Might reduce cardioprotective effects of antiplatelet/anticoagulant drugs,
May increase blood glucose-lowering effects of insulin,
Increases bleeding risk with salicylates.
Contraindications
Include:
History of gastric ulcers
Bleeding disorders
Asthma, kidney disease,
Liver disease, third-trimester pregnancy,
Hypersensitivity to aspirin or other NSAIDs.
Client Education
Avoid long-term use,
Consult provider if pain does not improve within 24 hours,
Take with food or milk to minimize GI upset.
ACETAMINOPHEN (TYLENOL)
Class: Antipyretic, nonopioid analgesic.
Action: Inhibits prostaglandin synthesis.
Therapeutic use: Decreases pain and fever.
Adverse Effects
Include:
Hypertension, hypotension,
Stevens-Johnson syndrome,
Nausea, abdominal pain, vomiting,
Constipation, kidney failure,
Liver toxicity with excessive long-term use.
Interactions
Include alcohol for risk of enhanced liver toxicity.
Contraindications
Include liver disease and hypersensitivity to acetaminophen.
Client Education
Do not exceed the recommended dose,
Overdosing increases liver damage risk,
Take with food to mitigate abdominal upset.
SECONDARY HEADACHES
PATHOPHYSIOLOGY OF SECONDARY HEADACHES
Defined as headaches caused by an underlying condition indicating a manifestation of another problem.
Examples of Secondary Causes
Serious:
Traumatic injury,
Neurological disorder,
Severe illness.
Less serious or temporary:
Cold,
Sinus infection,
Clenching teeth,
Jaw tension.
Important Distinction
Secondary headaches may resemble migraines or tension headaches, requiring careful assessment for underlying causes.
SCREENING FOR SECONDARY HEADACHES
There’s no universal screening tool specifically for secondary conditions leading to pediatric headaches.
Assessment should primarily focus on:
Pain,
Frequency,
Symptoms,
Associated manifestations.
Clues for Assessment include:
Neurological symptoms,
Injury,
Infection,
Other disorders that may contribute to the headache.
ETIOLOGY OF SECONDARY HEADACHES
Causes may stem from:
Traumatic injury
Infections
Temporal mandibular dysfunction
Bruxism (teeth grinding).
RISK FACTORS FOR SECONDARY HEADACHES
Depends on the underlying cause, as secondary headaches are not a single disorder and manifest variably.
EPIDEMIOLOGY OF SECONDARY HEADACHES
Varies with underlying causes and conditions, increasing the importance of looking for associated risk factors in examinations.
CLINICAL PRESENTATION OF SECONDARY HEADACHES
Presentation is determined by the underlying cause; monitoring for red flags is critical due to potential for serious underlying conditions.
LAB TESTING AND DIAGNOSTIC STUDIES FOR SECONDARY HEADACHES
A physical examination is often required alongside neuroimaging to ascertain risks such as intracranial injury.
Key Nursing Point
Temporary neurological symptoms during an aura could seemingly mislead assessment of more serious underlying conditions.
TREATMENT OF SECONDARY HEADACHES
Focused on the underlying cause whereas symptomatic relief may be derived from NSAIDs and acetaminophen.
IMPACT OF HEADACHES ON OVERALL HEALTH
Common complaints among children, generally non-serious and temporary but untreated headaches can lead to significant functional impact.
Treatment Importance
Untreated primary headaches may exacerbate into chronic conditions potentially leading to long-lasting outcomes and poorer results.
MIGRAINES AND QUALITY OF LIFE
Headaches notably affect not only individual health but family dynamics and quality of life overall, influencing emotional and psychosocial health.
Pediatric Considerations
Frequent headaches or migraines contribute to school absence, impacting relationships and quality of life.
PSYCHOSOCIAL AND DEVELOPMENTAL IMPACT
Notably correlated with adverse life experiences such as abuse or neglect potentially leading to further complications including missed activities, social interactions, and academic performance concerns.
HEAD INJURIES / TRAUMATIC BRAIN INJURIES (TBI) — OVERVIEW
Definition
A head injury occurs when trauma affects:
The brain
Surrounding tissues
Blood vessels.
Range of Head Injuries Includes:
Mild bruises/cuts to severe life-threatening conditions.
Pathophysiology of TBI
Two Types of Injury:
Primary Injury: Direct impact damage.
Secondary Injury: Develops post-trauma due to cellular disruption, tissue damage, or cerebral swelling.
TYPES OF HEAD INJURY / TBI
Major Types Discussed Include:
Concussion:
Results from direct or indirect impact.
Contusion/Laceration:
Damage to blood vessels causing hemorrhage.
Hematoma:
Blood accumulation leading to increased pressure.
Shaken Baby Syndrome/Abusive Head Trauma:
Results from violent shaking leading to neurotrauma.
CONCUSSION
Definition
A concussion occurs from:
Direct impact to the head or neck
Indirect impact leading to brain movement within the skull.
Clinical Point
Though typically not life-threatening, concussions require careful monitoring for progressive brain injury risk.
Laceration: Tearing of tissue with visible damage.
Key Point on Brain Contusion
Internal damage may lead to permanent disability or abnormalities.
HEMATOMA
Types of Hematoma Include:
Characteristics of Epidural Hematoma:
Blood pooling inside the skull but outside dura mater, primarily arterial rupture.
Characteristics of Subdural Hematoma:
Blood pooling between dura mater and brain, typically venous rupture.
Noted as the most common hematoma.
SHAKEN BABY SYNDROME / ABUSIVE HEAD TRAUMA
Definition
Associated with traumatic shaking leading to significant neurological impairment, potentially lifelong deficits.
Screening Approaches Include:
Pupil Reactivity:
Size, equality, and reaction to light.
Glasgow Coma Scale (GCS):
Evaluating cognitive awareness and neurologic function.
Important Cause of TBI:
Trauma through falls, sports injuries, or violent behavior.
RISK FACTORS FOR TBI
Include male sex, physical activity, exposure to violence, or abusive environments.
LAB TESTING AND DIAGNOSTIC STUDIES
Necessary for proper TBI assessment, including imaging measures for evaluation of injury severity.
TREATMENT
Based on severity, control of secondary injury may require appropriate interventions including surgery if intracranial pressure exceeds safe levels.
IMPACT ON OVERALL HEALTH
TBI can lead to enduring effects concerning physical functionalities, mental health, and developmental prognosis, demanding significant care and adjustment to routine.
PSYCHOSOCIAL AND DEVELOPMENTAL IMPACT
Analysis of TBI cases underline the importance of considering mental health concerns leading to PTSD or cognitive functioning reverberations especially among affected children.
PEDIATRIC CONSIDERATIONS
Special need for tailored approaches in pediatric patients post-TBI due to their developmental trajectories and lifetime management needs.
HEALTH PROMOTION AND DISEASE PREVENTION
Care for sustained recovery mandates supervision, early intervention, rehabilitation, and other preventative strategies to mitigate future occurrences.
Genetic conditions like neurofibromatosis or tuberous sclerosis.
Clinical Presentation Variability
Clinical presentation of tumors depends on a variety of factors including location, size, and presence of secondary effects.
Diagnostic Strategies for Tumors Include:
Imaging tests like MRIs, CTs
Biopsy for histological confirmation
Pediatric Impact
Tumors may lead to compensatory developmental hurdles, requiring structured rehabilitative efforts.
Health Promotion and Risk Management Strategies
Focus on parental education surrounding vaccination and avoidance of known environmental or genetic risk factors that influence tumor manifestation in children.
KEY TERM DEFINITIONS
Benign: Non-cancerous growth.
Malignant: Cancerous disease that may spread.
Glioma: Tumor from glial precursor cells in CNS.
Astrocytoma: Tumor from astrocytes, main brain tumor in children.
Medulloblastoma: Common malignant embryonal brain tumor.
Neuroblastoma: Solid malignant tumor starting in immature nerve cells.
HIGH-YIELD TAKEAWAYS:
Early recognition and structuring of care for pediatric neurological disorders are primary responsibilities of nursing.
Vaccination strategies, safety measures regarding injury, and proper environmental practices are pivotal to preventing neurologic conditions in children.
Nurses need to effectively educate and provide family support to foster holistic approaches to pediatric neurologic care.