A client with an intracranial aneurysm that resulted in a cerebral bleed is to be discharged to a rehabilitation facility.
Which of the following rehabilitation outcomes would be appropriate for this client?

Choice A rationale

Applying pressure to prevent drainage could force cerebrospinal fluid (CSF) back into the cranial cavity, increasing infection risk and intracranial pressure, potentially worsening brain injury. CSF leakage requires non-obstructive handling.

Choice B rationale

Allowing fluid to drain onto gauze prevents build-up of intracranial pressure while assessing for halo sign, indicating CSF leakage. Yellow staining reflects glucose presence in CSF, confirming dura mater damage.

Choice C rationale

Intravenous fluids manage hypovolemia but are not prioritized for trauma patient brain injuries. Replacing lost CSF requires specific medical intervention rather than fluid volume adjustments alone.

Choice D rationale

Antibiotics treat infections but are not first priority for confirmed CSF leakage, which demands careful monitoring of drainage to prevent neurological damage. Post-intervention antibiotics may be necessary.

Choice A rationale

Stabilizing the cervical spine prevents further spinal injury in case of vertebral damage, which is a priority when managing trauma patients until specialized medical care becomes available.

Choice B rationale

While controlling bleeding is essential, it is secondary to stabilizing the cervical spine since the airway and neurological protection take precedence in trauma protocols.

Choice C rationale

The head tilt chin lift method should not be used if cervical spine injury is suspected, as it may exacerbate potential damage to the vertebrae or spinal cord.

Choice D rationale

While not moving the victim is critical, stabilization of the cervical spine is the primary intervention to prevent further injury before emergency assistance arrives.