One position for a postdoctoral fellowship has been opened (see details below) in the context of the following project:
Title of the project
In vivo functional characterization of whole brain- and population-level dynamics in genetic mouse models of migraine.
Abstract of the project
Migraine is a remarkably disabling and still poorly understood brain disorder which primarily affects the sensory nervous system. It is characterized by recurrent attacks of unilateral headache and by a global dysfunction in multisensory information processing. Previous investigations at the microcircuit level in genetic models of migraine have revealed significant alterations in the cortical excitatory synaptic transmission due to impaired mechanisms of glutamate release and glutamate clearance. Goal of the proposed project is investigating, in awake animal models, the impact that these microcircuit-level alterations have on the population and brain wide neuronal dynamics. In particular, the investigation will focus on the characterization of the functional connectivity in resting-state condition and of the spatio-temporal features of the activity elicited by a sensory stimulation. At this purpose, the research will adopt mostly optogenetic approaches based on fluorescence-based genetically encoded reporters of the neuronal activity and reporters of glutamate concentrations (iGluSnFr), in combination with large field of view high-speed mesoscale imaging and multiphoton imaging. To characterize the effective connectivity in the FHM models, in a parallel approach, the research will use light-based activity modulators (ChR2/GtAcR) in combination with activity recording.
We are looking for motivated and highly committed candidates holding a Ph.D in biomedical, biological or biophysical sciences or other related disciplines, or alternatively a minimum of three years of experience with research in mouse models. Ideal candidate should have a proven experience in techniques for research with mouse models in vivo and for functional imaging or optogenetics in vivo. High levels of flexibility and proven ability to manage a research project are a plus.