A high resolution 7-Tesla resting-state fMRI test-retest dataset with cognitive and physiological measures
Krzysztof J. Gorgolewski and Natacha Mendes and Domenica Wilfling and Elisabeth Wladimirow and Claudine J. Gauthier and Tyler Bonnen and Robert Trampel and Pierre-Louis Bazin and Roberto Cozatl and Florence J. M. Ruby and Jonathan Smallwood and Daniel S.

7t_trt (1026 files)
acquisition_protocols/fieldmap.pdf 5.45kB
acquisition_protocols/MP2RAGE.pdf 7.57kB
acquisition_protocols/rest_full_brain.pdf 7.39kB
acquisition_protocols/rest_prefrontal.pdf 6.93kB
CCPT.csv 467.64kB
demographics.csv 0.38kB
dicoms/sub001/session_1/fieldmap_1_magnitude.tar.xz 362.82kB
dicoms/sub001/session_1/fieldmap_1_phase.tar.xz 219.58kB
dicoms/sub001/session_1/fieldmap_2_magnitude.tar.xz 363.85kB
dicoms/sub001/session_1/fieldmap_2_phase.tar.xz 220.50kB
dicoms/sub001/session_1/rest_full_brain_1.tar.xz 381.11MB
dicoms/sub001/session_1/rest_full_brain_2.tar.xz 380.27MB
dicoms/sub001/session_1/rest_prefrontal.tar.xz 88.48MB
dicoms/sub001/session_1/S04_MP2RAGE_INV1.tar.xz 15.30MB
dicoms/sub001/session_1/S05_MP2RAGE_INV1_PHS.tar.xz 38.52MB
dicoms/sub001/session_1/S06_MP2RAGE_T1.tar.xz 33.12MB
dicoms/sub001/session_1/S07_MP2RAGE_UNI.tar.xz 36.20MB
dicoms/sub001/session_1/S08_MP2RAGE_INV2.tar.xz 16.56MB
dicoms/sub001/session_1/S09_MP2RAGE_INV2_PHS.tar.xz 15.54MB
dicoms/sub001/session_2/fieldmap_1_magnitude.tar.xz 358.98kB
dicoms/sub001/session_2/fieldmap_1_phase.tar.xz 220.35kB
dicoms/sub001/session_2/fieldmap_2_magnitude.tar.xz 358.14kB
dicoms/sub001/session_2/fieldmap_2_phase.tar.xz 221.66kB
dicoms/sub001/session_2/rest_full_brain_1.tar.xz 373.25MB
dicoms/sub001/session_2/rest_full_brain_2.tar.xz 365.76MB
dicoms/sub001/session_2/rest_prefrontal.tar.xz 86.58MB
dicoms/sub002/session_1/fieldmap_1_magnitude.tar.xz 363.65kB
dicoms/sub002/session_1/fieldmap_1_phase.tar.xz 223.86kB
dicoms/sub002/session_1/fieldmap_2_magnitude.tar.xz 364.71kB
dicoms/sub002/session_1/fieldmap_2_phase.tar.xz 224.67kB
dicoms/sub002/session_1/rest_full_brain_1.tar.xz 387.11MB
dicoms/sub002/session_1/rest_full_brain_2.tar.xz 386.66MB
dicoms/sub002/session_1/rest_prefrontal.tar.xz 89.36MB
dicoms/sub002/session_2/fieldmap_1_magnitude.tar.xz 362.92kB
dicoms/sub002/session_2/fieldmap_1_phase.tar.xz 222.60kB
dicoms/sub002/session_2/fieldmap_2_magnitude.tar.xz 364.16kB
dicoms/sub002/session_2/fieldmap_2_phase.tar.xz 222.38kB
dicoms/sub002/session_2/rest_full_brain_1.tar.xz 389.35MB
dicoms/sub002/session_2/rest_full_brain_2.tar.xz 389.97MB
dicoms/sub002/session_2/rest_prefrontal.tar.xz 89.12MB
dicoms/sub003/session_1/fieldmap_1_magnitude.tar.xz 361.82kB
dicoms/sub003/session_1/fieldmap_1_phase.tar.xz 223.40kB
dicoms/sub003/session_1/fieldmap_2_magnitude.tar.xz 372.97kB
dicoms/sub003/session_1/fieldmap_2_phase.tar.xz 224.12kB
dicoms/sub003/session_1/rest_full_brain_1.tar.xz 374.21MB
dicoms/sub003/session_1/rest_full_brain_2.tar.xz 367.43MB
dicoms/sub003/session_1/rest_prefrontal.tar.xz 84.94MB
dicoms/sub003/session_2/fieldmap_1_magnitude.tar.xz 364.01kB
dicoms/sub003/session_2/fieldmap_1_phase.tar.xz 221.24kB
dicoms/sub003/session_2/fieldmap_2_magnitude.tar.xz 366.93kB
dicoms/sub003/session_2/fieldmap_2_phase.tar.xz 221.07kB
dicoms/sub003/session_2/rest_full_brain_1.tar.xz 371.07MB
dicoms/sub003/session_2/rest_full_brain_2.tar.xz 367.20MB
dicoms/sub003/session_2/rest_prefrontal.tar.xz 85.66MB
dicoms/sub004/session_1/fieldmap_1_magnitude.tar.xz 347.34kB
dicoms/sub004/session_1/fieldmap_1_phase.tar.xz 222.41kB
dicoms/sub004/session_1/fieldmap_2_magnitude.tar.xz 347.10kB
dicoms/sub004/session_1/fieldmap_2_phase.tar.xz 222.50kB
dicoms/sub004/session_1/rest_full_brain_1.tar.xz 354.54MB
dicoms/sub004/session_1/rest_full_brain_2.tar.xz 356.37MB
dicoms/sub004/session_1/rest_prefrontal.tar.xz 85.36MB
dicoms/sub004/session_2/fieldmap_1_magnitude.tar.xz 339.74kB
dicoms/sub004/session_2/fieldmap_1_phase.tar.xz 223.52kB
dicoms/sub004/session_2/fieldmap_2_magnitude.tar.xz 339.12kB
dicoms/sub004/session_2/fieldmap_2_phase.tar.xz 221.44kB
dicoms/sub004/session_2/rest_full_brain_1.tar.xz 351.53MB
dicoms/sub004/session_2/rest_full_brain_2.tar.xz 348.98MB
dicoms/sub004/session_2/rest_prefrontal.tar.xz 85.02MB
dicoms/sub005/session_1/fieldmap_1_magnitude.tar.xz 362.08kB
dicoms/sub005/session_1/fieldmap_1_phase.tar.xz 223.78kB
dicoms/sub005/session_1/fieldmap_2_magnitude.tar.xz 360.31kB
dicoms/sub005/session_1/fieldmap_2_phase.tar.xz 220.67kB
dicoms/sub005/session_1/rest_full_brain_1.tar.xz 366.91MB
dicoms/sub005/session_1/rest_full_brain_2.tar.xz 367.30MB
dicoms/sub005/session_1/rest_prefrontal.tar.xz 85.29MB
dicoms/sub005/session_2/fieldmap_1_magnitude.tar.xz 363.94kB
dicoms/sub005/session_2/fieldmap_1_phase.tar.xz 220.30kB
dicoms/sub005/session_2/fieldmap_2_magnitude.tar.xz 363.36kB
dicoms/sub005/session_2/fieldmap_2_phase.tar.xz 224.24kB
dicoms/sub005/session_2/rest_full_brain_1.tar.xz 387.24MB
dicoms/sub005/session_2/rest_full_brain_2.tar.xz 379.33MB
dicoms/sub005/session_2/rest_prefrontal.tar.xz 86.62MB
dicoms/sub006/session_1/fieldmap_1_magnitude.tar.xz 355.98kB
dicoms/sub006/session_1/fieldmap_1_phase.tar.xz 223.20kB
dicoms/sub006/session_1/fieldmap_2_magnitude.tar.xz 348.91kB
dicoms/sub006/session_1/fieldmap_2_phase.tar.xz 221.64kB
dicoms/sub006/session_1/rest_full_brain_1.tar.xz 359.04MB
dicoms/sub006/session_1/rest_full_brain_2.tar.xz 358.20MB
dicoms/sub006/session_1/rest_prefrontal.tar.xz 86.82MB
dicoms/sub006/session_2/fieldmap_1_magnitude.tar.xz 348.24kB
dicoms/sub006/session_2/fieldmap_1_phase.tar.xz 226.24kB
dicoms/sub006/session_2/fieldmap_2_magnitude.tar.xz 351.80kB
dicoms/sub006/session_2/fieldmap_2_phase.tar.xz 224.80kB
dicoms/sub006/session_2/rest_full_brain_1.tar.xz 361.09MB
dicoms/sub006/session_2/rest_full_brain_2.tar.xz 366.85MB
dicoms/sub006/session_2/rest_prefrontal.tar.xz 86.40MB
dicoms/sub007/session_1/fieldmap_1_magnitude.tar.xz 365.45kB
dicoms/sub007/session_1/fieldmap_1_phase.tar.xz 217.58kB
dicoms/sub007/session_1/fieldmap_2_magnitude.tar.xz 364.75kB
dicoms/sub007/session_1/fieldmap_2_phase.tar.xz 218.12kB
dicoms/sub007/session_1/rest_full_brain_1.tar.xz 364.39MB
dicoms/sub007/session_1/rest_full_brain_2.tar.xz 363.43MB
dicoms/sub007/session_1/rest_prefrontal.tar.xz 84.45MB
dicoms/sub007/session_2/fieldmap_1_magnitude.tar.xz 372.12kB
dicoms/sub007/session_2/fieldmap_1_phase.tar.xz 219.76kB
dicoms/sub007/session_2/fieldmap_2_magnitude.tar.xz 370.63kB
dicoms/sub007/session_2/fieldmap_2_phase.tar.xz 217.24kB
dicoms/sub007/session_2/rest_full_brain_1.tar.xz 380.34MB
dicoms/sub007/session_2/rest_full_brain_2.tar.xz 378.98MB
dicoms/sub007/session_2/rest_prefrontal.tar.xz 86.39MB
dicoms/sub008/session_1/fieldmap_1_magnitude.tar.xz 361.26kB
dicoms/sub008/session_1/fieldmap_1_phase.tar.xz 221.06kB
dicoms/sub008/session_1/fieldmap_2_magnitude.tar.xz 363.91kB
dicoms/sub008/session_1/fieldmap_2_phase.tar.xz 219.39kB
dicoms/sub008/session_1/rest_full_brain_1.tar.xz 380.42MB
dicoms/sub008/session_1/rest_full_brain_2.tar.xz 380.73MB
dicoms/sub008/session_1/rest_prefrontal.tar.xz 87.67MB
dicoms/sub008/session_2/fieldmap_1_magnitude.tar.xz 361.74kB
dicoms/sub008/session_2/fieldmap_1_phase.tar.xz 221.37kB
dicoms/sub008/session_2/fieldmap_2_magnitude.tar.xz 364.78kB
dicoms/sub008/session_2/fieldmap_2_phase.tar.xz 219.75kB
dicoms/sub008/session_2/rest_full_brain_1.tar.xz 380.57MB
dicoms/sub008/session_2/rest_full_brain_2.tar.xz 381.52MB
dicoms/sub008/session_2/rest_prefrontal.tar.xz 86.69MB
dicoms/sub009/session_1/fieldmap_1_magnitude.tar.xz 372.96kB
dicoms/sub009/session_1/fieldmap_1_phase.tar.xz 223.20kB
dicoms/sub009/session_1/fieldmap_2_magnitude.tar.xz 373.38kB
dicoms/sub009/session_1/fieldmap_2_phase.tar.xz 223.27kB
dicoms/sub009/session_1/rest_full_brain_1.tar.xz 388.15MB
dicoms/sub009/session_1/rest_full_brain_2.tar.xz 386.09MB
dicoms/sub009/session_1/rest_prefrontal.tar.xz 89.08MB
dicoms/sub009/session_2/fieldmap_1_magnitude.tar.xz 377.35kB
dicoms/sub009/session_2/fieldmap_1_phase.tar.xz 222.92kB
dicoms/sub009/session_2/fieldmap_2_magnitude.tar.xz 371.50kB
dicoms/sub009/session_2/fieldmap_2_phase.tar.xz 222.43kB
dicoms/sub009/session_2/rest_full_brain_1.tar.xz 387.41MB
dicoms/sub009/session_2/rest_full_brain_2.tar.xz 389.30MB
dicoms/sub009/session_2/rest_prefrontal.tar.xz 89.79MB
dicoms/sub010/session_1/fieldmap_1_magnitude.tar.xz 370.02kB
dicoms/sub010/session_1/fieldmap_1_phase.tar.xz 220.06kB
dicoms/sub010/session_1/fieldmap_2_magnitude.tar.xz 370.68kB
dicoms/sub010/session_1/fieldmap_2_phase.tar.xz 219.42kB
dicoms/sub010/session_1/rest_full_brain_1.tar.xz 374.65MB
dicoms/sub010/session_1/rest_full_brain_2.tar.xz 376.43MB
dicoms/sub010/session_1/rest_prefrontal.tar.xz 85.63MB
dicoms/sub010/session_2/fieldmap_1_magnitude.tar.xz 370.49kB
dicoms/sub010/session_2/fieldmap_1_phase.tar.xz 221.39kB
dicoms/sub010/session_2/fieldmap_2_magnitude.tar.xz 369.66kB
dicoms/sub010/session_2/fieldmap_2_phase.tar.xz 219.82kB
dicoms/sub010/session_2/rest_full_brain_1.tar.xz 377.84MB
dicoms/sub010/session_2/rest_full_brain_2.tar.xz 372.87MB
dicoms/sub010/session_2/rest_prefrontal.tar.xz 86.04MB
dicoms/sub011/session_1/fieldmap_1_magnitude.tar.xz 369.61kB
dicoms/sub011/session_1/fieldmap_1_phase.tar.xz 219.73kB
dicoms/sub011/session_1/fieldmap_2_magnitude.tar.xz 372.03kB
dicoms/sub011/session_1/fieldmap_2_phase.tar.xz 217.85kB
dicoms/sub011/session_1/rest_full_brain_1.tar.xz 46.13MB
dicoms/sub011/session_1/rest_full_brain_2.tar.xz 46.35MB
dicoms/sub011/session_1/rest_prefrontal.tar.xz 88.78MB
dicoms/sub011/session_2/fieldmap_1_magnitude.tar.xz 364.71kB
dicoms/sub011/session_2/fieldmap_1_phase.tar.xz 218.72kB
dicoms/sub011/session_2/fieldmap_2_magnitude.tar.xz 365.64kB
dicoms/sub011/session_2/fieldmap_2_phase.tar.xz 217.92kB
dicoms/sub011/session_2/rest_full_brain_1.tar.xz 45.13MB
dicoms/sub011/session_2/rest_full_brain_2.tar.xz 44.84MB
dicoms/sub011/session_2/rest_prefrontal.tar.xz 87.09MB
dicoms/sub012/session_1/fieldmap_1_magnitude.tar.xz 369.25kB
dicoms/sub012/session_1/fieldmap_1_phase.tar.xz 218.49kB
dicoms/sub012/session_1/fieldmap_2_magnitude.tar.xz 368.33kB
dicoms/sub012/session_1/fieldmap_2_phase.tar.xz 217.82kB
dicoms/sub012/session_1/rest_full_brain_1.tar.xz 382.59MB
dicoms/sub012/session_1/rest_full_brain_2.tar.xz 382.20MB
dicoms/sub012/session_1/rest_prefrontal.tar.xz 87.88MB
dicoms/sub012/session_2/fieldmap_1_magnitude.tar.xz 362.65kB
dicoms/sub012/session_2/fieldmap_1_phase.tar.xz 221.86kB
dicoms/sub012/session_2/fieldmap_2_magnitude.tar.xz 369.92kB
dicoms/sub012/session_2/fieldmap_2_phase.tar.xz 218.98kB
dicoms/sub012/session_2/rest_full_brain_1.tar.xz 373.16MB
dicoms/sub012/session_2/rest_full_brain_2.tar.xz 381.66MB
dicoms/sub012/session_2/rest_prefrontal.tar.xz 86.88MB
dicoms/sub013/session_1/fieldmap_1_magnitude.tar.xz 349.48kB
dicoms/sub013/session_1/fieldmap_1_phase.tar.xz 223.32kB
dicoms/sub013/session_1/fieldmap_2_magnitude.tar.xz 355.26kB
dicoms/sub013/session_1/fieldmap_2_phase.tar.xz 222.48kB
dicoms/sub013/session_1/rest_full_brain_1.tar.xz 366.62MB
dicoms/sub013/session_1/rest_full_brain_2.tar.xz 366.60MB
dicoms/sub013/session_1/rest_prefrontal.tar.xz 87.24MB
dicoms/sub013/session_2/fieldmap_1_magnitude.tar.xz 349.37kB
dicoms/sub013/session_2/fieldmap_1_phase.tar.xz 224.38kB
dicoms/sub013/session_2/fieldmap_2_magnitude.tar.xz 349.84kB
dicoms/sub013/session_2/fieldmap_2_phase.tar.xz 222.62kB
dicoms/sub013/session_2/rest_full_brain_1.tar.xz 358.76MB
dicoms/sub013/session_2/rest_full_brain_2.tar.xz 366.94MB
dicoms/sub013/session_2/rest_prefrontal.tar.xz 86.76MB
dicoms/sub014/session_1/fieldmap_1_magnitude.tar.xz 362.60kB
dicoms/sub014/session_1/fieldmap_1_phase.tar.xz 216.10kB
dicoms/sub014/session_1/fieldmap_2_magnitude.tar.xz 357.12kB
dicoms/sub014/session_1/fieldmap_2_phase.tar.xz 215.48kB
dicoms/sub014/session_1/rest_full_brain_1.tar.xz 390.96MB
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Type: Dataset
Tags:fMRI, resting state, human, brain

Bibtex:
@article{,
title= {A high resolution 7-Tesla resting-state fMRI test-retest dataset with cognitive and physiological measures},
journal= {},
author= {Krzysztof J. Gorgolewski and Natacha Mendes and Domenica Wilfling and Elisabeth Wladimirow and Claudine J. Gauthier and Tyler Bonnen and Robert Trampel and Pierre-Louis Bazin and Roberto Cozatl and Florence J. M. Ruby and Jonathan Smallwood  and Daniel S. Margulies},
year= {2014},
url= {},
license= {CC0},
abstract= {Here we present a test-retest dataset of functional magnetic resonance imaging (fMRI) data acquired at rest. 22 participants were scanned during two sessions spaced one week apart. Each session includes two 1.5 mm isotropic whole-brain scans and one 0.75 mm isotropic scan of the prefrontal cortex, giving a total of six timepoints. Additionally, the dataset includes measures of mood, sustained attention, blood pressure, respiration, pulse, and the content of self-generated thoughts (mind wandering). This data enables the investigation of sources of both intra- and inter-session variability not only limited to physiological changes, but also including alterations in cognitive and affective states, at high spatial resolution. The dataset is accompanied by a detailed experimental protocol and source code of all stimuli used. Please subscribe to http://groups.google.com/group/7t_trt for important annoucements. More information at http://dx.doi.org/10.1101/008706.},
keywords= {fMRI, resting state, human, brain},
terms= {},
superseded= {}
}

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