Clinical Scorecard: Links Between Balance Assessments and Fracture Risk in Individuals Aged 70 Years
At a Glance
Category
Detail
Condition
Balance impairment and fracture risk in older adults
Key Mechanisms
Increased body sway velocity and variation under visual and multitasking challenges correlate with higher fracture risk
Target Population
Community-dwelling 70-year-old individuals
Care Setting
Population-based health examination and follow-up in community settings
Key Highlights
Higher body sway velocity and variation during dual-tasking and eyes-closed conditions are associated with increased fracture risk.
Women showed significant associations between anterior-posterior sway and fracture risk; men showed associations with lateral and anterior-posterior sway variation.
Balance impairment is a modifiable risk factor for falls and fractures, highlighting the importance of targeted balance and strength training.
Guideline-Based Recommendations
Diagnosis
Assess body sway using objective balance tests under different conditions (eyes open, dual-tasking, eyes closed).
Use devices like Wii balance board to measure sway velocity and variation in anterior-posterior and lateral directions.
Management
Implement structured exercise regimens targeting balance and muscular strength to reduce fall and fracture risk.
Focus interventions on individuals with recent falls, fear of falling, or slower gait speeds.
Monitoring & Follow-up
Regularly evaluate balance performance, especially under challenging conditions, to identify individuals at higher fracture risk.
Monitor changes in sway velocity and variation over time to assess intervention effectiveness.
Risks
Poor vision and multitasking challenges increase body sway and fracture risk.
Balance impairments contribute significantly to falls, which are the leading cause of injury-related death in older adults.
Patient & Prescribing Data
Community-dwelling adults aged 70 years
Balance assessments under multitasking and eyes-closed conditions provide predictive value for fracture risk, guiding targeted preventive interventions.
Clinical Best Practices
Incorporate balance testing under varied sensory and cognitive conditions to comprehensively assess fall risk.
Prioritize balance and strength training exercises in fall-prevention programs for older adults.
Use objective balance measures to tailor and monitor individualized intervention plans.
