BACKGROUND: Computed Tomography (CT) is an important tool for neuroimaging, it offers an opportunity to investigate structural lesions as a cause of seizures with little morbidity. This study is designed to evaluate it's applicability in children with epileptic seizures. METHOD: It is a descriptive study of the CT scans of the 103 consecutive children who were referred to the CT suite of the University College Hospital on account of seizure disorders over a 5 year period (1997--2001). RESULTS: Only 103 (4.6%) of the subjects who had cranial scans done in five years were children with seizures disorders. The CT scans were abnormal in 53 (51.5 %). Hydrocephalus was the most common finding in 14 (13.6%). Cerebral atrophy and infarct were reported in 10.6% and 8.7% respectively. The outlined cranial fractures found in 6.8% were all depressed. A high incidence (74.4%) of abnormal scans was reported in the children with partial seizures. Thirty-three (62.3%) of the abnormal scans were amenable to surgery. The presence of neurologic deficit increased the yield of abnormal CT features. CONCLUSION: CT scans are of extreme value in the screening and definitive evaluation of seizures in children. It is advocated for excluding treatable conditions and monitoring progression of the disorder.
BACKGROUND: Computed Tomography (CT) is an important tool for neuroimaging, it offers an opportunity to investigate structural lesions as a cause of seizures with little morbidity. This study is designed to evaluate it's applicability in children with epileptic seizures. METHOD: It is a descriptive study of the CT scans of the 103 consecutive children who were referred to the CT suite of the University College Hospital on account of seizure disorders over a 5 year period (1997--2001). RESULTS: Only 103 (4.6%) of the subjects who had cranial scans done in five years were children with seizures disorders. The CT scans were abnormal in 53 (51.5 %). Hydrocephalus was the most common finding in 14 (13.6%). Cerebral atrophy and infarct were reported in 10.6% and 8.7% respectively. The outlined cranial fractures found in 6.8% were all depressed. A high incidence (74.4%) of abnormal scans was reported in the children with partial seizures. Thirty-three (62.3%) of the abnormal scans were amenable to surgery. The presence of neurologic deficit increased the yield of abnormal CT features. CONCLUSION: CT scans are of extreme value in the screening and definitive evaluation of seizures in children. It is advocated for excluding treatable conditions and monitoring progression of the disorder.
Authors: Jo M Wilmshurst; Eben Badoe; Robinson D Wammanda; Macpherson Mallewa; Angelina Kakooza-Mwesige; Andre Venter; Charles R Newton Journal: J Child Neurol Date: 2011-10-21 Impact factor: 1.987
Authors: A S Winkler; K Friedrich; S Velicheti; J Dharsee; R König; A Nassri; M Meindl; A Kidunda; T H Müller; L Jilek-Aall; W Matuja; T Gotwald; E Schmutzhard Journal: Afr Health Sci Date: 2013-06 Impact factor: 0.927
Authors: Richard Erasto Sungura; John Martin Spitsbergen; Emmanuel Abraham Mpolya; Elingarami Sauli; John-Mary Vianney Journal: Pan Afr Med J Date: 2020-05-21