Bithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRI

Fast diagnostic evaluation of somnolent or unconscious patients is a demanding task for neurologists. Apart from postictal, metabolic, and toxic causes, vascular syndromes must be rapidly identified in order to initiate a specific fibrinolytic therapy. Given its high mortality if not treated in time...

Full description

Bibliographic Details
Main Authors: Weise, J, Krapf, H, Küker, W
Format: Journal article
Language:German
Published: 2001
_version_ 1797088922104233984
author Weise, J
Krapf, H
Küker, W
author_facet Weise, J
Krapf, H
Küker, W
author_sort Weise, J
collection OXFORD
description Fast diagnostic evaluation of somnolent or unconscious patients is a demanding task for neurologists. Apart from postictal, metabolic, and toxic causes, vascular syndromes must be rapidly identified in order to initiate a specific fibrinolytic therapy. Given its high mortality if not treated in time, this dictum holds especially true for basilar artery occlusion. However, certain ischemic lesions in the vascular territory of the basilar artery without occlusion of the basilar artery itself can also result in somnolence, sopor, or even unconsciousness. Here we report early imaging signs of bithalamic infarctions as the cause of acute sopor using diffusion-weighted (DW)-MRI, which reliably identifies acute bithalamic infarctions as a possible cause of acute consciousness disturbance, even with noncooperative patients.
first_indexed 2024-03-07T02:57:02Z
format Journal article
id oxford-uuid:afac2a46-3d0c-47ce-8453-9ae052ffc152
institution University of Oxford
language German
last_indexed 2024-03-07T02:57:02Z
publishDate 2001
record_format dspace
spelling oxford-uuid:afac2a46-3d0c-47ce-8453-9ae052ffc1522022-03-27T03:50:59ZBithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRIJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:afac2a46-3d0c-47ce-8453-9ae052ffc152GermanSymplectic Elements at Oxford2001Weise, JKrapf, HKüker, WFast diagnostic evaluation of somnolent or unconscious patients is a demanding task for neurologists. Apart from postictal, metabolic, and toxic causes, vascular syndromes must be rapidly identified in order to initiate a specific fibrinolytic therapy. Given its high mortality if not treated in time, this dictum holds especially true for basilar artery occlusion. However, certain ischemic lesions in the vascular territory of the basilar artery without occlusion of the basilar artery itself can also result in somnolence, sopor, or even unconsciousness. Here we report early imaging signs of bithalamic infarctions as the cause of acute sopor using diffusion-weighted (DW)-MRI, which reliably identifies acute bithalamic infarctions as a possible cause of acute consciousness disturbance, even with noncooperative patients.
spellingShingle Weise, J
Krapf, H
Küker, W
Bithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRI
title Bithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRI
title_full Bithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRI
title_fullStr Bithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRI
title_full_unstemmed Bithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRI
title_short Bithalamic infarct causing acute consciousness disturbance. Early diagnosis with diffusion-weighted MRI
title_sort bithalamic infarct causing acute consciousness disturbance early diagnosis with diffusion weighted mri
work_keys_str_mv AT weisej bithalamicinfarctcausingacuteconsciousnessdisturbanceearlydiagnosiswithdiffusionweightedmri
AT krapfh bithalamicinfarctcausingacuteconsciousnessdisturbanceearlydiagnosiswithdiffusionweightedmri
AT kukerw bithalamicinfarctcausingacuteconsciousnessdisturbanceearlydiagnosiswithdiffusionweightedmri