms patterning neuronal connectivity in the cerebral cortex
KU Leuven
Prof. dr. Peter Janssen
The functional interaction between dorsal and ventral visual stream areas during 3D object discrimination and grasping
Prof. dr. Wim Vanduffel
Interactions between areas investigated using awake monkey fMRI
Prof. dr. Rufin Vogels
Coding of action categories in primate cortex
UCLouvain
Prof. dr. André Goffinet
Genetic, molecular and cellular mechanisms of cortical development
Prof. dr. Jean-Noël Octave
Phosphorylation of the amyloid precursor protein intracellular domain: regulation of the production of ß-amyloid peptide and transcriptional activity?
Prof. dr. Etienne Olivier
Distinct contribution of parietal and frontal cortical areas to the control of finger and hand movements
ULiège
Dr. Shibeshih Belachew
Unraveling the role of type 2 cyclin-dependent kinase during inner ear and white matter development
Prof. dr. Pierre Maquet
Human Brain Function in sleep. Studies in man by multimodal functional neuroimaging