Showing 10 of 754 datasets · page 7 of 76
This dataset comprises intracranial EEG recordings from 121 individuals performing an auditory-naming task. Electrode coordinates are provided in MNI-305 stereotactic space. The dataset includes event markers for stimulus onset, stimulus offset, and response onset, enabling analysis of neural dynamics during speech production and auditory processing.
This dataset comprises EEG recordings from 41 participants collected to investigate the effects of rhythmic visual stimulation on experimental pain perception. The study was conducted at Université Laval in Quebec, Canada, and examines whether rhythmic visual stimulation modulates pain-related neural responses. The dataset includes raw EEG data and associated metadata from a controlled experimental protocol designed to test pain perception under different visual stimulation conditions. This is a derived dataset based on OpenNeuro ds006897.v1.0.0.
A longitudinal wireless subdural electrocorticography (ECoG) dataset from two fully implanted macaque monkeys (Macaca fuscata), organized in BIDS-iEEG format. The dataset comprises multiple recording sessions acquired weekly using an inductively powered wireless implant during rest and task-based conditions (pressing, reaching, listening, and sensorimotor tasks). This resource enables reproducible research in primate neurophysiology and brain-computer interface development. The dataset was independently curated and reorganized from in-house raw recordings (.bin files) using a custom BIDS converter. The original in-house raw recordings that served as the source for this BIDS-organized dataset are not publicly released. While a related version exists on OpenNeuro (ds006890), this dataset represents an independently maintained BIDS reorganization of the original in-house recordings.
This dataset comprises EEG recordings from 148 neurologically healthy adults performing an emotion processing and regulation task with static visual stimuli. Participants completed 240 trials in a 2×3 factorial design manipulating stimulus content (social vs. non-social) and regulation requirement (passive viewing of neutral or negative images, or cognitive reappraisal of negative images), with subsequent subjective ratings of arousal and valence. The study investigates discrepancies between self-reported and neurophysiological markers of socio-affective responses in lonely individuals.
This dataset comprises EEG recordings and behavioral data from 120 neurologically healthy adults who completed an emotion processing and regulation task during transcranial direct current stimulation (tDCS). Participants underwent two counterbalanced sessions (sham and active stimulation) while viewing static emotional images and performing either passive viewing or cognitive reappraisal. Stimulation was targeted to the dorsolateral prefrontal cortex using two between-subject alternative montages: left dlPFC (anode at F3) or right dlPFC (anode at F4). The study investigates how targeted neuromodulation of the dlPFC modulates affective response evaluation in individuals experiencing loneliness. This is a BIDS-formatted dataset derived from OpenNeuro (ds006861).
This dataset comprises continuous EEG, ECG, and EDA recordings from 63 participants who viewed and rated Streetview images of urban environments. Participants rated 56 different urban scenes on nine subjective scales (arousal, valence, dominance, stress, openness, safety, beauty, hominess, and fascination) while neural responses were recorded. The study investigates how different urban environmental elements influence subjective appraisals and neural processing, with semantic segmentation features extracted from stimuli to predict both behavioral ratings and event-related potentials.
This dataset comprises 64-channel EEG recordings with concurrent ECG and PPG measurements from 30 healthy young adults during resting state and a verbal working memory task. Participants performed digit span recall under four presentation modes (simultaneous, fast sequential, fast sequential with delay, and slow sequential), enabling investigation of neural oscillations and peripheral physiological responses during working memory encoding, maintenance, and retrieval. The dataset includes behavioral accuracy measures and trial-by-trial performance metrics.
IACKD is a multimodal neurophysiological dataset combining electroencephalography (EEG) recordings with hand kinematics data collected during a task designed to investigate intention-action conflict. The dataset comprises raw EEG signals and synchronized kinematic measurements from participants performing motor tasks, providing a resource for studying the neural mechanisms underlying motor planning and conflict resolution.
This dataset comprises EEG recordings acquired during a sham neurofeedback experiment conducted in virtual reality, investigating how feedback valence modulates alpha-band activity during attentional tasks. Participants received positive, negative, or control feedback while performing an attentional task, with additional resting-state recordings (eyes open and closed). Data were collected using a 32-channel SynAmps RT system and converted to BIDS format.
A neuroimaging dataset implementing the Visual Attribute-Specific Contextual Trajectory Paradigm 2.0, designed to investigate visual perception and contextual processing. This raw BIDS-formatted dataset provides neuroimaging data collected during a visual attribute task with contextual manipulations, supporting research into how the brain processes visual information within different contextual frameworks.