CLINICS AND DIAGNOSTICS OF CAVERNOUS MALFORMATIONS OF FUNCTIONALLY SIGNIFICANT ZONES OF THE BRAIN

The aim of the study is to develop an algorithm for diagnosing cavernous malformations (CM) functionally significant brain localizations. Material and methods. During randomization exclusion patients from general sample (329 patients) 69 were included in study. Patients divided into control groups. Results. Methods preoperative intraoperative diagnostic examinations with CM localizations, including neurological, neuroimaging (MRI, CT angiography, functional MRI, MRI tractography), electroencephalography optimized. Conclusions. application developed complex diagnosis localizations allows neurosurgeon accurately plan access clarify localization relation important areas brain.