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Advanced Trauma Life Support ATLS Student Course Manual 2018

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142<br />

CHAPTER 7 n Spine and Spinal Cord <strong>Trauma</strong><br />

box 7-1 guidelines for screening patients with suspected spine injury<br />

Because trauma patients can have unrecognized<br />

spinal injuries, be sure to restrict spinal motion until<br />

they can undergo appropriate clinical examination<br />

and imaging.<br />

Suspected Cervical Spine Injury<br />

1. The presence of paraplegia or quadriplegia/tetraplegia is<br />

presumptive evidence of spinal instability.<br />

2. Use validated clinical decision tools such as the Canadian<br />

C-Spine Rule and NEXUS to help determine the need for<br />

radiographic evaluation and to clinically clear the c-spine.<br />

Patients who are awake, alert, sober, and neurologically<br />

normal, with no neck pain, midline tenderness, or a<br />

distracting injury, are extremely unlikely to have an<br />

acute c-spine fracture or instability. With the patient in<br />

a supine position, remove the c-collar and palpate the<br />

spine. If there is no significant tenderness, ask the patient<br />

to voluntarily move his or her neck from side to side and<br />

flex and extend his or her neck. Never force the patient’s<br />

neck. If there is no pain, c-spine films are not necessary,<br />

and the c-collar can be safely removed.<br />

3. Patients who do have neck pain or midline tenderness<br />

require radiographic imaging. The burden of proof<br />

is on the clinician to exclude a spinal injury. When<br />

technology is available, all such patients should undergo<br />

MDCT from the occiput to T1 with sagittal and coronal<br />

reconstructions. When technology is not available,<br />

patients should undergo lateral, AP, and open-mouth<br />

odontoid x-ray examinations of the c-spine. Suspicious<br />

or inadequately visualized areas on the plain films may<br />

require MDCT. C-spine films should be assessed for:<br />

• bony deformity/fracture of the vertebral body<br />

or processes<br />

• loss of alignment of the posterior aspect of the<br />

vertebral bodies (anterior extent of the vertebral canal)<br />

• increased distance between the spinous processes at<br />

one level<br />

• narrowing of the vertebral canal<br />

• increased prevertebral soft-tissue space<br />

If these films are normal, the c-collar may be removed to<br />

obtain flexion and extension views. A qualified clinician<br />

may obtain lateral cervical spine films with the patient<br />

voluntarily flexing and extending his or her neck. If the<br />

films show no subluxation, the patient’s c-spine can be<br />

cleared and thec-collar removed. However, if any of<br />

these films are suspicious or unclear, replace the collar<br />

and consult with a spine specialist.<br />

4. Patients who have an altered level of consciousness or<br />

are unable to describe their symptoms require imaging.<br />

Ideally, obtain MDCT from the occiput to T1 with sagittal<br />

and coronal reconstructions. When this technology is<br />

not available, lateral, AP, and open-mouth odontoid<br />

films with CT supplementation through suspicious or<br />

poorly visualized areas are sufficient.<br />

In children, CT supplementation is optional. If the<br />

entire c-spine can be visualized and is found to be<br />

normal, the collar can be removed after appropriate<br />

evaluation by a doctor skilled in evaluating and<br />

managing patients with spine injuries. Clearance of the<br />

c-spine is particularly important if pulmonary or other<br />

management strategies are compromised by the inability<br />

to mobilize the patient.<br />

5. When in doubt, leave the collar on.<br />

Suspected ThoracoLUMbar Spine<br />

Injury<br />

1. The presence of paraplegia or a level of sensory loss<br />

on the chest or abdomen is presumptive evidence of<br />

spinal instability.<br />

2. Patients who are neurologically normal, awake, alert,<br />

and sober, with no significant traumatic mechanism<br />

and no midline thoracolumbar back pain or tenderness,<br />

are unlikely to have an unstable injury. Thoracolumbar<br />

radiographs may not be necessary.<br />

3. Patients who have spine pain or tenderness on<br />

palpation, neurological deficits, an altered level of<br />

consciousness, or significant mechanism of injury<br />

should undergo screening with MDCT. If MDCT is<br />

unavailable, obtain AP and lateral radiographs of the<br />

entire thoracic and lumbar spine. All images must be of<br />

good quality and interpreted as normal by a qualified<br />

doctor before discontinuing spine precautions.<br />

4. For all patients in whom a spine injury is detected or<br />

suspected, consult with doctors who are skilled in<br />

evaluating and managing patients with spine injuries.<br />

5. Quickly evaluate patients with or without neurological<br />

deficits (e.g., quadriplegia/tetraplegia or paraplegia) and<br />

remove them from the backboard as soon as possible. A<br />

patient who is allowed to lie on a hard board for more<br />

than 2 hours is at high risk for pressure ulcers.<br />

6. <strong>Trauma</strong> patients who require emergency surgery before<br />

a complete workup of the spine can be accomplished<br />

should be transported carefully, assuming that an<br />

unstable spine injury is present. Leave the c-collar in<br />

place and logroll the patient to and from the operating<br />

table. Do not leave the patient on a rigid backboard<br />

during surgery. The surgical team should take particular<br />

care to protect the neck as much as possible during the<br />

operation. The anesthesiologist should be informed of<br />

the status of the workup.<br />

n BACK TO TABLE OF CONTENTS

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