Efficient 2D MRI relaxometry using compressed sensing
Potential applications of 2D relaxation spectrum NMR and MRI to characterize complex
water dynamics (eg, compartmental exchange) in biology and other disciplines have
increased in recent years. However, the large amount of data and long MR acquisition times
required for conventional 2D MR relaxometry limits its applicability for in vivo preclinical and
clinical MRI. We present a new MR pipeline for 2D relaxometry that incorporates
compressed sensing (CS) as a means to vastly reduce the amount of 2D relaxation data …
water dynamics (eg, compartmental exchange) in biology and other disciplines have
increased in recent years. However, the large amount of data and long MR acquisition times
required for conventional 2D MR relaxometry limits its applicability for in vivo preclinical and
clinical MRI. We present a new MR pipeline for 2D relaxometry that incorporates
compressed sensing (CS) as a means to vastly reduce the amount of 2D relaxation data …
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