Which nursing action should be implemented for a patient experiencing increased intracranial pressure?

Which nursing action should be implemented for a patient experiencing increased intracranial pressure?

• A. Monitor fluid and electrolyte status astutely.
• B. Position the patient in a high-Fowler's position.
• C. Administer vasoconstrictors to maintain cerebral perfusion.
• D. Maintain physical restraints to prevent episodes of agitation.

Answer: (A)

Managing increased intracranial pressure hinges on preventing secondary brain injury by preserving cerebral perfusion while minimizing edema. The nursing action of closely monitoring fluid and electrolyte status is best because shifts in fluids and sodium directly affect brain edema and cerebral perfusion pressure. Track intake and output, daily weights, neuro status, and lab values such as electrolytes and osmolality; adjust IV fluids per orders to prevent hyponatremia, hypernatremia, and fluid overload, which can worsen ICP. Avoid hypotonic fluids and be mindful of rapid shifts in osmolality that can worsen cerebral edema. Position the patient with the head midline and the head of bed elevated about 15-30 degrees to promote venous drainage; avoid high-Fowler's, which can impede venous return and perfusion. Vasoconstrictors are not routinely used to manage ICP and can reduce cerebral blood flow. Restraints are not used to control ICP and can increase agitation and ICP.

Managing increased intracranial pressure hinges on preventing secondary brain injury by preserving cerebral perfusion while minimizing edema. The nursing action of closely monitoring fluid and electrolyte status is best because shifts in fluids and sodium directly affect brain edema and cerebral perfusion pressure. Track intake and output, daily weights, neuro status, and lab values such as electrolytes and osmolality; adjust IV fluids per orders to prevent hyponatremia, hypernatremia, and fluid overload, which can worsen ICP. Avoid hypotonic fluids and be mindful of rapid shifts in osmolality that can worsen cerebral edema. Position the patient with the head midline and the head of bed elevated about 15-30 degrees to promote venous drainage; avoid high-Fowler's, which can impede venous return and perfusion. Vasoconstrictors are not routinely used to manage ICP and can reduce cerebral blood flow. Restraints are not used to control ICP and can increase agitation and ICP.