BIOMEDICAL MASTER IN NEUROSCIENCES

Laboratories proposing a master's project


Group leader	Laboratory	Project title
Prof. Richard Benton	Center for Integrative Genomics	A combined microarray and RNAi screen for novel chemosensory genes
Dr. Benjamin Boutrel	DP-CHUV, Centre de Neurosciences Psychiatriques	Role of the hypocretin/orexin system in the etiology of eating disorders in mice
Dr. Jean-Yves Chatton	DNF & Department of Physiology	Cellular, molecular and functional elements of astrocyte neuron lactate shuttle in the hypothalamus
Dr. Alexandre Croquelois	Department of Fundamental Neurosciences	GABAA receptor ligand binding modifications in a model of cortical malformation with epilepsy
Dr. Isabelle Decosterd	Anesthesiology & DNF	Molecular mechanism of chronic pain
Dr. Chin Eap	Unit of Biochemistry and Clinical Psychopharmacology	In vitro study of transport of psychotropic drugs by human Permeability-glycoprotein (PGP)
Prof. Jean-Pierre Hornung	Department of Fundamental Neurosciences	Gender difference in developing anxiety phenotype in the 5-HT1aR knock-out mice
Dr. Sandor Kasas	LPMV	Observing Topoisomerase II in action by atomic force microscopy
Dr. Geneviève Leuba	Centre de Neurosciences psychiatriques (CNP) & Service de Psychiatrie	Maladie d'Alzheimer et vieillissement cérébral: identification de marqueurs
Dr. Jean-Luc Martin	Département de Physiologie
Dr. Micah Murray	EEG Brain Mapping Core of the Center for Biomedical Imaging	Effects of Bariatric Surgery on Brain Responses to Food Viewing
Prof. Luc Pellerin	Department of Physiology	Regulation of MCT4 expression in mouse cultured cortical astrocytes by the neuronal signal nitric oxide (NO)
Dr. Beat Riederer	Centre des neurosciences psychiatriques (CNP)	Role of ubiquitination of proteins in neurodegeneration
Dr. Ron Stoop & Prof. Bruno Gravier	Physiology/Psychiatry	Aggression and Violence: from Clinical experience to Neurobiological model
Prof. Mehdi Tafti	Center for Integrative Genomics	Molecular Genetics of Sleep in Mice
Prof. Andrea Volterra	Department of Fundamental Neurosciences	Synaptic activity is controlled by astrocytes: modalities of activation of presynaptic NMDA receptors

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