Bilateral, symmetrical oscillatory dynamics in human brainstem: Can we utilize them to differentiate between wakefulness and anaesthesia?
Alceste Deli, Yongzhi Huang, Alexander Green · FENS Forum 2024
Aims: Human subcortical arousal networks are currently being surgically targeted across trials, aiming to ameliorate consciousness state. Clinically available implantable devices impose frequency cut-offs below 50Hz, while other experimental platforms only allow for streaming from a single dipole at a time. Therefore, exploring state-related bilateral symmetrical patterns of activation in frequencies ranging to low gamma, might offer insights to salient options for detection of frequency-dependent activity. Methods: We recorded bilateral continuous data from two externalized cases of brainstem
ePoster · Neuroscience