Clinical evaluation demonstrates improved image quality in motion-corrected brain MRI, suggesting effective application in critical care.
SAMER significantly reduces motion artifacts in 2D T2-weighted TSE brain MRI performed in the neurologic intensive care unit, improving diagnostic image quality. The method is reliable across multiple raters, integrates seamlessly into clinical workflows, and offers a promising motion correction solution without additional hardware requirements. Further research is warranted to optimize performance under extreme motion conditions and across additional MRI sequences.
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Hajati et al. (2026) studied this question.
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