Extent of Microstructural Tissue Damage Correlates with Hemodynamic Failure in High-Grade Carotid Occlusive Disease: An MRI Study Using Quantitative T2 and DSC Perfusion

A. Seiler; R. Deichmann; U. Nöth; A. Lauer; W. Pfeilschifter; O.C. Singer; M. Wagner

doi:10.3174/ajnr.A5666

Research ArticleAdult Brain

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Extent of Microstructural Tissue Damage Correlates with Hemodynamic Failure in High-Grade Carotid Occlusive Disease: An MRI Study Using Quantitative T2 and DSC Perfusion

A. Seiler, R. Deichmann, U. Nöth, A. Lauer, W. Pfeilschifter, O.C. Singer and M. Wagner

American Journal of Neuroradiology July 2018, 39 (7) 1273-1279; DOI: https://doi.org/10.3174/ajnr.A5666

A. Seiler

aFrom the Department of Neurology (A.S., W.P., O.C.S.)

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R. Deichmann

bBrain Imaging Center (R.D., U.N.)

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U. Nöth

bBrain Imaging Center (R.D., U.N.)

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A. Lauer

cInstitute of Neuroradiology (A.L., M.W.), Goethe University Frankfurt, Frankfurt, Germany.

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W. Pfeilschifter

aFrom the Department of Neurology (A.S., W.P., O.C.S.)

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O.C. Singer

aFrom the Department of Neurology (A.S., W.P., O.C.S.)

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M. Wagner

cInstitute of Neuroradiology (A.L., M.W.), Goethe University Frankfurt, Frankfurt, Germany.

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A. Seiler, R. Deichmann, U. Nöth, A. Lauer, W. Pfeilschifter, O.C. Singer, M. Wagner

Extent of Microstructural Tissue Damage Correlates with Hemodynamic Failure in High-Grade Carotid Occlusive Disease: An MRI Study Using Quantitative T2 and DSC Perfusion

American Journal of Neuroradiology Jul 2018, 39 (7) 1273-1279; DOI: 10.3174/ajnr.A5666

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Extent of Microstructural Tissue Damage Correlates with Hemodynamic Failure in High-Grade Carotid Occlusive Disease: An MRI Study Using Quantitative T2 and DSC Perfusion

A. Seiler, R. Deichmann, U. Nöth, A. Lauer, W. Pfeilschifter, O.C. Singer, M. Wagner

American Journal of Neuroradiology Jul 2018, 39 (7) 1273-1279; DOI: 10.3174/ajnr.A5666

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Extent of Microstructural Tissue Damage Correlates with Hemodynamic Failure in High-Grade Carotid Occlusive Disease: An MRI Study Using Quantitative T2 and DSC Perfusion

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