Skull radiographs and a CT scan indicate a depressed skull fracture with a subdural hematoma. In planning care, the nurse anticipates that the patient will:

Master the NCLEX Intracranial Pressure Exam with targeted questions and detailed explanations. Enhance your preparation with our comprehensive test format, practice multiple choice questions, and effective study tips to boost your confidence and exam readiness.

Multiple Choice

Skull radiographs and a CT scan indicate a depressed skull fracture with a subdural hematoma. In planning care, the nurse anticipates that the patient will:

Explanation:
The main concept here is that a depressed skull fracture with a subdural hematoma creates a mass effect that must be surgically relieved to prevent brain injury. When bone fragments are driven inward and a subdural clot compresses brain tissue, definitive relief of intracranial pressure requires removing the hematoma and addressing the fractured bone. A craniotomy allows the surgeon to elevate depressed bone fragments, evacuate the subdural blood, control any bleeding, and provide decompression so the brain can recover. This approach directly treats the space-occupying lesion and its pressure effects, which conservative monitoring cannot correct and which immediate burr holes may not adequately accomplish in the setting of a depressed fracture. Life-support measures can support the patient, but they don’t remove the mass effect. Therefore, the planned care is craniotomy for evacuation of blood and decompression.

The main concept here is that a depressed skull fracture with a subdural hematoma creates a mass effect that must be surgically relieved to prevent brain injury. When bone fragments are driven inward and a subdural clot compresses brain tissue, definitive relief of intracranial pressure requires removing the hematoma and addressing the fractured bone.

A craniotomy allows the surgeon to elevate depressed bone fragments, evacuate the subdural blood, control any bleeding, and provide decompression so the brain can recover. This approach directly treats the space-occupying lesion and its pressure effects, which conservative monitoring cannot correct and which immediate burr holes may not adequately accomplish in the setting of a depressed fracture. Life-support measures can support the patient, but they don’t remove the mass effect. Therefore, the planned care is craniotomy for evacuation of blood and decompression.

Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy