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    • 1 Optogenetic modulation of large-scale network dynamics in the ferret
    • 2 Tremor-related sensorimotor network connectivity in healthy subjects and PD
    • 3 Optogenetic dissection of multisensory interactions in rodents
    • 4 Dynamics of dentate gyrus-septal neuronal networks in the mouse
    • 5 Optogenetic dissection of cortico-subcortical interactions during movement control in rodents
    • 6 Resting state interactions in cortico-subcortical networks in PD patients
    • 7 Dynamic endogenous regulation of networks by memory, motivation and attention
    • 8 Forebrain control of the dynamics of brainstem and spinal cord networks generating rhythmic activity
    • 9 Connectivity and role of the thalamic reticular nucleus (TRN) in cognition
    • 10 Mapping structural, functional, metabolic, and electrophysiological connectivity in healthy and stroke patients with a hybrid PET/MR system and hdEEG, and whole brain modelling of these relationships
    • 11 Enhancement of structural and effective connectivity information by functional data and whole-brain models
    • 12 Impact of DC electric fields on interlaminar and intercolumnar cortical network dynamics
    • 13 Effective connectivity estimation from laminar profiles measured with sub-millimeter ultra-high field fMRI
    • 14 Large-scale interactive analysis of networks in the human brain
    • 15 Long-term online behavioural assessment of patients with cortical network impairment
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An Innovative Training Network (ETN) of the Marie Skłodowska-Curie Actions

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This project receives funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 860563.

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