Biexponentially Weighted and Triple Quantum Filtered 35 Cl Imaging of the Human Brain

We present the first in vivo biexponentially weighted ³⁵ Cl images and provide optimized sequence parameters for ³⁵ Cl TQF imaging. Selective imaging of ³⁵ Cl nuclei which are exposed to quadrupolar interaction, i.e. intracellular ³⁵ Cl, is now feasible with better resolution in the same measurement time as compared to TQF ³⁵ Cl imaging.

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