8 Meningitis Nursing Care Plans

Meningitis can take a child from headache to herniation fast. Your job is to recognize it early, get antibiotics started without delay, hold intracranial pressure down, control the fever and pain, protect the child from seizures and injury, and watch for the complications that outlast the infection. This guide covers the assessment, goals, and interventions.

What is Meningitis?

Meningitis is inflammation of the meninges of the brain and spinal cord from bacterial, viral, or fungal infection. Bacterial causes include Haemophilus influenzae type b, Neisseria meningitidis (meningococcal meningitis), and Streptococcus pneumoniae (pneumococcal meningitis). The greatest risk is in infants between 6 and 12 months of age, with most cases occurring between 1 month and 5 years. The usual route is vascular spread from infection in the nasopharynx or sinuses, or direct entry through wounds, a skull fracture, a lumbar puncture, or surgery. Viral (aseptic) meningitis comes from a range of viral agents, often with measles, mumps, herpes, or enteritis. It is self-limiting and treated symptomatically for 3 to 10 days.

Treatment includes hospitalization to differentiate the type, isolation, symptom management, and prevention of complications.

Nursing Care Plans and Management

Care centers on maintaining cerebral perfusion by lowering ICP, holding normal temperature, preventing injury, supporting coping, restoring cognitive function, and preventing complications.

Nursing Problem Priorities

• Recognize meningitis and get prompt medical evaluation and treatment started.
• Monitor vital signs and neurological status regularly.
• Administer antibiotics or antivirals as directed.
• Manage symptoms and provide supportive care, including pain and fluid management.
• Coordinate diagnostic tests such as lumbar puncture and imaging.
• Teach the family about meningitis, treatment, and vaccination.
• Watch for and manage seizures and neurological deficits.
• Implement infection control to prevent transmission.

Nursing Assessment

Assess for the following:

• Severe headache
• Stiff neck
• High fever
• Sensitivity to light
• Nausea and vomiting
• Altered mental status, irritability
• Fatigue and lethargy
• Seizures
• Joint and muscle pain
• Positive Kernig's sign (resistance and pain with knee extension when the hip is flexed)
• Positive Brudzinski's sign (neck flexion causing involuntary hip and knee flexion)
• Positive meningeal signs (nuchal rigidity, positive Babinski reflex)
• Abnormal eye movements
• Positive lumbar puncture findings (elevated CSF white blood cells, increased protein, decreased glucose)

Nursing Diagnosis

Formulate the diagnosis from your assessment and clinical judgment, matched to the child's presentation. The interventions you build matter more than the label.

Nursing Goals

• The child's vital signs return to normal, the child is alert and oriented, and motor, cognitive, and sensory function are appropriate for age.
• The child's body temperature returns to normal range.
• The child reports comfort and relief from pain.
• The child maintains a normal level of consciousness.
• The parents experience less anxiety and understand the cause and treatment plan.
• The child stays free of injury.

Nursing Interventions and Actions

1. Assessing Neurological Status and Cerebral Perfusion

Inflammation of the meninges disrupts brain circulation and oxygen delivery, which drives the neurologic symptoms and the risk of rising ICP. Track it closely.

Monitor vital signs and neurological status. A rising systolic pressure with a falling diastolic pressure is an ominous sign of increased ICP.

Watch for signs of increased ICP. Headache, drowsiness, decreased alertness, vomiting, and a bulging fontanelle in infants all point to rising ICP.

Assess for nuchal rigidity, twitching, restlessness, and irritability. These are signs of meningeal irritation from the infection.

Watch for increasing restlessness, moaning, and guarding. These nonverbal cues can signal rising ICP or pain, and unrelieved pain can worsen ICP.

Monitor arterial blood gases and oxygen saturation. Detects hypoxia and guides therapy.

Keep the head and neck midline with a small pillow for support. Turning the head compresses the jugular veins and blocks venous drainage, raising ICP.

During repositioning, avoid bending the knee and pushing the heels against the mattress. These raise intrathoracic and intraabdominal pressure and so raise ICP.

Decrease external stimuli: keep the environment quiet, use a soft voice and gentle touch. Relaxation lowers the adverse physiologic response and helps hold ICP down.

Elevate the head of the bed 30 degrees and avoid neck and hip flexion. Promotes venous drainage from the head, reducing cerebral congestion, edema, and the risk of rising ICP.

Administer oxygen as needed. Reduces hypoxia, which would otherwise raise blood volume, drive cerebral vasodilation, and elevate ICP.

Administer medications as indicated. See Pharmacologic Management.

2. Normalizing Body Temperature

Fever raises metabolic demand and the risk of rising ICP. Bring it down to ease discomfort and prevent complications.

Assess vital signs closely. Aseptic viral meningitis often begins with fever up to 104°F. As hyperthermia builds, heart rate and blood pressure rise.

Assess for dehydration: dry mouth, sunken eyes, a sunken fontanelle, and low, concentrated urine output. Fever raises the metabolic rate and insensible fluid loss.

Lower the temperature gradually. Rapid cooling triggers shivering and a rebound rise in temperature.

Give a tepid sponge bath. Lowers temperature through conduction and convection.

Maintain adequate fluid intake as tolerated. Prevents dehydration, but avoid fluid overload given the risk of cerebral edema.

Administer antibiotics as indicated. Treats the underlying infection driving the inflammation.

Administer antipyretics as indicated. Lowers fever and cuts the brain's oxygen demand, which fever drives up.

3. Managing Acute Pain

Inflammation of the meninges and rising intracranial pressure produce the severe headache and neck stiffness of meningitis. Control it.

Assess for headache and photophobia. Infected meninges produce severe headache, and meningitis causes sensitivity to bright light.

Assess for Kernig's sign (pain and resistance on passive knee extension with the hip flexed) and Brudzinski's sign (hips flex when the head is bent forward). These check for meningeal irritation.

Keep the room quiet and darkened. A dark room reduces photophobia.

Limit stimulation and restrict visitors. Stimulation raises ICP and intensifies pain.

Control the environment to encourage rest. Noise and glare cause sensory overload that irritates the brain and can trigger convulsions.

Turn and position the child carefully and often. Promotes comfort and reduces irritation.

Assist with ROM exercises. Prevents joint stiffness and neck pain.

Administer antibiotics, corticosteroids, and analgesics such as acetaminophen or NSAIDs as prescribed. See Pharmacologic Management.

4. Preventing Injury and Managing Seizures

Altered sensory perception, neurologic deficits, rising ICP, and seizures all put the child at risk. Monitor neurologic status and keep the environment safe.

Assess level of consciousness using the pediatric Glasgow coma scale. A reliable, objective measure of motor, verbal, and sensory response that gauges the extent of damage.

Notify the physician of any persistent decline in LOC. Falling LOC, seizures, rising blood pressure, bradycardia, or respiratory changes may signal rising ICP with falling cerebral perfusion.

Assess for cerebral edema: dizziness, headache, irregular breathing, neck pain, nausea, or vomiting. Anoxia, vasodilation, and vascular stasis drive cerebral edema as the disease progresses.

Assess the ability to follow simple and complex commands. Impaired cognition reflects cerebral hemisphere involvement.

Evaluate protective reflexes: swallow, gag, blink, cough. Their absence is a late sign of rising ICP.

Assess for meningeal irritation: headache, photophobia, nuchal rigidity, opisthotonus, Kernig's sign, and Brudzinski's sign. These are cardinal signs of meningeal and spinal root inflammation.

Reorient the child to the environment as needed. Frequent orientation supports cognitive recovery.

Assess pupil size every 3 hours during the first 24 hours, then every 6 hours. Rising ICP produces unequal pupils and fixed, dilated pupils.

Attach cardiac and respiratory monitors to catch bradycardia and hypoxia. As ICP rises, the pulse slows and becomes irregular, the pulse pressure widens, and respirations turn rapid and shallow.

Initiate seizure precautions: document onset, frequency, duration, and movements before, during, and after a seizure, pad the bed, clear objects and toys, and give ordered anticonvulsants. Documenting seizures guides treatment, and the precautions prevent injury, a complication of meningitis.

Reposition every 2 hours, keep the head of the bed slightly elevated with no pillow, use a side-lying position if nuchal rigidity is present, and avoid sudden movements such as lifting the head. Maintains the airway and prevents secretion buildup that raises CO2 and ICP. Keep oxygen and suction at the bedside.

Position with the head elevated 30 degrees in neutral alignment, supported with a sandbag. Promotes venous drainage from the brain and lowers ICP.

Provide a quiet, dimly lit environment, handle the child gently, allow rest between care, and restrict visiting when the child is irritable. Promotes comfort and rest and limits stimulation during the acute stage.

Stay near the child and speak in a low voice. Limits stimulation during the acute phase.

Administer and monitor anticonvulsant drug levels. Anticonvulsants serve as prophylaxis and treatment, and therapeutic levels prevent seizures. See Pharmacologic Management.

Administer stool softeners, avoid restraints, and prevent or reduce crying episodes. Prevents the Valsalva maneuver that raises ICP.

Explain to the parents the causes of rising ICP and why preventing further rises matters. Builds understanding of a life-threatening complication and the family's role in preventing it.

5. Reducing Anxiety

The distressing symptoms and life-threatening nature of meningitis, plus an uncertain prognosis, frighten the family. Address it directly.

Assess the sources and level of anxiety, how it shows, and what information would help. Sources include fear about treatment and recovery, guilt about the illness, and loss of the parental role during hospitalization.

Assess for parental guilt about not recognizing the illness sooner, and encourage open discussion. Prevents or eases blame and guilt.

Let the parents voice concerns and ask questions about the child's condition. Releases feelings and supplies the information that reduces anxiety.

Encourage the parents to stay with the child, help with care, and share the child's daily routines. Caring for the child reduces the anxiety of being apart.

Keep the parents involved in care and decisions. Keeps them watching the child for improvement or worsening.

Teach the disease process, its physical effects, and its symptoms. Knowledge relieves parental anxiety.

Explain the reason for each procedure and diagnostic test. Reduces fear of the unknown.

Teach the parents about isolation precautions for at least 24 hours, or until the diagnosis is confirmed and antibiotics take effect. Allows time to confirm the type and prevent transmission.

Clarify misinformation and answer in plain language consistent with what other staff and physicians have said. Prevents anxiety from inaccurate or inconsistent information.

6. Patient Education and Health Teaching

Too little knowledge delays care and hinders recovery. Teach the family to recognize meningitis, follow treatment, and prevent future complications.

Assess the family's knowledge of the disease and their willingness to take part in care. Builds a realistic teaching plan and avoids repeating information.

Provide clear explanations and use pictures, pamphlets, videos, and models. Visual aids reinforce learning matched to readiness and ability.

Teach medication administration: action, dosage, timing, frequency, side effects, expected results, and how to give it, with written instructions and the need to finish the full antibiotic course. Supports adherence. Bacterial meningitis is treated with antibiotics, and viral meningitis may be treated with antibiotics until the diagnosis is established.

Help the family plan nourishing feedings and menus appropriate for the child's age. Promotes optimal nutrition as tolerated.

Reinforce followup to assess for hearing impairment. Catches hearing loss from injury to the 8th cranial nerve caused by meningitis.

Inform the parents of the benefit of routine immunization with the H. influenzae type b vaccine, beginning at 2 months of age for a total of 3 doses. This form of meningitis has declined since the vaccine was introduced, and immunization may prevent the disease and limit spread to unvaccinated infants.

Teach the family to promote rest and age-appropriate play and stimulation. Rest aids recovery, and stimulation supports continued development.

Teach the family to isolate other children for 24 hours if a respiratory infection is present, or until cultures are negative. Prevents transmission within the family.

Teach the family to report fever, poor feeding or anorexia, irritability or other behavior or LOC changes, and any decrease in hearing. These reveal the presence or spread of infection.

7. Administering Medications and Pharmacologic Support

Medication depends on the cause. Antibiotics treat bacterial meningitis, antivirals treat viral meningitis, and corticosteroids may reduce inflammation in the brain.

Antibiotics. For bacterial meningitis, broad-spectrum agents are given intravenously, such as ceftriaxone, cefotaxime, or meropenem, targeting the causative bacteria.

Antivirals. For viral meningitis, agents such as acyclovir are used, particularly when herpes simplex or another specific virus is suspected.

Antifungals. For fungal meningitis, agents such as amphotericin B combat the infection.

Corticosteroids. Agents such as dexamethasone may be used in some cases of bacterial meningitis to reduce inflammation and swelling.

Analgesics. Acetaminophen or ibuprofen relieves the headache and fever of meningitis.

Osmotic diuretic. Mannitol (Osmitrol) treats cerebral edema by promoting cerebral blood flow.

Anticonvulsants. Diazepam (Valium) or phenytoin (Dilantin) controls seizures related to increased ICP.

8. Monitoring Diagnostic and Laboratory Results

These studies confirm meningitis, identify the cause, and detect complications.

Lumbar puncture (spinal tap). Collects CSF through a needle in the spinal canal to determine the presence of infection or inflammation and the type of meningitis.

CSF analysis. Examines cell count, glucose, protein, and the presence of bacteria, viruses, or fungi. Abnormal findings carry important diagnostic information.

Blood cultures. Identify bacteria or fungi that entered the bloodstream and caused the meningitis.

Imaging studies. CT scan or MRI assesses the brain and detects complications such as abscess or swelling.

Polymerase chain reaction (PCR). Detects specific DNA or RNA of bacteria, viruses, or fungi for rapid, accurate diagnosis, especially in viral meningitis.

Gram stain. Stains a sample of CSF or other fluid to identify bacteria and their characteristics.

Electroencephalogram (EEG). Records the brain's electrical activity to evaluate seizures and the extent of cerebral involvement.

Ventriculogram. Injects a contrast agent into the ventricles to image the ventricular system and evaluate CSF flow and any blockages.