Abstract:Objective: The purpose of this study is to analyse the complication rate of endoscopic third ventriculostomy for obstructive hydrocephalus. Study Design: Descriptive study Place and Duration: This descriptive study was conducted at Dow International Medical College and Hospital OJHA Campus, Karachi in the period from May, 2022 to October, 2022. Methods: Total 97 male and female patients aged 1-30 presented. Patients had obstructive hydrocephalus were included. With consent, all patients provided age, sex, and … Show more
“…Jones described aborted ETVs due to bleeding that hinders premaxillary fenestration, causing intraoperative bradycardia. This complication, also described by Handler, results from excessive irrigation, leading to intracranial hypertension and reflex bradycardia (Lundar & Due-Tønnessen, 2021;Mijderwijk et al, 2019;Ujjan et al, 2022).…”
Hydrocephalus is the condition that has benefited the most from neuroendoscopy and is largely responsible for its emergence. The purpose of this study was to evaluate the application of endoscopic third ventriculostomy to treat obstructive triventricular hydrocephalus in the Neurosurgery Department. A descriptive study was conducted in a hospital in the Buenos Aires suburbs involving patients admitted to the neurosurgery department diagnosed with obstructive triventricular hydrocephalus. We reviewed 37 male patients (75.5 %) and 12 female patients (24.5 %). Hydrocephalus grade II was observed in 87.7%, and only 16.3% were associated with transependymal flow and hydrocephalus grade III. These imaging signs allowed us to diagnose the type of obstructive triventricular hydrocephalus, as well as to have an initial reference for postoperative evaluation and follow-up of diagnosed patients, relying on the dimensions of the third ventricle, Evans index, and Morlan scale for hydrocephalus grade, enabling quantification of these signs during their progression.
“…Jones described aborted ETVs due to bleeding that hinders premaxillary fenestration, causing intraoperative bradycardia. This complication, also described by Handler, results from excessive irrigation, leading to intracranial hypertension and reflex bradycardia (Lundar & Due-Tønnessen, 2021;Mijderwijk et al, 2019;Ujjan et al, 2022).…”
Hydrocephalus is the condition that has benefited the most from neuroendoscopy and is largely responsible for its emergence. The purpose of this study was to evaluate the application of endoscopic third ventriculostomy to treat obstructive triventricular hydrocephalus in the Neurosurgery Department. A descriptive study was conducted in a hospital in the Buenos Aires suburbs involving patients admitted to the neurosurgery department diagnosed with obstructive triventricular hydrocephalus. We reviewed 37 male patients (75.5 %) and 12 female patients (24.5 %). Hydrocephalus grade II was observed in 87.7%, and only 16.3% were associated with transependymal flow and hydrocephalus grade III. These imaging signs allowed us to diagnose the type of obstructive triventricular hydrocephalus, as well as to have an initial reference for postoperative evaluation and follow-up of diagnosed patients, relying on the dimensions of the third ventricle, Evans index, and Morlan scale for hydrocephalus grade, enabling quantification of these signs during their progression.
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