Nursing Care Plan (NCP) for Skull Fractures
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Outline
Lesson Objectives for Skull Fractures
- Understanding Skull Fractures:
- Define and comprehend the concept of skull fractures, including the different types and mechanisms of injury.
- Differentiate between linear and depressed fractures, basilar skull fractures, and open and closed fractures.
- Recognizing Signs and Symptoms:
- Identify and understand the clinical manifestations and signs associated with skull fractures.
- Recognize the importance of prompt assessment and diagnosis based on observed symptoms, such as altered mental status, headache, and cranial nerve deficits.
- Diagnostic Approaches:
- Explore the diagnostic methods used in assessing skull fractures, including imaging techniques such as CT scans and X-rays.
- Understand the role of diagnostic tools in confirming the presence, location, and severity of skull fractures.
- Complications and Risk Factors:
- Examine potential complications arising from skull fractures, such as intracranial hemorrhage, infection, and neurological deficits.
- Identify risk factors, including age, mechanism of injury, and associated injuries, that may influence the course and outcomes of skull fractures.
- Emergency Management and Nursing Interventions:
- Learn the principles of emergency management for individuals with suspected or confirmed skull fractures.
- Understand nursing interventions and care priorities, including monitoring neurological status, preventing complications, and providing patient and family education.
Pathophysiology of Skull Fractures
- Mechanical Trauma:
- Skull fractures result from direct mechanical trauma to the head, commonly due to blunt force or penetrating injuries.
- The impact forces can cause fractures to occur at the site of impact (coup injury) or on the opposite side of impact (contrecoup injury).
- Types of Fractures:
- Linear fractures involve a break in the continuity of the skull without displacement of bone fragments.
- Depressed fractures occur when a portion of the skull is pushed inward, towards the brain.
- Basilar skull fractures affect the base of the skull and may involve the temporal, frontal, sphenoid, or ethmoid bones.
- Potential Intracranial Injury:
- Skull fractures can lead to intracranial injuries, including contusions, hematomas, and lacerations.
- The risk of traumatic brain injury (TBI) is increased, especially if the fracture extends into or involves the cranial vault.
- Cerebrospinal Fluid (CSF) Leak:
- Fractures that extend through the base of the skull may result in a CSF leak.
- CSF leakage can occur through the nose (rhinorrhea) or ears (otorrhea), increasing the risk of infection.
- Complications:
- Potential complications include infection of the meninges (meningitis) or brain (abscess), especially in cases of open fractures.
- Neurological deficits, seizures, and long-term cognitive impairments may result from the initial trauma and associated injuries.
Etiology of Skull Fractures
- Traumatic Injuries:
- Motor vehicle accidents, falls, physical assaults, and sports-related injuries are common causes of skull fractures.
- High-impact trauma, such as those sustained in severe accidents or violent incidents, increases the risk of fractures.
- Occupational Hazards:
- Individuals working in occupations with a higher risk of head injuries, such as construction workers or military personnel, may be exposed to skull fracture-inducing incidents.
- Child Abuse:
- Non-accidental trauma, including physical abuse or shaken baby syndrome, can lead to skull fractures in infants and young children.
- Vigilance is crucial in identifying signs of abuse in pediatric patients.
- Penetrating Injuries:
- Gunshot wounds, stab wounds, or other penetrating injuries can directly impact the skull, resulting in fractures.
- These injuries often carry a higher risk of complications due to the nature of the trauma.
- Sports Injuries:
- Participation in high-impact sports, especially those involving contact or collisions, can lead to skull fractures.
- Proper protective gear and adherence to safety guidelines are essential in minimizing the risk of sports-related head injuries.
Desired Outcome in the Management of Skull Fractures
- Stabilization and Neurological Preservation:
- Stabilize the patient’s condition to prevent further injury and optimize neurological outcomes.
- Preserve and monitor neurological function, aiming for the prevention of complications such as intracranial hemorrhage.
- Prevention of Complications:
- Minimize the risk of complications, including infection, intracranial pressure (ICP) elevation, and neurological deficits.
- Implement interventions to prevent secondary injuries and optimize the healing process.
- Effective Pain Management:
- Provide effective pain management to enhance patient comfort and facilitate participation in therapeutic activities.
- Monitor pain levels and adjust interventions accordingly to maintain optimal pain control.
- Early Detection and Management of CSF Leak:
- Early detection and management of cerebrospinal fluid (CSF) leaks, if present, to prevent complications such as infection.
- Implement measures to reduce the risk of meningitis or other infections associated with CSF leakage.
- Patient and Family Education:
- Educate patients and their families on signs of worsening symptoms, potential complications, and the importance of follow-up care.
- Promote understanding of restrictions, activity modifications, and necessary precautions during the recovery period.
Skull Fractures Nursing Care Plan
Subjective Data:
- Pain
- Reported trauma
Objective Data:
- Unstable midface
- Racoon eyes
- Battle’s sign
- Obvious deformity or ecchymosis
- Misaligned jaw
- Bleeding from ears/nose
Nursing Assessment for Skull Fractures
- Initial Trauma Assessment:
- Perform a rapid trauma assessment, prioritizing airway, breathing, and circulation (ABCs).
- Assess the mechanism of injury, including the type and force of trauma that may have led to the skull fracture.
- Neurological Assessment:
- Conduct a comprehensive neurological assessment, including Glasgow Coma Scale (GCS) scoring, pupillary response, and motor function evaluation.
- Monitor for any signs of altered mental status, confusion, or neurological deficits.
- Physical Examination of the Head:
- Inspect the head for signs of trauma, such as bruising, swelling, lacerations, or deformities.
- Palpate the skull for tenderness, crepitus, or abnormal depressions that may indicate a fracture.
- Assessment for CSF Leak:
- Assess for signs of cerebrospinal fluid (CSF) leakage, including clear fluid drainage from the nose (rhinorrhea) or ears (otorrhea).
- Test any fluid for glucose content to confirm the presence of CSF.
- Imaging Studies:
- Facilitate diagnostic imaging studies, such as computed tomography (CT) scans or X-rays, to confirm the presence, location, and severity of the skull fracture.
- Monitor for any associated intracranial injuries, such as hematomas or contusions.
- Vital Signs Monitoring:
- Monitor vital signs regularly, paying attention to changes in blood pressure, heart rate, and respiratory rate.
- Assess for signs of increased intracranial pressure (ICP), such as hypertension or bradycardia.
- Pain Assessment:
- Assess and reassess pain levels using a numeric pain scale.
- Evaluate the effectiveness of pain management interventions and adjust as needed.
- Psychosocial Assessment:
- Perform a psychosocial assessment to identify factors such as stressors, support systems, and coping mechanisms.
- Consider the psychological impact of the injury on the patient and provide emotional support as needed.
Regular and thorough nursing assessments are crucial for early detection of complications, effective pain management, and overall patient well-being during the management of skull fractures.
Implementation for Skull Fractures
- Neurological Monitoring:
- Implement routine neurological monitoring to assess changes in level of consciousness, pupil reactions, and motor function.
- Collaborate with the healthcare team to promptly address any signs of worsening neurological status.
- Pain Management:
- Administer prescribed pain medications as scheduled and assess the effectiveness of pain relief.
- Utilize non-pharmacological pain management strategies, such as positioning and comfort measures, to enhance overall pain control.
- Head Elevation:
- Maintain the head of the bed in a slightly elevated position (30 degrees) to help reduce intracranial pressure.
- Monitor for any signs of increased intracranial pressure, such as changes in vital signs or neurological status.
- Prevention of Complications:
- Implement measures to prevent complications, including infection control measures to reduce the risk of meningitis.
- Educate the patient and family on signs of infection and the importance of seeking prompt medical attention if symptoms occur.
- Patient and Family Education:
- Provide education on activity restrictions, emphasizing the importance of avoiding activities that could worsen the fracture or increase intracranial pressure.
- Instruct the patient and family on signs of deteriorating symptoms and the need for follow-up appointments.
Nursing Interventions and Rationales
- Monitor airway and respiratory status
Swelling in the face or brain can cause compromised airway or breathing. Cranial nerve damage may also impair swallowing.
- Assess drainage for CSF, avoid nose blowing
Halo’s sign (yellow ring around blood spot on gauze) indicates a CSF leak from nose/ears or through a fracture. Nose blowing can cause a CSF leak or bleed.
- Assess cranial nerve function
Facial fractures and basilar skull fractures carry a high risk of cranial nerve damage, including sensation to the face and ability to swallow.
- Assess LOC and ICP/CPP with frequent neuro checks. CPP = MAP – ICP (monitor hemodynamics)
Neurological changes related to increasing ICP may be subtle or may occur rapidly. Frequent detailed neuro checks allow changes to be recognized quickly so that interventions can be initiated.
- Perform interventions to minimize ICP:
- Maintain HOB 30-45°
- Decrease stimuli
- Avoid Valsalva maneuvers
- Maintain HOB 30-45°
- HOB < 30 = increased blood flow to brain → Increased ICP
- HOB > 45 = increased intrathoracic pressure → decreased venous outflow from brain → increased ICP
- Decrease stimuli
- Agitation or stress can cause increased ICP
- Avoid Valsalva maneuvers
- Coughing or bearing down can cause increased ICP
- Assess swallow before giving anything by mouth – involve Speech Therapy as appropriate
Due to muscle weakness, patients may experience difficulty swallowing. It may be appropriate to have ST assess for appropriate interventions to prevent aspiration.
- Administer analgesics as ordered
Severe pain can cause increased ICP, among other complications. Give pain medications as ordered and as needed.
Evaluation for Skull Fractures
- Neurological Status:
- Regularly evaluate neurological status, comparing current assessments to baseline values.
- Assess for improvements or deterioration in consciousness, pupil reactivity, and motor responses.
- Pain Control:
- Evaluate the effectiveness of pain management interventions, assessing the patient’s pain levels and response to medications.
- Adjust pain management strategies as needed to maintain optimal pain control.
- Complication Prevention:
- Monitor for signs of complications, including infection or increased intracranial pressure.
- Evaluate the success of infection control measures and interventions aimed at preventing complications.
- Adherence to Activity Restrictions:
- Assess the patient’s adherence to prescribed activity restrictions and precautions.
- Identify any challenges or concerns related to activity restrictions and address them accordingly.
- Patient and Family Understanding:
- Evaluate the patient and family’s understanding of the injury, treatment plan, and signs of potential complications.
- Address any questions or misconceptions and provide additional education as necessary.
Regular evaluation is essential to ensure the effectiveness of interventions, prevent complications, and promote optimal recovery for individuals with skull fractures. Adjustments to the care plan should be made based on the ongoing assessment and individual patient needs.
References
- https://emedicine.medscape.com/article/248108-overview
- https://www.healthline.com/health/skull-fracture
- https://www.columbianeurosurgery.org/conditions/skull-fractures/
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Transcript
Today we are diving into skull fractures. The patho behind skull fractures. Skull fractures, or any fracture that includes the cranium, the face, or the base of the skull. These fractures are dangerous because they can be superficial, but they can also penetrate pretty deep into the cranial cavity. Some of the nursing considerations that we want to think about is we want to assess for CSF or cerebral spinal fluid. We want to assess drainage. We also want to do frequent neuro tracks and we want to assess for the battle signs or raccoon eyes. The battle sign is just the bruising over the mastoid process. And then the raccoon eyes, is the darkening around your eyes. We also want to assess for, and manage the pain. One of the desired outcomes is that we want to prevent long-term neurological damage.
This is affecting the skull, which is protecting your brain. We just want to protect from any long-term damage. And then we want to protect the airway and preserve the patient’s functional abilities. So with any fracture, but especially a skull fracture, when someone tells you that there is a reported trauma, car accident, or anything like that, you want to think about skull fractures. If they complain of pain, you also want to immediately go there. Some of the things that we’re going to see is, that we’re going to see an unstable mid-face, raccoon eyes, and battle’s sign. We’re going to also see any type of just obvious deformity. We’ll see some ecchymosis and then we will also see a misaligned jaw. And that’s just from the impact of the trauma that caused the fracture. We may see bleeding from the nose or the ears, and then we will also possibly see clear drainage from the ears or the nose.
That’s the cerebral spinal fluid. We’re going to be very mindful of that. Some nursing interventions that you want to think of. Number one, remember ABC. We want to monitor that airway and that respiratory status because swelling can occur in the face. It can cause a compromised airway, and we do not want that cranial nerve damage to also impair swallowing. So the patients are also at risk for aspiration. So we want to assess CSF fluid. So CSF cerebral, spinal fluid, the way that we do that is by looking for what we call a halo sign and pretty much a halo sign is you take a piece of gauze, put it under the clear drainage that’s coming from the nose and it’ll create like a ring or a halo around of blood. And so if you see that nine times out of 10, it is a cerebral spinal fluid.
You want to make sure that you tell the patient not to blow their nose, because that can exacerbate the injury. Like I said, frequent neuro checks. We want to do neuro checks one to two hours or more. The reason why is because they can have changes in their level of consciousness. We also want to do an ICP intracranial pressure or cerebral perfusion pressure, with those neuro checks and those would be ordered by the provider. Finally, we want to make sure that we minimize ICP. We want to keep that intracranial pressure low. So the way we do that, keep the head of the bed up 30 to 45 degrees. So head of the bed 35 degrees, I mean, 30 to 45 degrees. That’s going to keep the drainage down. We also want to decrease stimuli. We don’t want the patient agitated, and we want to avoid that bearing down. That again, it’s just going to keep that pressure away from the head and decrease the incidence of draining the CSF.
Quick overview on the key points, fractures of the skull are a no-no they’re bad. Okay. Some of the things that the patient’s going to report is pain. They’re going to report the actual trauma. Uh, we are going to be looking for objective data as nurses. And we’re going to look for the raccoon eyes, which is the darkness around the eyes, the battle sign, which is the mastoid process here. And if we have any type of bleeding or drainage from the nose or the ears, CSF drain is very important. CSF drainage. That’s the clear liquid from the nose or ears. In addition to the halo sign, you can also test it for glucose. If it tests positive for glucose, then that means it is CSF and not mucus. The risk for infection is something else we want to be considerate of. If the is testing for CSF, also minimize the ICP, head of the bed up, decrease the stimuli, avoid the solver maneuvers. We love you guys; go out and be your best self today. And, as always, happy nursing.
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