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Role and Techniques of Splenic Angioembolization in the Management of High-Grade (AAST III-V) Blunt Splenic Trauma: A
Murhaf Assaf1, Abdulaziz Alsamani Abdullah Omar2, Kiranjot Kaur3,4,5
1General Surgery, Princess of Wales Hospital, Cwm Taf Morgannwg University Health Board, Bridgend, GBR.
Blunt splenic trauma is the most common solid organ injury in abdominal trauma, with high-grade (American Association for the Surgery of Trauma (AAST) III-V) injuries carrying increased risk of hemorrhage and failure of non-operative management (NOM). Splenic artery embolization (SAE) has emerged as a key adjunct for hemodynamically stable patients, aiming to achieve hemostasis while preserving splenic function. This systematic review evaluated SAE outcomes in high-grade blunt splenic trauma, focusing on technical success, splenic salvage, re-bleeding, complications, delayed splenectomy, and mortality. Five retrospective cohort studies, including 600 adults, were analyzed. SAE demonstrated high technical success (92-100%) and splenic salvage rates (>90%). Proximal and distal embolization achieved comparable salvage rates; distal embolization was associated with longer fluoroscopy times and occasional re-bleeding, while combined techniques showed higher abscess formation. Overall mortality was low, and SAE facilitated preservation of splenic function, reducing the need for delayed splenectomy. Limitations include retrospective design, moderate-to-serious risk of bias, and limited long-term immunologic data. SAE is a safe and effective adjunct to NOM in high-grade blunt splenic trauma, with technique selection influencing complication profiles. Prospective studies are needed to optimize embolization strategies and evaluate long-term outcomes.
Blunt splenic trauma is the most common solid organ injury in abdominal trauma, with high-grade (American Association for the Surgery of Trauma (AAST) III-V) injuries carrying increased risk of hemorrhage and failure of non-operative management (NOM). Splenic artery embolization (SAE) has emerged as a key adjunct for hemodynamically stable patients, aiming to achieve hemostasis while preserving splenic function. This systematic review evaluated SAE outcomes in high-grade blunt splenic trauma, focusing on technical success, splenic salvage, re-bleeding, complications, delayed splenectomy, and mortality. Five retrospective cohort studies, including 600 adults, were analyzed. SAE demonstrated high technical success (92-100%) and splenic salvage rates (>90%). Proximal and distal embolization achieved comparable salvage rates; distal embolization was associated with longer fluoroscopy times and occasional re-bleeding, while combined techniques showed higher abscess formation. Overall mortality was low, and SAE facilitated preservation of splenic function, reducing the need for delayed splenectomy. Limitations include retrospective design, moderate-to-serious risk of bias, and limited long-term immunologic data. SAE is a safe and effective adjunct to NOM in high-grade blunt splenic trauma, with technique selection influencing complication profiles. Prospective studies are needed to optimize embolization strategies and evaluate long-term outcomes.
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