Temporary arterial shunts in combat patient with vascular injuries to extremities wounded in Russian-Ukrainian war: A case report

Introduction and importance: Vascular injuries to extremities are common in armed conflicts. Such kind of injury is associated with a high risk of critical ischemia, limb amputation, and high morbidity. There is a clinical challenge for the management of vascular injuries to extremities in ongoing warfare due to limited medical resources. Presentation of case: A 34 years old male received a gunshot injury to both low extremities on March, 23rd 2022 in a battlefield area 30 km away from Kyiv city. CAT tourniquet was applied to stop the bleeding and the patient was transported to Level II by ambulance 40 min after the injury. The patient was diagnosed with a gunshot injury to the left superficial femoral artery (SFA) followed by primary surgical debridement and temporary arterial shunting at Level II hospital. Then the patient was evacuated to Level IV hospital, diagnosed with an injury to the right popliteal artery, and underwent vascular reconstruction.Clinical discussion: Arterial shunting is a well-known approach to prevent critical ischemia and limb amputations of injured extremities in both combat and civilian patients. This case report provides evidence for the utility of temporary arterial shunting in combat conditions, which is supported by data from the larger cohorts. We consider temporary vascular shunting as a damage control measure to be associated with high chances of limb salvage in ongoing warfare.Conclusion: Our study demonstrated the utility of temporary arterial shunting in combat patients with gunshot wounds in ongoing warfare, which could be performed even in case of limited medical resources.

Automated summary

Vascular injuries to extremities are common in armed conflicts and are associated with high risks. Managing such injuries in ongoing warfare is challenging due to limited medical resources. This case report demonstrates the utility of temporary arterial shunting in combat conditions and highlights its potential for limb salvage.