Lamia Gabal-Shehab1, Madhu Alagiri. 1. Division of Urology, University of California San Diego Medical Center, San Diego, California 92103-8897, USA.
Abstract
PURPOSE: We determined the prevalence, management and general prognosis of blunt isolated and nonisolated adrenal injuries in a pediatric population. MATERIAL AND METHODS: We analyzed trauma data from a pediatric institution for the period 1991 to 1998 to identify patients with blunt traumatic adrenal injuries diagnosed by computerized tomography. We then performed a detailed chart review to obtain data on the presence of concomitant intra-abdominal and extra-abdominal injuries, transfusion requirements, intensive care unit monitoring requirements, hospital course and the presence of followup studies. RESULTS: Among 9,199 pediatric trauma cases we identified 20 adrenal injuries (0.22%), of which 15 (75%) were nonisolated and 5 (25%) were isolated. The right adrenal gland was injured in 17 (85%) of the 20 patients. In the 15 nonisolated adrenal injuries concomitant injury to the liver (13 cases, 87%) and ipsilateral kidney (8 cases, 53%) were most common. Three (60%) of the 5 patients with isolated adrenal injury required transfusion for adrenal hemorrhage. No patient required intensive care unit monitoring or operative intervention. Only 2 (10%) of the 20 patients underwent followup computerized tomography, both of whom had resolution of the adrenal injury. CONCLUSIONS: In the pediatric population blunt adrenal injuries are rare and typically present as part of a multiorgan trauma. The right adrenal gland is more likely to be injured, with liver trauma as the most commonly associated injury, followed by ipsilateral renal injury. Although there is a possibility of significant adrenal hemorrhage requiring transfusion, adrenal trauma is typically self-limited and does not require intensive care monitoring or operative intervention.
PURPOSE: We determined the prevalence, management and general prognosis of blunt isolated and nonisolated adrenal injuries in a pediatric population. MATERIAL AND METHODS: We analyzed trauma data from a pediatric institution for the period 1991 to 1998 to identify patients with blunt traumatic adrenal injuries diagnosed by computerized tomography. We then performed a detailed chart review to obtain data on the presence of concomitant intra-abdominal and extra-abdominal injuries, transfusion requirements, intensive care unit monitoring requirements, hospital course and the presence of followup studies. RESULTS: Among 9,199 pediatric trauma cases we identified 20 adrenal injuries (0.22%), of which 15 (75%) were nonisolated and 5 (25%) were isolated. The right adrenal gland was injured in 17 (85%) of the 20 patients. In the 15 nonisolated adrenal injuries concomitant injury to the liver (13 cases, 87%) and ipsilateral kidney (8 cases, 53%) were most common. Three (60%) of the 5 patients with isolated adrenal injury required transfusion for adrenal hemorrhage. No patient required intensive care unit monitoring or operative intervention. Only 2 (10%) of the 20 patients underwent followup computerized tomography, both of whom had resolution of the adrenal injury. CONCLUSIONS: In the pediatric population blunt adrenal injuries are rare and typically present as part of a multiorgan trauma. The right adrenal gland is more likely to be injured, with liver trauma as the most commonly associated injury, followed by ipsilateral renal injury. Although there is a possibility of significant adrenal hemorrhage requiring transfusion, adrenal trauma is typically self-limited and does not require intensive care monitoring or operative intervention.
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