International audience.
In this abstract we develop and validate an MRI acquisition/reconstruction method to derive the temporal dynamics of 23Na within a 20 min scan.
Dynamic 23Na MRI - A non-invasive window on neuroglial-vascular mechanisms underlying brain function
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| Bydder, Mark | CCSD
International audience.
A novel magnetic resonance imaging (MRI) acquisition and reconstruction method for obtaining a series of dynamic sodium 23 Na-MRI acquisitions was designed to non-invasively assess the signal...
Brain sodium MRI in human epilepsy: Disturbances of ionic homeostasis reflect the organization of pathological regions
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| Ridley, Ben | CCSD
International audience.
In light of technical advancements supporting exploration of MR signals other than (1)H, sodium ((23)Na) has received attention as a marker of ionic homeostasis and cell viability. Here, we e...
