Neurological deficits secondary to pathologies such as stroke, tumor, trauma, and neurodegeneration lead to enduring disability for many patients. Therefore, the development of neurorestorative technologies utilizing brain computer interfaces (BCIs) is an important goal in applied neuroscience. This is the first analysis of high gamma signal in human hand primary somatosensory cortex utilizing PtNRGrids.
Details
Title
Mapping high gamma neural signals in hand primary somatosensory cortex using a multi-thousand channel platinum nanorod microelectrode grid
Creator
Shahin, Maryam N. : Oregon Health and Science University Lopez Ramos, Christian G. : Oregon Health and Science University Tchoe, Youngbin : Oregon Health and Science University Nerison, Caleb : Oregon Health and Science University Lee, Jihwan : Oregon Health and Science University Lee, Keundong : Oregon Health and Science University Bourhis, Andrew : Oregon Health and Science University Dayeh, Shadi : Oregon Health and Science University Raslan, Ahmed M. : Oregon Health and Science University Collins, Kelly L. : Oregon Health and Science University
Meeting Name
Research Week, Oregon Health and Science University
