Management of migrating intracranial bullet fragments in a 13-year-old female after firearm brain injury: technical and surgical nuances. (23rd February 2022)

• Record Type: Journal Article
• Authors: Yue, John K.; Chang, Diana; Han, Kasey J.; Wang, Albert S.; Oh, Taemin; Sun, Peter P.
• Is Part Of: Brain injury. Volume 36:Number 3(2022)
• Page Start: 432
• Page End: 439
• Publication Date: 2022-02-23
• Subjects: Firearm injury -- migrating bullet fragments -- pediatric neurosurgery -- penetrating brain injury -- traumatic brain injury; Brain damage -- Periodicals; Brain -- Wounds and injuries -- Periodicals; Brain Injuries -- Periodicals; 617.481
• DOI: 10.1080/02699052.2022.2034185
• Languages: English
• ISSNs: 0269-9052

Abstract

ABSTRACT: Introduction: We present the challenges and nuances of management in a rare case of multiple migrating intracranial fragments after pediatric gunshot wound to the head (GSWH). Case Presentation: A 13-year-old girl suffered left parietal GSWH, with new neurologic decline 3 days after initial debridement. Serial imaging showed the largest intracranial fragments had migrated into the left trigone, and descended further with head of bed (HOB) elevation. HOB was iteratively decreased, with concurrent intracranial pressure monitoring. After extubation, with an alert and stable neurologic exam, HOB was decreased to −15 degrees, allowing gravity-assisted migration of the fragments to an anatomically favorable position within the left occipital horn. The patient underwent occipital craniotomy for fragment retrieval on hospital day 27. Two large and >20 smaller fragments were retrieved using neuronavigation and intraoperative ultrasound. Forensics showed these to be .45 caliber handgun bullet fragments. The patient recovered well after 2-months of intensive inpatient rehabilitation. Discussion: During new neurologic decline after GSWH, bullet migration must be considered and serial cranial imaging is requisite. Surgical retrieval of deep fragments requires judicious planning to minimize further injury. Tightly controlled HOB adjustments with gravity assistance for repositioning of fragments may have utility in optimizing anatomic favorability prior to surgery.