1. Co-Relation Of Ct Scan Findings In New Onset Seizure Patients Presenting To Tertiary Care Centre"-A Prospective Study From Central India.
- Author
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Ramu, Dasari, Yadav, R. S., Maniram, R. S., and Dubey, Simmi
- Subjects
EPILEPSY ,COMPUTED tomography ,TERTIARY care ,SEIZURES (Medicine) ,LONGITUDINAL method ,NEUROSURGERY - Abstract
Background: The term seizure is used to describe abnormal, uncontrolled paroxysmal electrical activity of brain, literature suggests that about 8 -10% of population may experience at least one episode of seizure. Neuroimaging studies like CT scan brain is recommended in adult patients with new onset seizures to determine the underlying cause, structural abnormality, and the possibility of recurrence. Because of its capacity to quickly rule out an intracranial haemorrhage or a tumour requiring immediate neurosurgical intervention, CT scan remains the first -line imaging technology in most acute care settings. Aims and Objectives: To Evaluate the CT scan study in new onset seizure and to identify a lesion in CT scan that can explain the seizure. Materials and methods: Eighty-five patients (age 18 and above) were studied in the outpatient and inpatient department of medicine of a tertiary care centre of central India from 1st July 2019 to 30th June 2021. All patients fulfilling inclusion criteria were subjected to detailed clinical history, examination including neurological examination, and aetiology and characteristics of seizure were co related with CT scan findings. Results: The majority of patients were presented with focal seizures 55 (55%) and with generalised seizures 45(45%). Seizures are more prevalent in age 18 to 40. the prevalence of seizures was higher in males 60% than in females 40%. The abnormal CT scan findings were found in 50.6% cases where seizure were secondary to CVA infarct in 16.5%cases, whereas CVA IP bleed was noted in 10.6% ICSOL was noted in 16.6% cases, with tuberculoma and neurocysticercosis in 5.9% and 4.7% cases respectively. [ABSTRACT FROM AUTHOR]
- Published
- 2024