Applications of reduced‐encoding MR imaging with generalized‐series reconstruction (RIGR)

  • Webb A
  • Liang Z
  • Magin R
 et al. 
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Abstract

The RIGR (reduced-encoding imaging by generalized-series reconstruction) technique for magnetic resonance imaging uses a high-resolution reference image as the basis set for the reconstruction of subsequent images acquired with a reduced number of phase-encoding steps. The technique allows increased temporal resolution in applications requiring repeated acquisitions, such as the dynamic imaging of contrast agent biodistribution, and in intrinsically time-consuming protocols such as the acquisition of a series of T2-weighted images. Several examples are presented to demonstrate that a four- to eightfold improvement in spatial or temporal resolution can be achieved with this technique.

Author-supplied keywords

  • Image processing
  • Pulse sequences
  • Reduced phase encoding

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Authors

  • Andrew G. Webb

  • Zhi‐Pei ‐P Liang

  • Richard L. Magin

  • Paul C. Lauterbur

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