PURPOSE: Despite extensive evidence for the treatment effectiveness of interdisciplinary functional restoration (FR) for chronic disabling occupational musculoskeletal disorders (CDOMD), there is little documentation on the cost-effectiveness of early rehabilitation using FR. METHODS: A total of 1,119 CDOMD patients were classified according to duration of disability on FR entry, corresponding to early rehabilitation (ER: 4-8 months of disability, N = 373), intermediate duration (ID: 9-18 months, N = 373), and delayed rehabilitation (DR: >18 months, N = 373). Groups were matched on sex, age, ethnicity, and injured musculoskeletal region. One-year post-rehabilitation outcomes included return-to-work, work retention and healthcare utilization. Economic analyses included a cost-effectiveness analysis of the FR program, and estimation of the total cost-of-illness. RESULTS: At 1-year post-rehabilitation, all groups were comparable on return-to-work (overall 88%), work retention (overall 80%), and additional healthcare utilization (overall, 2.2% of patients received re-operations/new surgeries, 2 visits to new healthcare provider). Savings of up to 64% in medical costs, and up to 80% in disability benefits and productivity losses was associated with the ER group. The cost of rehabilitation was also up to 56% lower when administered early. Overall, ER resulted in estimated cost savings of up to 72% (or almost $170,000 per claim). CONCLUSIONS: Duration of disability does not negatively impact objective work or healthcare utilization outcomes following interdisciplinary FR. However, early rehabilitation is more likely to be a cost-effective solution compared to cases that progress >8 months and receiving FR as a treatment of "last resort".
PURPOSE: Despite extensive evidence for the treatment effectiveness of interdisciplinary functional restoration (FR) for chronic disabling occupational musculoskeletal disorders (CDOMD), there is little documentation on the cost-effectiveness of early rehabilitation using FR. METHODS: A total of 1,119 CDOMD patients were classified according to duration of disability on FR entry, corresponding to early rehabilitation (ER: 4-8 months of disability, N = 373), intermediate duration (ID: 9-18 months, N = 373), and delayed rehabilitation (DR: >18 months, N = 373). Groups were matched on sex, age, ethnicity, and injured musculoskeletal region. One-year post-rehabilitation outcomes included return-to-work, work retention and healthcare utilization. Economic analyses included a cost-effectiveness analysis of the FR program, and estimation of the total cost-of-illness. RESULTS: At 1-year post-rehabilitation, all groups were comparable on return-to-work (overall 88%), work retention (overall 80%), and additional healthcare utilization (overall, 2.2% of patients received re-operations/new surgeries, 2 visits to new healthcare provider). Savings of up to 64% in medical costs, and up to 80% in disability benefits and productivity losses was associated with the ER group. The cost of rehabilitation was also up to 56% lower when administered early. Overall, ER resulted in estimated cost savings of up to 72% (or almost $170,000 per claim). CONCLUSIONS: Duration of disability does not negatively impact objective work or healthcare utilization outcomes following interdisciplinary FR. However, early rehabilitation is more likely to be a cost-effective solution compared to cases that progress >8 months and receiving FR as a treatment of "last resort".
Authors: P Loisel; J Lemaire; S Poitras; M-J Durand; F Champagne; S Stock; B Diallo; C Tremblay Journal: Occup Environ Med Date: 2002-12 Impact factor: 4.402
Authors: Judith A Turner; Gary Franklin; Deborah Fulton-Kehoe; Lianne Sheppard; Bert Stover; Rae Wu; Jeremy V Gluck; Thomas M Wickizer Journal: Spine (Phila Pa 1976) Date: 2008-12-01 Impact factor: 3.468
Authors: Philip McNee; James Shambrook; E Clare Harris; Miranda Kim; Madeleine Sampson; Keith T Palmer; David Coggon Journal: BMC Musculoskelet Disord Date: 2011-10-14 Impact factor: 2.362
Authors: Nathaniel P Mercer; Ajay C Kanakamedala; Mohammad T Azam; Eoghan T Hurley; Alan P Samsonov; Raymond J Walls; John G Kennedy Journal: Orthop J Sports Med Date: 2022-05-24
Authors: Nathaniel P Mercer; Mohammad T Azam; Nicholas Davalos; Daniel J Kaplan; Christopher A Colasanti; Jeffrey S Chen; Ajay C Kanakamedala; John F Dankert; James W Stone; John G Kennedy Journal: Arthrosc Tech Date: 2022-03-16