Abstract #3188

Design of a k-space trajectory allowing the reconstruction of both standard and accelerated data in fat-suppressed DCE-MRI of breast

Julie POUJOL^1,2, Pierre-André VUISSOZ^1,2, Jacques FELBLINGER^1,2,3, and Freddy ODILLE^1,2,3

¹Imagerie Adaptative Diagnostique et Interventionnelle, Université de Lorraine, Nancy, France, ²U947, INSERM, Nancy, France, ³CIC-IT 1433, INSERM, Nancy, France

DCE-MRI protocol is the reference technique to detect and characterize breast lesions. Due to the high spatial resolution needed to detect small lesions, the temporal resolution of the DCE-MRI protocol is limited to 90 seconds. A good fat suppression is also needed and a spectral inversion preparation is commonly used for it. To provide more information about lesion vascularization, temporal resolution need to be increased. We have developed a method to implement a smart k-space trajectory allowing both standard DCE-MRI protocol reconstruction and accelerated DCE-MRI protocol via Compressed-Sensing reconstruction compatible with fat suppression.

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