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• Fall Prevention with Assistive Bracing: Many geriatric patients benefit from ankle-foot
orthoses (AFOs), knee braces, or hip protectors to aid stability and reduce fall risk.
• Cognitive Considerations: Some older adults with dementia or cognitive impairments may
struggle with compliance. Clear instructions and caregiver involvement are essential for
successful brace wear and maintenance.

By tailoring casting and bracing approaches to age-specific anatomical and physiological
differences, orthopaedic technologists can improve healing outcomes, enhance mobility, and
prevent complications in both pediatric and geriatric populations.

• Skin Fragility: Thin skin requires padded splints and careful cast application to prevent
pressure sores.
• Weight-Bearing Limitations: Lightweight materials and adjustable braces help accommodate
reduced mobility.
• Custom Bracing for Osteoporotic Patients: Spinal orthoses (TLSO) may be needed for
vertebral fractures.

Conclusion

Orthopaedic care for pediatric and geriatric patients requires a specialized approach due to
age-specific anatomical and physiological differences. Growth plate preservation in
children and bone health maintenance in older adults are primary considerations.
Additionally, fracture management, fall prevention, and proper bracing techniques ensure
improved patient outcomes.

For pediatric patients, early intervention, correct fracture management, and growth plate
monitoring are essential to prevent long-term complications such as limb length discrepancies or
deformities. Technologists must be skilled in age-appropriate casting, splinting, and bracing
techniques to support musculoskeletal development.

In contrast, geriatric orthopaedic care focuses on osteoporosis management, fall prevention,
and fracture stabilization to maintain mobility and independence. Lightweight casting
materials, padded braces, and assistive devices play a crucial role in preventing complications
associated with fragile skin, decreased bone density, and slower healing rates.

As medical advancements continue, evidence-based practices in orthopaedic treatment,
innovative bracing technologies, and improved rehabilitation techniques will further
enhance patient care. Orthopaedic technologists must stay informed on emerging research, best
practices, and patient-centered care strategies to optimize treatment outcomes for these
vulnerable populations.

By mastering these skills, orthopaedic technologists can provide effective, age-appropriate
care, enhancing mobility, function, and overall quality of life for both young and elderly
patients.