Bactrian camel neuroimaging: computed tomography, brain in container: saggital view

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Bactrian camel neuroimaging: computed tomography, brain in container: saggital view
Walsh, Edward (author)
Collins, Scott (author)
Leary, Owen (author)
Merck, Derek (author)
Merck, Lisa (author)
Sherwood, Chester (author)
Date Created
These files are computed tomography data collected while the brain was contained in a plastic basin filled with preserving fluid. The brain tissue and preserving fluid are visible in the images. Each set of volumetric data has been resampled in axial, coronal, and sagittal views and saved as three sets of DICOM data. Only image files containing visible brain tissue have been saved and included in this set. Overall, the shape of the brain tissue, as well as that of the ventricular system, can be distinguished clearly in both studies, but gray­-white matter differentiation is almost nonexistent. The following conditions apply to this data: Transfer Syntax: Little Endian Explicit. Slice Thickness: 625.00 μm. L­-R Angle: 0°. S-­I Angle: ­-90°. Scan Mode: 1.1 Helical Brain. Number of Slices: 235. Computed tomography data was collected at Rhode Island Hospital.
Bactrian camel
Imaging modalities: Computed tomography
Scanning preparation: Brain in container
View: Sagittal view


Walsh, Edward, Collins, Scott, Leary, Owen, et al., "Bactrian camel neuroimaging: computed tomography, brain in container: saggital view" (2016). Brown University Open Data Collection, Bactrian Camel Brain Imaging. Brown Digital Repository. Brown University Library.


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  • Brown University Open ... Thumbnail

    This digital archive contains open and publicly-funded data sets created by Brown University's researchers. Increasingly, academic societies, publishers, and funders are requiring that data sets, metadata, and code underlying researchers' published results be retained and preserved, their locations cited ...

  • Bactrian Camel Brain ... Thumbnail

    This case study is the result of collaboration between neuroanthropology researchers at George Washington University and neuroimaging researchers at Rhode Island Hospital & Brown University and serves as a means of exploring the efficacy of several medical imaging modalities in ...