1Assistant professor, Department of Surgery, College of Medicine, Babylon University
2Assistant professor, Department of Surgery, College of Medicine, Babylon University
Consultant Radiologist in Hilla Teaching Hospital at Radiology Department, Babylon province, Al-Hilla City, Iraq
*Corresponding author: Osamah Ayad Abdulsattar, Assistant professor, Department of Surgery, College of Medicine, Babylon University, Consultant Radiologist in Hilla Teaching Hospital at Radiology Department.
Online published on 2 February, 2019.
Aim of the study: is to evaluate role of MRI in epileptic patients. The study was a cross sectional one that included 51 epileptic patients, 29 children (under 15 years) and 22 adult. Those patients were referred by the neurology unit at Al-Hilla Teaching hospital to the MRI unit in the same hospital, Babylon province, Al-Hilla City, Iraq, during the period from 1st of January 2017 to 4th of June 2018. The MRI procedure was conducted on a 1.5 Tesla magnet (Siemens, Germany). The procedure involved imaging the routine epilepsy protocol of MRI examination relying on 5 mm thickness slices and 2.0 mm interslice gaps in the coronal, sagittal and axial planes with T1and T2 weighting. Abnormal MRI fndings were identifed in 21 out of 51 patients (41.2%). In epileptic adults there were 5 (22.7%), 3 (13.6%), and 1 (4.5%) patients with space occupying lesions (mostly brain tumors), medial temporal sclerosis and other organic lesions (brain atrophy) respectively, whereas 1 (3.4%), 8 (27.6%), and 3 (10.3%) epileptic children showed the following lesions: with space occupying lesions (mostly brain tumors), medial temporal sclerosis and other organic lesions (brain atrophy and vascular abnormalities) respectively. The rate of abnormal MRI fndings was 41.4% and 40.9% in children and adults respectively. Signifcant correlation was seen between focality of signs (in neurologic and EEG examinations) and rate of abnormal MRI fndings (P <0.05), table 4
MRI, epilepsy, Iraq