<p>Side-by-side R2* (A), LFB (B), PLP (C) and TBB (iron, D) staining. One can appreciate examples of ROIs showing WM-L (solid red arrow on PLP and R2* maps), DWMI (dashed red arrow on PLP and R2* maps), and areas of increased iron accumulation in the dGM (red rectangle on TBB and R2* maps).</p
Neocortical lesions (NLs) are an important pathological component of multiple sclerosis (MS), but th...
We used a surface-based analysis of T2* relaxation rates at 7 T magnetic resonance imaging, which al...
Previous authors have shown that the transverse relaxivity R2 * and frequency shifts that characteri...
<p>Scatter plots of R2* values and iron intensity in ROIs placed in NAWM (A), DWMI (B), WM-Ls (C), d...
<p>Scatter plots of myelin and iron intensity in ROIs placed in NAWM (A), WM-Ls (B), DWMI (C), dGM (...
<p>Scatter plots of LFB (myelin) and iron intensities (A), iron intensities and R2* values (B) and L...
<p>Differences in R2* values (A), LFB (myelin, B), PLP (myelin, C) and iron intensities (D) among di...
T2*-weighted multi-echo gradient-echo magnetic resonance imaging and its reciprocal R2* are used in ...
<p>Scatter plots of R2* values and myelin intensity in ROIs placed in NAWM (A, LFB), DWMI (B, LFB), ...
<p>Examples Examples of NLs from tissue MS1 (<b>A, B and C</b>) identified on MRI magnitude (TE = 25...
Neocortical lesions (NLs) are an important pathological component of multiple sclerosis (MS), but th...
<div><p>R2* relaxometry of the brain is a quantitative magnetic resonance technique which is influen...
Pathological evaluation is the gold standard for identifying processes related to multiple sclerosis...
Pathological evaluation is the gold standard for identifying processes related to multiple sclerosis...
This thesis investigates the normal appearing brain tissue in multiple sclerosis (MS) using high res...
Neocortical lesions (NLs) are an important pathological component of multiple sclerosis (MS), but th...
We used a surface-based analysis of T2* relaxation rates at 7 T magnetic resonance imaging, which al...
Previous authors have shown that the transverse relaxivity R2 * and frequency shifts that characteri...
<p>Scatter plots of R2* values and iron intensity in ROIs placed in NAWM (A), DWMI (B), WM-Ls (C), d...
<p>Scatter plots of myelin and iron intensity in ROIs placed in NAWM (A), WM-Ls (B), DWMI (C), dGM (...
<p>Scatter plots of LFB (myelin) and iron intensities (A), iron intensities and R2* values (B) and L...
<p>Differences in R2* values (A), LFB (myelin, B), PLP (myelin, C) and iron intensities (D) among di...
T2*-weighted multi-echo gradient-echo magnetic resonance imaging and its reciprocal R2* are used in ...
<p>Scatter plots of R2* values and myelin intensity in ROIs placed in NAWM (A, LFB), DWMI (B, LFB), ...
<p>Examples Examples of NLs from tissue MS1 (<b>A, B and C</b>) identified on MRI magnitude (TE = 25...
Neocortical lesions (NLs) are an important pathological component of multiple sclerosis (MS), but th...
<div><p>R2* relaxometry of the brain is a quantitative magnetic resonance technique which is influen...
Pathological evaluation is the gold standard for identifying processes related to multiple sclerosis...
Pathological evaluation is the gold standard for identifying processes related to multiple sclerosis...
This thesis investigates the normal appearing brain tissue in multiple sclerosis (MS) using high res...
Neocortical lesions (NLs) are an important pathological component of multiple sclerosis (MS), but th...
We used a surface-based analysis of T2* relaxation rates at 7 T magnetic resonance imaging, which al...
Previous authors have shown that the transverse relaxivity R2 * and frequency shifts that characteri...