Athaya Rahmanardi Muhammad, Muhammad Reva Aditya, A. Rania Sofie, Nugroho Danu Tri Subroto, Sarah Zoraya Mirza
Background. Central nervous system (CNS) infections, such as meningoencephalitis caused by A. baumannii, present significant treatment challenges, particularly when complicated by seizures. A notable management challenge in such cases is se-lecting the most appropriate method for cerebrospinal fluid (CSF) drainage, between the Ommaya reservoir and the external ventricular drain (EVD). However, there is limited data comparing their efficacy in neonates or infants with CNS infections, especially when further complicated by seizures and pneumonia. Case report. A two-month-old infant was transferred to the High Care Unit (HCU) of Saiful Anwar Hospital from a general ward due to recurrent seizures. The patient had been previously diagnosed with congenital hydrocephalus and sacral meningocele. Surgical excision of the meningocele was performed, but unfortunately, it ruptured, most likely leading to an MDR Acinetobac-ter baumanii infection, which progressed to meningoencephalitis and pneumonia. Intravenous antibiotics were initiated, and an EVD was inserted to manage the hydrocephalus. Initially, the patient responded well, however, the EVD became clogged multiple times, forcing the medical team to switch to an Ommaya reservoir in an effort to reduce infection risk and enable intraventricular antibiotic administration. Unfortunately, the Ommaya reservoir failed to adequately address the elevated intracranial pressure, resulting in a worsening neurological condition. The clinical team decided to revert to EVD treatment to resolve the intracranial pressure pressure and administer antibiotics directly into the ventricles. The latest EVD procedure proved successful, as the patient’s neurological condition began to improve. Conclusions. This case report highlights the effectiveness of EVD in a meningoencephalitis patient with a history of congenital anomaly in the form of congenital hydrocephalus and meningocele. While the Ommaya reservoir is typically considered ad-vantageous for intraventricular access, in this case, EVD provided better control of intracranial pressure and supported neurological recovery. © 2025, Amaltea Medical Publishing House. All rights reserved.
Medical Doctor Study Program, Faculty of Medicine, Brawijaya University, Malang, Indonesia; Department of Pediatrics, Saiful Anwar General Hospital, Malang, Indonesia; Pediatric Specialist Study Program, Faculty of Medicine, Brawijaya University, Malang, Indonesia
