NUR 232 Peds Week 5

Key Concepts

  • Mobility: Understanding the importance of mobility in children, including factors that influence physical activity and development.

  • Safety: Exploring safety protocols and guidelines to promote injury prevention and ensure the well-being of pediatric patients.

  • Glucose Regulation: Examining the management and monitoring of blood glucose levels in children, especially those with diabetes.

Mobility

Types of Injury

  1. Traumatic Injury: Caused by external forces, such as falls or impact.

  2. Sports Injury: Common among active children and can result from overuse or acute incidents.

  3. GGIES (General Guidelines for Intra-Hospital Experience): Best practices to ensure a safe and effective healthcare environment within pediatric units.

  4. Traction and Casting: Essential techniques in managing fractures and serious injuries, involving immobilization to promote healing.

Fractures

Types of Fractures

  • Transverse Fracture: A break that occurs straight across the bone, perpendicular to the long axis.

  • Oblique Fracture: An angled fracture that runs diagonally across the bone.

  • Spiral Fracture: A twisting fracture that curls around the shaft of the bone, often seen in sports injuries.

  • Simple or Closed Fracture: The bone breaks but does not pierce the skin.

  • Compound or Open Fracture: The fracture creates an open wound and poses a higher risk of infection.

  • Complicated Fracture: Bone fragments penetrate and damage surrounding tissues or organs, highlighting the need for immediate intervention.

Fracture Types

Fractures are categorized based on their structure and the nature of the break:

  • Closed Fracture: No skin breach.

  • Open Fracture: Involves an open wound.

  • Transverse, Impacted, Comminuted, Oblique, Spiral, Greenstick: Different structural forms.

Relevant Video: Fracture Types Video available for visual learning.

Complicated Fractures

Definition

Complicated fractures lead to additional harm such as damage to nerves or major organs, requiring prompt medical attention.

  • Classification: Can be classified as closed, open, or complicated.

Clinical Manifestations of a Fracture

Signs of Injury

  • Generalized swelling

  • Pain or tenderness at the injury site

  • Deformity indicating misalignment

  • Diminished use of the affected limb or digit

Symptoms of Injury

  • Bruising around the affected area

  • Severe muscle rigidity or spasms

  • Crepitus: A grating feeling or sound at the fracture site.

Compartment Syndrome

Definition

A critical condition resulting from increased pressure within a muscle compartment that can lead to tissue necrosis. Emergency treatment (e.g., fasciotomy) is often required.

Six "P"s of Compartment Syndrome

  1. Pain: Exceptionally severe and unrelieved by standard pain relief measures.

  2. Pulselessness: Absence of pulse below the point of injury.

  3. Pallor: Pale skin indicating poor blood flow.

  4. Paresthesia: Numbness or tingling sensations.

  5. Paralysis: Inability to move the affected limb.

  6. Pressure: Swelling and tense feeling in the affected area.

Mobility Physiology

Systems Involved

  • Bones: Provide structure and support.

  • Muscles: Facilitate movement.

  • Joints: Allow for flexibility and range of motion.

Mobility Assessment

Components

  • History taking: Gather patient background and prior medical history.

  • Physical examination: Inspect and assess mobility issues.

  • Diagnostic tests: Use of imaging and other tests to determine the extent of injuries or conditions.

Mobility Management

Primary Prevention

  • Regular physical activity: Encouraging healthy movement from a young age.

  • Optimal nutrition: Supporting growth and development.

  • Maintaining ideal weight: Minimizing strain on joints.

  • Adequate rest: Influencing recovery and stability.

  • Injury prevention measures: Promoting safety in activities.

Secondary Prevention

  • Screening for mobility issues: Identifying potential challenges early on.

Effects of Immobility

Systems affected by immobility

  • Muscular: Weakness and atrophy.

  • Skeletal: Bone density loss leading to increased fracture risk.

  • Metabolism: Slowed metabolic processes.

  • Cardiovascular: Increased risk of venous thrombosis.

  • Respiratory: Reduced lung function and risk of pneumonia.

  • Gastrointestinal: Slowed digestion and risk of constipation.

  • Urinary: Increased risk of urinary tract infections and kidney issues.

  • Integumentary: Skin breakdown and pressure ulcers.

Reference: Perry, Table 48.1, Pages 1451 - 1453.

Consequences of Immobility

Understanding the significant impacts on various body systems and recognizing the necessity for interventions to mitigate complications.

Safety Promotion and Injury Prevention

Addressing common safety risks faced by pediatric patients and implementing preventative strategies effective in homes and healthcare settings.

Note on Transporting Infants and Children

Guidelines for Safety

  • Implementing safe protocols for the transportation of pediatric patients, considering age-specific needs and conditions.

Conclusion

Proper management of mobility, safety measures, and glucose regulation are critical to improving the health and outcomes for pediatric patients.