A patient with a neck fracture at the C3 level is admitted to the intensive care unit (ICU) following initial treatment in the emergency room. During the initial assessment of the patient, the nurse recognizes the presence of spinal shock on finding:

Choice A reason:

The extent of impairment following a spinal cord injury cannot be determined until any secondary injury to the cord has resolved. Secondary injury, such as inflammation and swelling, can worsen the initial damage and impact the long-term prognosis.

Choice B reason:

An MRI can reveal the extent of cord damage but does not provide a complete picture of the potential functional outcomes. The full extent of impairment cannot be determined solely by imaging.

Choice C reason:

Stating that the patient will have normal function when spinal shock resolves and the reflex arc returns is misleading and overly optimistic. Not all patients will regain normal function after a spinal cord injury, and outcomes vary.

Choice D reason:

While rehabilitation plays a crucial role in recovery, stating that it will be years before impairment can be determined is not entirely accurate. Functional outcomes can often be assessed sooner as the initial recovery phase progresses.

Choice A reason:

Flaccid paralysis and lack of sensation below the level of the injury are classic signs of spinal shock. Spinal shock is characterized by a temporary loss of all reflexes, motor, and sensory activity below the level of injury, which typically occurs immediately following the injury. Recognizing these signs is crucial for the timely management of the condition.

Choice B reason:

Hypotension, bradycardia, and warm extremities are more indicative of neurogenic shock rather than spinal shock. Neurogenic shock results from the loss of sympathetic tone following a spinal cord injury, leading to cardiovascular changes. These signs do not specifically indicate spinal shock.

Choice C reason:

The presence of hyperactive reflex activity below the level of the injury is not associated with spinal shock. Spinal shock involves the loss of reflex activity rather than hyperactivity. Hyperactive reflexes might develop later as the spinal cord recovers from the initial shock phase.

Choice D reason:

Severe headache, hypertension, and flushed face are symptoms more commonly associated with autonomic dysreflexia, not spinal shock. Autonomic dysreflexia occurs in patients with spinal cord injuries at or above the T6 level and is a response to a noxious stimulus below the level of injury. These symptoms are not indicative of spinal shock.