Why is air medical transport chosen for a patient with a pelvic fracture and a SBP of 70 mmHg during a multi-vehicle crash?

Why is air medical transport chosen for a patient with a pelvic fracture and a SBP of 70 mmHg during a multi-vehicle crash?

• A. To avoid on-scene treatment
• B. It rapidly delivers unstable patient to definitive care
• C. It is less expensive
• D. It reduces exposure to radiation

Answer: (B)

Rapid transport to definitive care is the key idea. A pelvic fracture with a systolic BP of 70 indicates massive internal bleeding and hemorrhagic shock, so the priority is getting the patient to a facility that can control the bleeding and provide definitive trauma care as quickly as possible. Air medical transport can reach a Level I trauma center much faster than ground transport, especially when scene access is challenging or distances are long, so it minimizes time to definitive intervention such as pelvic stabilization, surgical control of hemorrhage, or interventional radiology. While on-scene care and prehospital resuscitation are important, the decisive factor in this scenario is the speed with which the patient can access definitive care to improve survival. The other options aren’t the driving reason: transport isn’t chosen to avoid on-scene treatment, and cost or radiation exposure aren’t the primary concerns in deciding to use air transport.

Rapid transport to definitive care is the key idea. A pelvic fracture with a systolic BP of 70 indicates massive internal bleeding and hemorrhagic shock, so the priority is getting the patient to a facility that can control the bleeding and provide definitive trauma care as quickly as possible. Air medical transport can reach a Level I trauma center much faster than ground transport, especially when scene access is challenging or distances are long, so it minimizes time to definitive intervention such as pelvic stabilization, surgical control of hemorrhage, or interventional radiology. While on-scene care and prehospital resuscitation are important, the decisive factor in this scenario is the speed with which the patient can access definitive care to improve survival. The other options aren’t the driving reason: transport isn’t chosen to avoid on-scene treatment, and cost or radiation exposure aren’t the primary concerns in deciding to use air transport.