Effectiveness of sensor-based interventions in improving gait and balance performance in older adults: systematic review and meta-analysis of randomized controlled trials

Keyphrases

• Sensor-based 100%
• Older Adults 100%
• Balance Ability 100%
• Gait Performance 100%
• Meta-analysis of Randomized Controlled Trials 100%
• Physical Activity Intervention 100%
• Systematic Meta-analysis 100%
• Intervention Group 87%
• Sensor Group 62%
• Wearable Sensors 50%
• Optical Sensor 50%
• Gait Speed 50%
• Timed Up-and-go Test 50%
• 6-minute Walk Test (6MWT) 50%
• Normal Gait 50%
• Perception Sensors 50%
• Berg Balance Scale 50%
• Subgroup Analysis 25%
• Balance Improvement 25%
• Non-treatment 25%
• Gait Improvement 25%
• Treatment Interventions 25%
• Sensor Perception 25%
• Functional Performance 12%
• Premier 12%
• Nursing 12%
• Positive Impact 12%
• Meta-analysis 12%
• Gait Assessment 12%
• Clinically Significant 12%
• Functional Assessment 12%
• Biofeedback 12%
• Gait 12%
• Rehabilitation Therapy 12%
• Sensor Technology 12%
• Mixed Population 12%
• Allied Health 12%
• Group Comparison 12%
• ProQuest 12%
• Specific Sensors 12%
• MEDLINE 12%
• PubMed 12%
• Balance Assessment 12%
• Cumulative Index 12%
• Health Literature 12%
• Web of Science 12%
• Sensor-based Control 12%
• Evaluation Outcomes 12%
• Academic Search 12%
• Cochrane Central Register of Controlled Trials 12%
• Prospero 12%
• Minimal Clinically Important Difference 12%
• Trial Sample Size 12%
• Background Sensors 12%

Nursing and Health Professions

• Meta Analysis 100%
• Systematic Review 100%
• Wearables 100%
• Six Minute Walk Test 100%
• Walking Speed 100%
• Berg Balance Scale 100%
• Timed Up and Go Test 100%
• Sample Size 25%
• Cochrane Library 25%
• CINAHL 25%
• Medline 25%
• Minimal Clinically Important Difference 25%
• Functional Assessment 25%
• Biofeedback 25%

Psychology

• Systematic Review 100%
• Meta-Analysis 100%
• Biofeedback 33%
• Functional Assessment 33%