When Brain Biopsy Solves the Dilemma of Diagnosing Atypical Cerebral Amyoild Angiopathy: A Case Report.
Alia Ali AlokleyFoziah J AlshamraniFaisal Mishaal AlabbasSaima NazishPublished in: The American journal of case reports (2021)
BACKGROUND Cerebral amyloid angiopathy-related inflammation (CAA-ri) is an acknowledged syndrome of reversible encephalopathy, also known as cerebral ß-related angiitis. It is characterized by brisk progressive higher mental dysfunctions, headaches, seizures/epilepsy, and behavioral changes, and is highly responsive to immunosuppressive medications. To quickly and properly determine patients' management plans and prognoses, doctors are left with only CAA-ri-associated behavioral changes and seizures, in addition to a high index of suspicion of the correct diagnosis. CASE REPORT A 67-year-old woman was presented to the emergency room (ER) with behavioral changes and seizures. Upon screening, the patient was found to have radiological evidence of asymmetrical cortical-subcortical white-matter lesions accompanied by multiple cerebral microbleeds in the background of the negative screening for infectious/neoplastic and paraneoplastic processes. After undergoing a brain biopsy, the diagnosis was confirmed to be amyloid deposition within the inflammatory vessel walls. The patient showed a dramatic improvement after methylprednisolone pulse therapy, plasma exchange, and rituximab maintenance. CONCLUSIONS We encourage and support brain biopsies to confirm highly suspicious CAA-ri atypical cases to initiate early treatment and achieve the best outcome without any further delays.
Keyphrases
- white matter
- case report
- cerebral ischemia
- subarachnoid hemorrhage
- multiple sclerosis
- resting state
- oxidative stress
- end stage renal disease
- ultrasound guided
- emergency department
- fine needle aspiration
- ejection fraction
- brain injury
- healthcare
- blood brain barrier
- functional connectivity
- mental health
- early onset
- patient reported outcomes
- low dose
- prognostic factors
- mesenchymal stem cells
- stem cells
- estrogen receptor