The new MRI protocol enhances image quality and reduces motion artifacts in eye imaging, suggesting improved diagnostic outcomes in ophthalmology.
Motivation: Current clinical MRI protocols for the eye are hindered by motion artifacts caused by long acquisition times, rapid eye movements, and reduced contrast around optic nerves. Addressing these challenges is crucial for reliable image quality and diagnostic accuracy. Goal(s): To develop an eye-specific MRI protocol robust to motion artifacts. Approach: Three healthy volunteers underwent fat-suppressed T1-weighted and T2-weighted gradient-recalled echo sequences (LIBRE) designed to maximize robustness to eye motion, while collecting real-time eye-tracking data for motion artifacts correction before image reconstruction. Results: Our protocol demonstrates enhanced structural detail and image quality, quantified by Contrast Ratio (CR), SNR, CNR, and Entropy Focus Criterion (EFC). Impact: Current MRI protocols for diagnosing orbital inflammation and tumors are prone to motion artifacts. Our motion-resolved protocol enhances structural detail and image quality in terms of quantitative metrics, advancing MRI's diagnostic capabilities in ophthalmology.
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Jia et al. (2025) studied this question.
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