…Brain-wide human electrophysiology during aversive stimuli and ketamine (Version 0.250528…
EEG recordings from a double-blind, placebo-controlled pharmacological study in which healthy participants performed a visual working memory task after receiving the dopamine D2 agonist cabergoline (1.25 mg). Each of 27 participants completed two sessions, one with drug and one with placebo. The EEG data have not been previously published, while the behavioral data appeared in an earlier paper.
EEG recordings from 142 participants who received laser-evoked pain stimuli at fixed low and high intensities and rated the pain intensity after each stimulus. Each participant completed 3 blocks of 10 stimuli, with high and low pain stimuli evenly distributed within each block. Data were recorded with a Biosemi system and are intended for studying the neural correlates of pain perception.
A multimodal porcine dataset of corticothalamic communication recorded during analgesia, sedation, and controlled gradual cerebral ischemia followed by recovery. It includes 11 juvenile pigs monitored across sedation states (isoflurane, fentanyl, propofol), one or two ischemia episodes, and recovery phases. Animals were divided into a sedation-only group and an ischemia group.
This fNIRS (functional near-infrared spectroscopy) dataset examines how morphine affects cortical hemodynamic responses to painful electrical stimulation compared with placebo. Recordings target the medial frontopolar cortex (medial BA 10) in healthy participants. The dataset supports research on objective, neuroimaging-based markers of analgesic drug effects.
EEG dataset recorded while participants received laser-evoked pain stimuli at fixed intensities (3/3.5 J for low pain and 3.5/4 J for high pain). Each participant completed three blocks of ten stimuli, with high and low pain intensities evenly distributed within each block. After each stimulus, participants rated pain intensity on a 0-10 scale.
EEG recordings from 19 healthy participants using a music-based brain-computer interface that lets users dynamically modulate music tempo through intentional control. Participants kinaesthetically imagined squeezing a ball with the right hand to increase tempo, or relaxed to decrease it. The paradigm comprised 9 runs, beginning with a calibration run of 30 trials in pairs of increase and decrease tempo trials.