Which combination of items cannot be removed when imaging a trauma patient?

Which combination of items cannot be removed when imaging a trauma patient?

• A. Cervical Collar, Antishock Garments, and Backboard
• B. Cervical Collar and Backboard Only
• C. Antishock Garments and Backboard Only
• D. Cervical Collar Only

Answer: (A)

In trauma imaging, keeping the patient absolutely still and properly aligned is vital to protect the spine and get accurate images. The cervical collar prevents movement of the head and neck, which keeps the cervical spine in alignment. The backboard provides rigid support for the entire torso, helping to maintain a straight, stabilized spine during radiography. The antishock garment, worn around the lower body, adds stability to the trunk and helps control hemorrhage, reducing overall movement of the patient. Because imaging needs to preserve this immobilization to avoid any shift that could worsen injury or distort the study, removing any one of these items can compromise safety and image quality. The only combination that cannot be removed is keeping all three devices in place—cervical collar, backboard, and antishock garment—through the imaging process.

In trauma imaging, keeping the patient absolutely still and properly aligned is vital to protect the spine and get accurate images. The cervical collar prevents movement of the head and neck, which keeps the cervical spine in alignment. The backboard provides rigid support for the entire torso, helping to maintain a straight, stabilized spine during radiography. The antishock garment, worn around the lower body, adds stability to the trunk and helps control hemorrhage, reducing overall movement of the patient.

Because imaging needs to preserve this immobilization to avoid any shift that could worsen injury or distort the study, removing any one of these items can compromise safety and image quality. The only combination that cannot be removed is keeping all three devices in place—cervical collar, backboard, and antishock garment—through the imaging process.