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Exploring the frontiers of brain and mental health.

Advancing Neuroscience Research

Our researchers aspire to make groundbreaking discoveries that will enhance the understanding, diagnosis, and treatment of mental and neurological disorders. Our team members consistently publish their findings in recognized international journals. By collaborating with leading experts and exploring cutting-edge technology, we aim to push the boundaries of neuroscience and translate our findings into real-world applications.

Spatial characteristics of spontaneous and stimulus-induced individual functional connectivity networks in severe disorders of consciousness. Sitaram, R., Yu, T., Halsband, U., et al.
Spatial characteristics of spontaneous and stimulus-induced individual functional connectivity networks in severe disorders of consciousness. Sitaram, R., Yu, T., Halsband, U., et al.
Brain and Cognition
2018-11-09
Technological challenges for large channel count, high bandwidth human brain-interface systems. Clement, C., Laabs, T., Donoghue, J.P.
Technological challenges for large channel count, high bandwidth human brain-interface systems. Clement, C., Laabs, T., Donoghue, J.P.
Poster at SFN 2018
2018-11-07
Personalized brain-spine interfaces in freely-behaving non-human primates. Seáñez, I., Borgognon, S., Hickey, A., et al.
Personalized brain-spine interfaces in freely-behaving non-human primates. Seáñez, I., Borgognon, S., Hickey, A., et al.
Poster at SFN 2018
2018-11-07
The mesoSPIM initiative – open-source light-sheet microscopes for imaging in cleared tissue. Voigt, F., Kirschenbaum, D., Pages, S., et al.
The mesoSPIM initiative – open-source light-sheet microscopes for imaging in cleared tissue. Voigt, F., Kirschenbaum, D., Pages, S., et al.
Poster at SFN 2018
2018-11-06
Single unit activity in middle frontal gyrus of a person with tetraplegia reveals sensory specific modulation. Wilcoxen, K.G., Vargas-irwin, C.E., Hynes, J.B., et al.
Single unit activity in middle frontal gyrus of a person with tetraplegia reveals sensory specific modulation. Wilcoxen, K.G., Vargas-irwin, C.E., Hynes, J.B., et al.
Poster at SFN 2018
2018-11-06
Advanced Light sheet Imaging Center (ALICE): development of a full service imaging platform – from sample clarification to 3D VR visualization. Pagès, S., Voigt, F., Reymond, G., et al.
Advanced Light sheet Imaging Center (ALICE): development of a full service imaging platform – from sample clarification to 3D VR visualization. Pagès, S., Voigt, F., Reymond, G., et al.
Poster at SFN 2018
2018-11-06
Modulation of the task-related functional connectivity during motor adaptation. Miehlbradt, J.C., Pierella, C., Giang, C., et al.
Modulation of the task-related functional connectivity during motor adaptation. Miehlbradt, J.C., Pierella, C., Giang, C., et al.
Poster at SFN 2018
2018-11-05
Stability of single-unit and ensemble-level tuning in primate primary motor and premotor cortex through extensive practice of a motor skill. Paroo, K., Vargas-irwin, C.E., Franquemont, L., et al.
Stability of single-unit and ensemble-level tuning in primate primary motor and premotor cortex through extensive practice of a motor skill. Paroo, K., Vargas-irwin, C.E., Franquemont, L., et al.
Poster at SFN 2018
2018-11-05
Dynamics of neuronal activity in the cerebral neocortex during human epileptic seizures revealed by microelectrode recordings. Zimmermann, J., Mégevand, P., Yulzari, A., et al.
Dynamics of neuronal activity in the cerebral neocortex during human epileptic seizures revealed by microelectrode recordings. Zimmermann, J., Mégevand, P., Yulzari, A., et al.
Poster at SFN 2018
2018-11-05
Unable to attend – Brain-computer-interface (bci) based communication in completely locked-in (clis) patients: Replication and extension
Unable to attend – Brain-computer-interface (bci) based communication in completely locked-in (clis) patients: Replication and extension
Poster at SFN 2018
2018-11-04
AO as a Philanthropic Force. Jeannet, J.P.
AO as a Philanthropic Force. Jeannet, J.P.
Leading a Surgical Revolution
2018-11-02
Targeted neurotechnology restores walking in humans with spinal cord injury. Wagner, F.B., Mignardot, J.B., Le Goff-Mignardot, C.G., et al.
Targeted neurotechnology restores walking in humans with spinal cord injury. Wagner, F.B., Mignardot, J.B., Le Goff-Mignardot, C.G., et al.
Nature
2018-10-31