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Research ArticleTechnical Note

High-Resolution Double Inversion Recovery Black-Blood Imaging of Cervical Artery Dissection Using 3T MR Imaging

M.A. Hunter, C. Santosh, E. Teasdale and K.P. Forbes
American Journal of Neuroradiology December 2012, 33 (11) E133-E137; DOI: https://doi.org/10.3174/ajnr.A2599
M.A. Hunter
aFrom the Department of Radiology (M.A.H.), Royal Alexander Hospital, Paisley, United Kingdom
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C. Santosh
bDepartment of Neuroradiology (C.S., E.T., K.P.F.), Institute of Neurological Sciences, Glasgow, United Kingdom
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E. Teasdale
bDepartment of Neuroradiology (C.S., E.T., K.P.F.), Institute of Neurological Sciences, Glasgow, United Kingdom
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K.P. Forbes
bDepartment of Neuroradiology (C.S., E.T., K.P.F.), Institute of Neurological Sciences, Glasgow, United Kingdom
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  • Fig 1.
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    Fig 1.

    BBI (A) performed 1 day subsequent to CTA (B) demonstrates thrombus within the lumen of the right internal carotid artery (continuous arrows) but also a dissection flap in the left internal carotid artery not appreciated on CTA.

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    Fig 2.

    Double inversion recovery BBI demonstrates crescentic intramural high T1 methemoglobin signal intensity (arrows) in the dissected left VA.

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    Fig 3.

    T2* sequence demonstrates crescentic intramural deoxyhemoglobin signal intensity (arrows) in the dissected right VA.

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    Fig 4.

    “Target sign” appearance on BBI caused by hematoma in subintimal dissection. The media (continuous arrow) returns low signal intensity; the hematoma (discontinuous arrow), high signal intensity.

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    Fig 5.

    Both BBI (A) and CTA (B) demonstrate pseudoaneurysm formation in the skull base of the dissected left internal carotid artery.

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    Fig 6.

    Periadventitial signal-intensity change (arrows), presumed due to inflammatory response, surrounding the dissected left VA.

Tables

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    Table 1:

    Demographics: clinical and brain imaging findings

    SubjectSexAge (yr)NeurologyAntecedentsBrain Imaging Findings
    1M39Dizziness and diplopiaEstablished right PICA infarct, recent right PCA infarct
    2F28Vertigo, diplopia, and left sensory disturbanceRight midbrain infarct
    3M51Right sensory disturbance with left Horner syndromeWorking on overhead lightLateral medullary infarct
    4M75Left facial weakness with expressive dysphasiaPrior transient ischemic attack, smokerLeft occipital infarct
    5M65Ataxia, dysphonia, left sensory disturbanceHypertensive, type 2 diabetes, ex-smokerLeft medullary infarct
    6F35Top of basilar syndromeRight cerebellar and bilateral thalamic infarct
    7M44Dysarthria, left homonymous hemianopiaLeft occipital infarct
    8M41Right hemiparesis dysarthria and eye movement disorderLeft PCA infarct
    9M32Dysarthria, ataxia, and photophobiaPlaying soccer at timeRight occipital infarct
    10F71Diplopia and dizzinessHypertensiveBilateral cerebellar and pontine infarcts
    11M40Vertigo, right weakness, dysarthria, and nystagmusRight cerebellar infarct
    12F26Left facial droop and ptosisEhlers Danlos syndrome type 1Left thalamic and bilateral cerebellar infarcts
    13F19Collapse, left weakness; dysarthria and homonymous hemianopiaWeak history of trauma, on injectable contraceptiveRight MCA territory infarct
    14M60Left sensorimotor, left homonymous hemianopiaRight total anterior circulatory stroke
    15F64Right weakness and dizzinessRight MCA territory infarct
    16M45Left Horner syndromeHeavy laborer with prior chiropractic treatment
    17M68Right weaknessLeft parietal and insular infarct
    18F55Right weakness and dysphasiaLeft basal ganglia infarct
    19M48Right weakness and dysphasiaLeft MCA territory infarct
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    Table 2:

    Vascular imaging findings

    SubjectDissected VesselModalityLumenaWallbVessel ContourOther
    1Rt VACTAIntimal flapThickenedStenosis
    Rt VABBIIntimal flapThickenedOcclusionPeriadvential T2 hyperintensity
    T1 hyperintensity +
    2Lt VACTA–ThickenedStenosis
    Lt VABBI–ThickenedStenosis
    T1 hyperintensity ++
    T2* hypointensity +
    Rt VACTA–ThickenedStenosis
    Rt VABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    3Lt VACTA–ThickenedStenosis
    Lt VABBI–ThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    4Lt VACTA–NormalStenosis(Abnormal but equivocal cause)
    Lt VABBI–ThickenedOcclusionPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    5Lt VACTA–ThickenedOcclusion
    Lt VABBI–ThickenedOcclusionPeriadvential T2 hyperintensity
    T1 hyperintensity +
    6Lt VACTA–ThickenedStenosis
    Lt VABBI–Thickened
    T1 hyperintensity ++Stenosis
    Rt VACTA–ThickenedStenosis
    Rt VABBI–Thickened
    T1 hyperintensity ++Stenosis
    T2* hypointensity +
    7Rt VACTA–ThickenedOcclusion
    Rt VABBI–ThickenedOcclusionPeriadvential T2 hyperintensity
    T1 hyperintensity +
    8Lt VACTA–ThickenedStenosis
    Lt VABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    9Lt VACTAIntimal flapThickenedOcclusion
    Lt VABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity +
    T2* hypointensity +
    10Lt VACTA–ThickenedOcclusion
    Lt VABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity +/++
    Rt VACTA–ThickenedStenosis
    Rt VABBI–ThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity +
    11Rt VACTAIntimal flapThickenedStenosis(Abnormal but equivocal cause)
    Rt VABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity +/++
    12Lt VACTA–ThickenedOcclusion
    Lt VABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T2* hypointensity +
    13Rt CACTA–ThickenedOcclusion
    Rt CABBIIntimal flapThickenedOcclusionPeriadvential T2 hyperintensity
    T1 hyperintensity +
    14Rt CACTA–ThickenedOcclusion
    Rt CABBIIntimal flapThickenedOcclusionPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    15Lt CABBIIntimal flapThickened–Periadvential T2 hyperintensity
    T1 hyperintensity +
    Rt CACTAIntimal flapThickenedStenosis
    Rt CABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity +
    16Rt CACTAIntimal flapThickenedStenosisPseudoaneurysm
    Rt CABBI–ThickenedStenosisPseudoaneurysm
    T1 hyperintensity ++Periadvential T2 hyperintensity
    17Lt CACTA–ThickenedOcclusion
    Lt CABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    18Lt CACTAIntimal flapThickenedOcclusion
    Lt CABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    Rt CABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    19Lt CACTAIntimal flapThickenedStenosis
    Lt CABBIIntimal flapThickenedStenosisPeriadvential T2 hyperintensity
    T1 hyperintensity ++
    • ↵a Intraluminal flap present or absent.

    • ↵b Wall characteristics: + indicates moderate; ++, strong.

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American Journal of Neuroradiology: 33 (11)
American Journal of Neuroradiology
Vol. 33, Issue 11
1 Dec 2012
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High-Resolution Double Inversion Recovery Black-Blood Imaging of Cervical Artery Dissection Using 3T MR Imaging
M.A. Hunter, C. Santosh, E. Teasdale, K.P. Forbes
American Journal of Neuroradiology Dec 2012, 33 (11) E133-E137; DOI: 10.3174/ajnr.A2599

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High-Resolution Double Inversion Recovery Black-Blood Imaging of Cervical Artery Dissection Using 3T MR Imaging
M.A. Hunter, C. Santosh, E. Teasdale, K.P. Forbes
American Journal of Neuroradiology Dec 2012, 33 (11) E133-E137; DOI: 10.3174/ajnr.A2599
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