[HTML][HTML] Orientation dependent MR signal decay differentiates between people with MS, their asymptomatic siblings and unrelated healthy controls

E Hernández-Torres, V Wiggermann, S Hametner… - PloS one, 2015 - journals.plos.org
R2* relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls.

E Hernández-Torres, V Wiggermann… - PLoS …, 2015 - search.ebscohost.com
R2* relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

[PDF][PDF] Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls

E Hernández-Torres, V Wiggermann, S Hametner… - PLoS ONE, 2015 - researchgate.net
R24 relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls

E Hernandez-Torres, V Wiggermann, S Hametner… - PLoS ONE, 2015 - go.gale.com
R2* relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

[PDF][PDF] Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls

E Hernández-Torres, V Wiggermann, S Hametner… - PLoS ONE, 2015 - Citeseer
R24 relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

[PDF][PDF] Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls

E Hernández-Torres, V Wiggermann… - PLoS …, 2015 - pdfs.semanticscholar.org
R24 relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls.

E Hernández-Torres, V Wiggermann, S Hametner… - Plos one, 2015 - europepmc.org
R2* relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls

E Hernández-Torres, V Wiggermann… - PloS …, 2015 - pubmed.ncbi.nlm.nih.gov
R2* relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

[HTML][HTML] Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls

E Hernández-Torres, V Wiggermann, S Hametner… - PLoS ONE, 2015 - ncbi.nlm.nih.gov
R2* relaxometry of the brain is a quantitative magnetic resonance technique which is
influenced by iron and myelin content across different brain regions. Multiple sclerosis (MS) …

[引用][C] Orientation Dependent MR Signal Decay Differentiates between People with MS, Their Asymptomatic Siblings and Unrelated Healthy Controls

E Hernández-Torres, V Wiggermann… - PLoS …, 2015 - ui.adsabs.harvard.edu
Orientation Dependent MR Signal Decay Differentiates between People with MS, Their
Asymptomatic Siblings and Unrelated Healthy Controls - NASA/ADS Now on home page ads …