Quantitative evaluation of PET respiratory motion correction using real- time PET/MR simulated data
Abstract
The impact of respiratory motion correction on quantitative accuracy in PET imaging is evaluated using real-time simulations for variable patient specific characteristics such as tumor malignancy and respiratory pattern. Respiratory patterns from real patients were acquired, with long quiescent motion periods (type-1) as commonly observed in most of the patients and with long term amplitude variability as it is expected under conditions of...
Paper Details
Title
Quantitative evaluation of PET respiratory motion correction using real- time PET/MR simulated data
Published Date
Jul 29, 2014
Journal
Volume
1
Issue
S1
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