EURORAD ESR

Case 1121

Amyotrophic lateral sclerosis

Author(s)
S Cakirer
 
Patient
male, 49 year(s)
 
 
  • Published 23.12.2001
  • DOI 10.1594/EURORAD/CASE.1121
  • Section Neuroradiology
  • Case Type Clinical Cases
  • Difficulty Senior
  • Views 4127
  • Language(s)
  • Figure 1
    Corticospinal tract involvement
     

    FSE T2 weighted MR image at the level of pons reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;

    FSE T2 weighted MR image at the level of cerebral peduncles reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;

    FSE T2 weighted MR image at the level of cerebral peduncles reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;

    FSE T2 weighted MR image at the level of cerebral peduncles reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;

    FSE T2 weighted MR image at the level of internal capsules reveals bilateral symmetric hyperintense foci of corticospinal tracts at the posterior limbs of internal capsules.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;

    FSE T2 weighted MR image at the level of superior internal capsules reveals bilateral symmetric hyperintense foci of corticospinal tracts at the posterior limbs of internal capsules.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;

    FSE T2 weighted MR image at the level of corona radiata reveals bilateral symmetric hyperintense foci of corticospinal tracts at its midst.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;

    FSE T2 weighted MR image at the level of centrum semiovale reveals bilateral symmetric hyperintense foci of corticospinal tracts at its midst.

     
    Area of Interest: unknown; Imaging Technique: Corticospinal tract involvement;
     
     
  • Figure 2
    Motor cortex involvement
     

    FSE T2 weighted MR image at the level of precentral gyrus reveals hyperintense foci extending along corticospinal tract, as well as hypointense precentral gyri (arrows).

     
    Area of Interest: unknown; Imaging Technique: Motor cortex involvement;

    FSE T2 weighted MR image at the level of precentral gyrus reveals hyperintense foci extending along corticospinal tract, as well as hypointense precentral gyri (arrows).

     
    Area of Interest: unknown; Imaging Technique: Motor cortex involvement;
     
     
FSE T2 weighted MR image at the level of pons reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.
 
FSE T2 weighted MR image at the level of cerebral peduncles reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.
 
FSE T2 weighted MR image at the level of cerebral peduncles reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.
 
FSE T2 weighted MR image at the level of cerebral peduncles reveals bilateral symmetric hyperintense foci of corticospinal tracts anteriorly.
 
FSE T2 weighted MR image at the level of internal capsules reveals bilateral symmetric hyperintense foci of corticospinal tracts at the posterior limbs of internal capsules.
 
FSE T2 weighted MR image at the level of superior internal capsules reveals bilateral symmetric hyperintense foci of corticospinal tracts at the posterior limbs of internal capsules.
 
FSE T2 weighted MR image at the level of corona radiata reveals bilateral symmetric hyperintense foci of corticospinal tracts at its midst.
 
FSE T2 weighted MR image at the level of centrum semiovale reveals bilateral symmetric hyperintense foci of corticospinal tracts at its midst.
 
FSE T2 weighted MR image at the level of precentral gyrus reveals hyperintense foci extending along corticospinal tract, as well as hypointense precentral gyri (arrows).
 
FSE T2 weighted MR image at the level of precentral gyrus reveals hyperintense foci extending along corticospinal tract, as well as hypointense precentral gyri (arrows).
 
 
 
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