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Need more information?
SIIM2008@siimweb.org
Phone: 703-723-0432
Fax: 703-723-0415
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Thursday, May 15, 2008
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8th Annual Research & Development Symposium
10:15 am – 11:15 am
Ballroom 6A
Presented by the SIIM Research and Development Committee
Session Chair:
Elizabeth A. Krupinski, PhD
University of Arizona
SIIM TRIP™ Compression Study: Update & Progress
SIIM 2007 Grant Recipient Research Findings:
- John Kornak, PhD, University of California, San Francisco:
“Improved Statistical Reconstruction of Low-Resolution Physiological
and Molecular MRI Modalities”
The results of the simulation study show strong potential for K-Bayes
to significantly improve the resolution, accuracy, and precision of
traditionally low-resolution MRI modalities. In this SIIM 2008 R&D
presentation, the author will present application to real perfusion
and MRSI data, quantifying the levels of improvement afforded by K-Bayes
over standard DFT reconstruction. An important aspect of this
validation is to test the robustness of the method to registration
and misclassification errors. If these translate to real
low-resolution MRI datasets, then K-Bayes could have a major impact
on research and clinical MRI.
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Chris L. Sistrom, MD, MPH, University of
Florida Health Center: “Systematic Nomenclature for Imaging
Procedures (SNIP)”
The reasons for creating a shared naming
convention for imaging procedures are myriad, diverse, and
critically important. Ordering, scheduling, protocoling, performing,
reporting, and billing of radiology examinations are matters of
practical necessity. The SNIP project seeks to collaboratively
create and distribute an open source ‘universal radiology charge
master’ that is freely available to all interested organizations or
individuals. In addition to the very practical functions involved in
actually providing imaging services to patients, there are matters
of accreditation, credentialing, quality assessment, utilization
management, and research to consider. The grant from SIIM supported
the development of a web-based resource for creating, storing, and
distributing SNIP that would be open source, community powered, and
perpetually renewed.
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