What should you do with a patient with suspected spinal injuries during transport?

What should you do with a patient with suspected spinal injuries during transport?

• A. Manual stabilization of the head and neck, applying a cervical collar, and using a backboard when appropriate.
• B. Only manual stabilization.
• C. Only a cervical collar.
• D. No immobilization.

Answer: (A)

When a spinal injury is suspected, keeping the spine in as close to its natural alignment as possible during transport is essential to prevent further cord damage. The best approach combines in-line, manual stabilization of the head and neck, applying a rigid cervical collar to immobilize the neck, and securing the patient to a long backboard for full-body immobilization during movement. Maintaining in-line stabilization while applying the collar and then transferring onto the backboard minimizes movement of the head, neck, and torso as you move the patient, which is crucial for protecting the spinal cord. Manual stabilization alone isn’t enough for the duration of transport because movement can occur as the patient is moved or handled. A cervical collar alone doesn’t control movement of the torso or head beyond the neck, leaving other parts of the spine vulnerable. And not immobilizing at all allows dangerous shifting of the spine during transport, increasing the risk of secondary injury.

When a spinal injury is suspected, keeping the spine in as close to its natural alignment as possible during transport is essential to prevent further cord damage. The best approach combines in-line, manual stabilization of the head and neck, applying a rigid cervical collar to immobilize the neck, and securing the patient to a long backboard for full-body immobilization during movement. Maintaining in-line stabilization while applying the collar and then transferring onto the backboard minimizes movement of the head, neck, and torso as you move the patient, which is crucial for protecting the spinal cord.

Manual stabilization alone isn’t enough for the duration of transport because movement can occur as the patient is moved or handled. A cervical collar alone doesn’t control movement of the torso or head beyond the neck, leaving other parts of the spine vulnerable. And not immobilizing at all allows dangerous shifting of the spine during transport, increasing the risk of secondary injury.