Data Records
handedness
MRS
The following data are available on the OpenNeuro data sharing platform (At the root level of the dataset, participant demographic information, including sex, and handedness, and age group is provided in the participants.tsv file and these variables are further described in the accompanying data dictionary, participants.json. The participants.tsv file also indicates which of the different tasks, physiological data, and MRI scans are available for each participant at each time point. This information is organized into 33 columns containing “1” (data exist) or “0” (missing data) for all measures at each session (i.e., ses-pre_task-emotionRegulation; ses-post_task-emotionRegulation). Also, we organized the information about data quality in 15 columns containing “1” (recommend excluding) or “0” (recommend including) for MRI or physiological measures at each session. The json files for tasks, included at the root level of the dataset or in sub folders, provide the data dictionaries and any other metadata for tasks.We organized the rest of the participants’ data in three ways: phenotype, subject folders, and derivatives folder(1) “Phenotype”: This folder includes files that list all participants’ scores on standardized tests at each time point and participants’ responses to emotion questionnaires at each time-point (with one row per participant)(2) “Sub- < ID > ”: This folder contains participants’ MRI scan data, physiological measures, and behavioral measures. Inside the folder of each participant with data available (i.e., n = 193 for total participants and n = 162 for longitudinal data, see also Fig. Inside “ses-pre” and “ses-post” folders, there are four subfolders named “anat”, “func”, “perf”, and “beh”. “Anat” folder contains TExample of the BIDS data structure for one participant. The data for subject 5007 are organized into five folders; two sessions for pre and post measurements, two sessions for HRV biofeedback data, one for calibration and the other for home training, and one last folder for behavioural data. While the data structure is consistent across subjects, there is some variation regarding data availability.Summary of data file name and location.•sub- < ID > /beh/sub- < ID > _task-recall_beh.tsv•sub- < ID > /beh/sub- < ID > _task-recognition_beh.tsv•sub- < ID > /ses-pre/beh/sub- < ID > _ses-pre_task-stress_acq-baseline_physio.tsv.gz•Same for acq-pasat, stroop, and recovery•sub- < ID > /ses- post/beh/sub- < ID > _ses-post_task-stress_acq-baseline_physio.tsv.gz•Same for acq-pasat, stroop, and recovery•sub- < ID > /ses-pre/beh/sub- < ID > _ses-pre_task-stress_acq-pasat_beh.tsv•sub- < ID > /ses-pre/beh/sub- < ID > _ses-pre_task-stress_acq-stroop_beh.tsv•sub- < ID > /ses-post/beh/sub- < ID > _ses-post_task-stress_acq-pasat_beh.tsv•sub- < ID > /ses-post/beh/sub- < ID > _ses-post_task-stress_acq-stroop_beh.tsv•sub- < ID > /ses-pre/func/sub- < ID > _ses-pre_task-rest_echo-1_bold.nii.gz•Same for echo-2 and echo-3•sub- < ID > /ses-post/func/sub- < ID > _ses- post_task-rest_echo-1_bold.nii.gz•Same for echo-2 and echo-3•Multi-echo fMRI•BOLD resting-state scan•sub- < ID > /ses-pre/func/sub- < ID > _ses-pre_task-emotionRegulation_echo-1_bold.nii.gz•Same for echo-2 and echo-3•sub- < ID > /ses-post/func/sub- < ID > _ses-post_task-emotionRegulation_echo-1_bold.nii.gz•Same for echo-2 and echo-3•Multi-echo fMRI data•Emotion regulation task during BOLD scan•sub- < ID > /ses- post/func/sub- < ID > _ses-post_task-ultimatumGame_echo-1_bold.nii.gz•Same for echo-2 and echo-3•Multi-echo fMRI data•Ultimatum Game task during BOLD scan•sub- < ID > /ses-post/func/sub- < ID > _ses-post_task-trainingMimicking_echo-1_bold.nii.gz•Same for echo-2 and echo-3•Multi-echo fMRI data•Training mimicking session during BOLD scan(3) “derivatives”: This folder contains MRS, mriqc, and freesurferQC folders. Inside the MRS folder, there is a “MRS_summary.tsv” file and individual IMA files, which are readable by dicom readers, under individual subject folders. “MRS_summary.tsv” includes the individual metabolite concentration levels and quality metrics for all scans for all participants. Also, information including the voxel orientation information extracted from the rda header in the IMA file are included in the file. Inside each subject folder, there are two subfolders, named “ses-pre”, “ses-post” including raw MRS data as IMA file format. The pre session included one MRS scan, which produced three ‘.IMA’ files. During the post session, some participants had two MRS scans; the first MRS scan occurred at the same point in the scan sequence as the pre MRS scan. The second, optional, MRS scan was completed after all other task scans were done. Inside the mriqc folder, there are multiple files for scan types; “group_T1w_mriqc.tsv” and “group_BOLD_mriqc_ < task-name > .tsv” include the quality control metrics for the T