Displaying 1 - 3 of 3

Application of SAME-ECOS to 7T gradient-echo based myelin water imaging: a comparison of model-free and model-based approaches

Program Number:4970

Room Session:2

Quantitative T₂^* and T₁ mapping of post-mortem MS tissue at 7T for discrimination of normal-appearing and dirty-appearing white matter pathology

Program Number:3958

Room Session:3

Sensitive Quantification of Hypomyelination and Axon g-ratio UsingUltra High Resolution 7T Multi-Echo Gradient Echo MRI with BSS-rPCA

Session Type:Oral

Program Number:0524

Room Session:S11 (Breakout B)

Displaying 1 - 3 of 3

Application of SAME-ECOS to 7T gradient-echo based myelin water imaging: a comparison of model-free and model-based approaches

Quantitative T₂^* and T₁ mapping of post-mortem MS tissue at 7T for discrimination of normal-appearing and dirty-appearing white matter pathology

Sensitive Quantification of Hypomyelination and Axon g-ratio UsingUltra High Resolution 7T Multi-Echo Gradient Echo MRI with BSS-rPCA

Application of SAME-ECOS to 7T gradient-echo based myelin water imaging: a comparison of model-free and model-based approaches

Quantitative T2* and T1 mapping of post-mortem MS tissue at 7T for discrimination of normal-appearing and dirty-appearing white matter pathology

Sensitive Quantification of Hypomyelination and Axon g-ratio UsingUltra High Resolution 7T Multi-Echo Gradient Echo MRI with BSS-rPCA

Quantitative T₂^* and T₁ mapping of post-mortem MS tissue at 7T for discrimination of normal-appearing and dirty-appearing white matter pathology