Sodium quantification in the eye may be a valuable aid not only in diagnosis of ocular diseases, but in follow-up after proton therapy of eye tumors. Recognizing this potential, this is the first report on high fidelity in vivo sodium (23Na) MRI of the human eye at 7.0 Tesla. To achieve this goal a six-channel 23Na transceiver array was designed, simulated, built and validated in phantoms. The in vivo studies demonstrated the feasibility of 1 mm isotropic spatial resolution 23Na MRI of the eye and provided encouragement for clinical studies.
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