BMJ Case Reports · 2014 · 14 citations · 9 references
MedicineNeurologyNeuroscienceDiagnostic ImagingNeuropathologyNeuroradiologyBrain ImagingDiffusion ImagingMagnetic Resonance ImagingMedical ImagingNeurodegenerative DiseasesWhite Matter DisordersCorpus Callosum AbnormalitiesDiffusion-weighted ContrastNeurocognitive FunctioningNeurocognitive ImpairmentNeurocognitive ProfileNeurological Manifestation AssessmentUnconscious Mental StatesWhite Matter Injury Imaging
Marchiafava-Bignami disease (MBD) is a form of toxic demyelinating disease more often seen in chronic alcoholics. The disease process typically involves the corpus callosum and clinically often presents with altered sensorium, neurocognitive defects or seizures with acute cases often deteriorating to comatose state. The death rate is high. We report a rare case of MBD with complete clinical recovery. A 50-year-old male patient presented in an unconscious state and underwent MRI of the brain which showed significant lesions involving the corpus callosum. Following treatment with thiamine and supportive therapy, he improved clinically and a follow-up MRI revealed significant resolution of the earlier lesions. Diffusion-weighted MRI showed the changes more conspicuously as compared with conventional imaging. The clinical resolution corresponded well with the MRI pattern. The case highlights that diffusion-weighted MRI is an extremely useful tool in evaluation and prognostication of MBD.
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Diffusion‐weighted Imaging Abnormalities in the Splenium after Seizures
Joel Oster, Colin P. Doherty, P. Ellen Grant et al. · Epilepsia · 2003 · 103 citations
Medicine, Neurology, Neuroscience +17
MRI Findings in Osmotic Myelinolysis
Gim Chuah Chua, Yih Yian Sitoh, C. C. Tchoyoson Lim et al. · Clinical Radiology · 2002 · 85 citations
Medicine, Neuroscience, Radiology +14
Marchiafava-Bignami Disease with Widespread Lesions and Complete Recovery
Chin-Sung Tung, Sanyun Wu, Jung-Chi Tsou et al. · American Journal of Neuroradiology · 2009 · 55 citations · Full text
Medicine, Neurology, Neuroscience +13