illustration of neurons and chemicals in the nervous system

Advancing Precision
Barrow Neuroimaging Innovation Center

Dedicated to delivering high-resolution imaging and innovative diagnostic solutions to empower providers, support research and improve outcomes for patients with complex neurological conditions.
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About the Neuro-imaging Innovation Center

The mission of the Barrow Neuroimaging Innovation Center focuses on the following three areas:

  • Advancing imaging technology for improving patient diagnosis and care
  • Serving as an imaging resource for the Barrow and St. Joseph’s community and the greater research community
  • Providing education in medical imaging

Our center encompasses 5,000 square feet of space dedicated to imaging research. The center was built to bring together clinical, academic, and industry expertise to produce robust clinical imaging technology and bring it to market. To that end, it houses faculty and researchers of the Division of Neuroimaging Research, Arizona State University graduate students, a scientist from GE Healthcare, and works with collaborators across the Phoenix Valley as a multi-institutional team in pursuit of this common goal. We are also a member of the North American Imaging in MS Cooperative (NAIMS).

Advanced Technology

We operate a whole body GE 3T Signa Premier MRI scanner dedicated entirely to research. Our staff works with researchers from Barrow or any other institution wishing to utilize this scanner for their biomedical research.

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The Strength

The GE 3T Signa Premier MRI provides a magnetic field two times stronger than standard MRIs, resulting in sharper, more detailed images.

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Faster Scan Times

This technology can cut scan times in half.

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Sharper Images

This model’s dual AI integration allows for images up to 80% more detailed than the standard MRI.

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Wide Bore

The GE 3T Signa Premier MRI has the latest software, whole body imaging, faster scan times, and air coil technology (light weight coils).

The 3T MRI is equipped with a host of imaging capabilities to meet a variety of scanning needs, including:

  • Anatomical Imaging. A variety of scans can be used to highlight almost any anatomy of interest. The latest technology provides high-resolution, accurate assessment of morphometry and volume.
  • Functional MRI (fMRI). A variety of presentation hardware, including goggles and earphones, can be used to present stimulus to a subject in order to assess brain activation.
  • Quantitative Flow and Diffusion Imaging. Advanced MR methods can measure and quantify motion as subtle as water diffusion as well as flow velocity in 3 dimensions, either in vivo or in physical models using a programmable MR compatible pump.
  • Diffusion Tensor Imaging (DTI). In vivo measurement of the anisotropic diffusion of water is used to generate images of white matter tracts in the brain.
  • Perfusion Imaging. The measurement of the effects of perfusion and contrast agents is a valuable tool for examining neuropathologies such as brain tumors and stroke. Endogenous contrast methods (e.g., arterial spin labeling, ASL) and contrast agent bolus tracking methods (dynamic susceptibility contrast and dynamic contrast enhanced MRI) are some of the methods available to researchers using the Center.
  • Angiography. The visualization of vascular anatomy is important for the study of vascular disease, stenosis, and blood-flow occlusion. High-resolution in vivo imaging of vessels is possible with the use of specialized imaging techniques, contrast agents, or both.
  • Susceptibility Weighted Imaging (SWI). SWI is a method that is sensitive to variations in a tissue’s local magnetic fields and can be used to enhance visualization of deoxyhemoglobin in veins, iron deposition in the brain, hemorrhages, microbleeds and calcification. SWI is currently used for a range of clinical applications including stroke, TBI and a range of neurodegenerative disorders.

Our Laboratories

Our laboratories use advanced imaging hardware, cutting-edge methodology, and deep scientific insight to provide robust information for translating neuroimaging research into clinical impact.