Data acquired to investigate new approaches to cerebrovascular reactivity mapping using MRI

Blockley, NP; Harkin, JW; Stone, AJ; Bulte, DP

Dataset

Data acquired to investigate new approaches to cerebrovascular reactivity mapping using MRI

Documentation:: The data in this archive was acquired to investigate several new approaches to cerebrovascular reactivity mapping using MRI and will form the basis of forthcoming publications. Please reference this dataset if you use it in your work.

Blockley NP, Harkin JW, Stone AJ, Bulte DP. Data acquired to investigate new approaches to cerebrovascular reactivity mapping using MRI. Oxford University Research Archive 2017. doi: 10.5287/bodleian:Xk48adQAO

Data sets consist of (in order of acquisition):
1. Single post-labelling delay PCASL during a hypercapnia block paradigm
2. Multiple post-labelling delay PCASL at steady state normocapnia
3. Multiple post-labelling delay PCASL at steady state hypercapnia
4. Single TE BOLD-weighted imaging with Toronto hypercapnia block protocol
5. Single TE BOLD-weighted imaging with Sinusoidal hypercapnia protocol
6. Multiple Tau value R2'-weighted imaging with GASE acquisition
7. High resolution T1-weighted anatomical imaging
8. Respiratory data including end-tidal O2 and CO2
9. Pre-scan resting physiological data

Images are encoded as compressed NIFTI files and contain basic information about voxel size, repetition time and orientation. Further information is contained in a JSON file, which is both human and machine readable. These files are inherited by image files at lower levels of the directory structure unless they are overridden by a file at the lower level. In this way the data structure follows the Brain Imaging Data Structure (BIDS) version 1.0.0-rc2.
See README for further details.

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APA Style

Blockley, N. P., Harkin, J. W., Stone, A. J., & Bulte, D. P. (2016). Data acquired to investigate new approaches to cerebrovascular reactivity mapping using MRI. University of Oxford.

MLA Style

Blockley, N. P., et al. Data Acquired to Investigate New Approaches to Cerebrovascular Reactivity Mapping Using MRI. University of Oxford, 2016.

Chicago Style

Blockley, NP, JW Harkin, AJ Stone, and DP Bulte. 2016. “Data Acquired to Investigate New Approaches to Cerebrovascular Reactivity Mapping Using MRI.” University of Oxford.
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