BACKGROUND: Falls by orthopaedic patients may lead to negative outcomes such as injury, prolonged hospitalization, delayed rehabilitation, and increased costs. QUESTIONS/PURPOSES: We examined the impact of a multidisciplinary Falls-prevention Program (FPP) on the incidence of inpatient falls and fall-related injuries in an orthopaedic hospital during a 6-year period. METHODS: Patient data and fall incident report data were reviewed to identify risk factors associated with falls and fall-related injuries. A cost analysis was performed to calculate costs incurred as a result of falls. RESULTS: A total of 415 falls occurred during a 5-year period preintervention. The fall rate preintervention was significantly higher than the fall rate postintervention (3.49 versus 2.68 per 1000 bed days). Eighty-five falls occurred in the 12 months preintervention. A total of 15.29% (13 of 85) of falls resulted in minor injuries, and 9.42% (eight of 85) resulted in major injuries. The total cost incurred during this period as a result of falls was $117,754.12. Of this, 95.5% resulted from patients who sustained a hip fracture (n = 4). The total cost of implementing the FPP was $15,694.46. In the 12 months postintervention, 52 falls occurred. Twenty-five percent (13 of 52) of falls resulted in minor injuries, and 5.76% (two of 52) resulted in major injuries (no hip fractures). The total costs accrued during this period as a result of falls was $811.70. CONCLUSIONS: After implementation of a FPP, there were significant decreases in fall incidence, fall-related morbidity, and consequent costs. LEVEL OF EVIDENCE: Level III, economic and decision analyses. See the Guidelines for Authors for a complete description of levels of evidence.
BACKGROUND: Falls by orthopaedic patients may lead to negative outcomes such as injury, prolonged hospitalization, delayed rehabilitation, and increased costs. QUESTIONS/PURPOSES: We examined the impact of a multidisciplinary Falls-prevention Program (FPP) on the incidence of inpatient falls and fall-related injuries in an orthopaedic hospital during a 6-year period. METHODS:Patient data and fall incident report data were reviewed to identify risk factors associated with falls and fall-related injuries. A cost analysis was performed to calculate costs incurred as a result of falls. RESULTS: A total of 415 falls occurred during a 5-year period preintervention. The fall rate preintervention was significantly higher than the fall rate postintervention (3.49 versus 2.68 per 1000 bed days). Eighty-five falls occurred in the 12 months preintervention. A total of 15.29% (13 of 85) of falls resulted in minor injuries, and 9.42% (eight of 85) resulted in major injuries. The total cost incurred during this period as a result of falls was $117,754.12. Of this, 95.5% resulted from patients who sustained a hip fracture (n = 4). The total cost of implementing the FPP was $15,694.46. In the 12 months postintervention, 52 falls occurred. Twenty-five percent (13 of 52) of falls resulted in minor injuries, and 5.76% (two of 52) resulted in major injuries (no hip fractures). The total costs accrued during this period as a result of falls was $811.70. CONCLUSIONS: After implementation of a FPP, there were significant decreases in fall incidence, fall-related morbidity, and consequent costs. LEVEL OF EVIDENCE: Level III, economic and decision analyses. See the Guidelines for Authors for a complete description of levels of evidence.
Authors: John T Chang; Sally C Morton; Laurence Z Rubenstein; Walter A Mojica; Margaret Maglione; Marika J Suttorp; Elizabeth A Roth; Paul G Shekelle Journal: BMJ Date: 2004-03-20
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Authors: Lin Wang; Zhong Xue; Chika F Ezeana; Mamta Puppala; Shenyi Chen; Rebecca L Danforth; Xiaohui Yu; Tiancheng He; Mark L Vassallo; Stephen T C Wong Journal: NPJ Digit Med Date: 2019-12-12