Objective. Magnetic susceptibility source separation provides profound insights into tissue pathophysiology by disentangling the underlying paramagnetic and diamagnetic sources within the human brain. However, the highly time-consuming nature of existing acquisition techniques creates a critical need for rapid and reli...
Long-Kun Chen, Qin-Qin Yang, Shi-Wei Huang et al.· Physics in Medicine and Biol...· 0 citations
SL-MOLED provides accurate, repeatable, and artifact-robust quantitative mapping within a substantially reduced acquisition time, offering a promising framework for reliable multi-parametric MRI with potential for clinical translation.
Wei-Kun Chen, Qing Lin, Tai-Shan Kang et al.· Physics in Medicine and Biol...· 0 citations
Objective. To address the challenges of rapid and robust quantitative MRI, particularly for T1ρ mapping, by developing and evaluating a novel technique—spin-locked (SL) multiple overlapping echo detachment (SL-MOLED)—for efficient mapping of T1ρ, T2, and T2* relaxation times with reduced sensitivity to B0/B1 inhomogene...
Weikun Chen, Qing Lin, Taishan Kang et al.· Physics in Medicine and Biol...· 0 citations
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