Register Now: Image-Based Risk: The Next Frontier in Breast Cancer Screening
|Articles|February 1, 2009

Diagnostic Imaging

  • Diagnostic Imaging Vol 31 No 2
  • Volume 31
  • Issue 2

3D neuro imaging techniquerealizes Orwellian vision

University of California, San Diego scientists are developing a new imaging modality that will study the body/brain dynamics of humans engaged in normal activity.

University of California, San Diego scientists are developing a new imaging modality that will study the body/brain dynamics of humans engaged in normal activity.

The Swartz Center for Computational Neuroscience at UCSD is creating the concurrent brain and body imaging modality MoBI (Mobile Brain/Body Imaging) under a four-year $3.4 million research grant from the U.S. Navy Office of Naval Research. According to principal investigator Scott Makeig, Ph.D., the insight provided by fMRI could be used by MoBI to “read” motivations behind actions by performing cognitive monitoring. If successful, the technique will allow functional studies outside the confined laboratory setting, such as screening the brain activity of workers in stressful situations.

Related to this article

See the Real-World Impact of AI in Radiology
AI has to do more than show potential. It has to deliver measurable results.The Rad AI Outcomes and Market Impact Compendium brings together real-world clinical, operational and financial evidence from health systems, academic medical centers and radiology practices using Rad AI Reporting, Impressions and Continuity.Explore results including 60+ minutes saved per radiologist shift, a 47% reduction in report error rates, 70%+ patient follow-up adherence and >7x ROI — plus, case studies showing how organizations are translating AI into greater capacity, quality and financial performance.See what AI built specifically for radiology can deliver in practice.