For #3D static bowel imaging, sensitivity encoding (SENSE) sequences outperformed compressed sensing and parallel imaging (CS-PI) sequences. (C.S. de Jonge et al.) #EuropeanRadiologyExperimental #RadiologyHeadToToe 🔗 https://t.co/X1CE7hVCaj https://t.co/
In an attempt to assess compressed sensing and parallel imaging (CS-PI)-accelerated #bowel motility #MRI, this study demonstrated that CS-PI does not have better image and #diagnostic quality when compared to conventional #SENSE accelerated #scans. 🏅 http
RT @ESR_Journals: The authors of this #EurRadiolExp study assessed the value of compressed sensing and parallel MRI for evaluating bowel mo…
RT @ESR_Journals: The authors of this #EurRadiolExp study assessed the value of compressed sensing and parallel MRI for evaluating bowel mo…
The authors of this #EurRadiolExp study assessed the value of compressed sensing and parallel MRI for evaluating bowel motility. They compared its image and diagnostic quality to conventional sensitivity encoding accelerated scans. Read more here: https:
Just published our work on bowel motility MRI scanning with 2 acceleration methods: compressed sensing vs. SENSE in #EuropeanRadiologyExperimental https://t.co/SnAlQsnSUl