EURORAD ESR

Case 14675

Meningothelial Hyperplasia

Author(s)
Donato, Angel MD. Figueroa, Ramon E. MD. FACR.

Augusta University
1120 15th street
Augusta, GA 30912
USA
Email:donatoangel@yahoo.com
 
Patient
male, 42 year(s)
 
 
  • Figure 1
    Axial FLAIR
     

    Axial FLAIR shows minimal periventricular subependymal margin signal abnormality outlining both lateral ventricles suggesting accentuation of the periventricular subependymal margin.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial FLAIR shows minimal periventricular subependymal margin signal abnormality outlining both lateral ventricles suggesting accentuation of the periventricular subependymal margin.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial FLAIR shows minimal periventricular subependymal margin signal abnormality outlining both lateral ventricles suggesting accentuation of the periventricular subependymal margin.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;
     
     
  • Figure 2
    Axial T1 Gadolinium
     

    Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;
     
     
  • Figure 3
    Coronal T1 Gadolinium
     

    Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;
     
     
  • Figure 4
    SWI
     

    Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;

    Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.

     
    Area of Interest: Neuroradiology brain; Imaging Technique: MR; Procedure: Education; Special Focus: Pathology;
     
     
  • Figure 5
    DSA
     

    Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.

     
    Area of Interest: Interventional vascular; Imaging Technique: Catheter arteriography; Procedure: Education; Special Focus: Pathology;

    Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.

     
    Area of Interest: Interventional vascular; Imaging Technique: Catheter arteriography; Procedure: Education; Special Focus: Pathology;

    Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.

     
    Area of Interest: Interventional vascular; Imaging Technique: Catheter arteriography; Procedure: Education; Special Focus: Pathology;

    Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.

     
    Area of Interest: Interventional vascular; Imaging Technique: Catheter arteriography; Procedure: Education; Special Focus: Pathology;
     
     
Axial FLAIR shows minimal periventricular subependymal margin signal abnormality outlining both lateral ventricles suggesting accentuation of the periventricular subependymal margin.
 
Axial FLAIR shows minimal periventricular subependymal margin signal abnormality outlining both lateral ventricles suggesting accentuation of the periventricular subependymal margin.
 
Axial FLAIR shows minimal periventricular subependymal margin signal abnormality outlining both lateral ventricles suggesting accentuation of the periventricular subependymal margin.
 
Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Axial T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Coronal T1 Gadolinium-enhanced images demonstrate diffuse engorgement of multiple vascular structures extending from hemispheric cortex through subcortical white matter, deep white matter and subependymal margins.
 
Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.
 
Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.
 
Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.
 
Axial SWI Examination demonstrates a remarkable accentuation of parenchymal vessels across arterial and venous distributions.
 
Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.
 
Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.
 
Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.
 
Digital substraction angiography of internal and external carotids and vertebrobasilar system showed no evidence of dural fistulas or dural sinus thrombosis. Right internal and external carotid DSA shown.
 
 
 
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