Stakeholders identify similar barriers but different strategies to facilitate return-to-work: A vignette of a worker with an upper extremity condition
Author(s)
Peters, Susan E
Truong, Anthony P
Johnston, Venerina
Griffith University Author(s)
Year published
2018
Metadata
Show full item recordAbstract
BACKGROUND:
Stakeholders involved in the return-to-work (RTW) process have different roles and qualifications
OBJECTIVE:
To explore the perspectives of Australian stakeholders of the RTW barriers and strategies for a worker with an upper extremity condition and a complex workers’ compensation case.
METHODS:
Using a case vignette, stakeholders were asked to identify barriers and recommend strategies to facilitate RTW. Content analysis was performed on the open-ended responses. The responses were categorised into RTW barriers and strategies using the biopsychosocial model. Pearson’s Chi Square and ANOVA were performed to ...
View more >BACKGROUND: Stakeholders involved in the return-to-work (RTW) process have different roles and qualifications OBJECTIVE: To explore the perspectives of Australian stakeholders of the RTW barriers and strategies for a worker with an upper extremity condition and a complex workers’ compensation case. METHODS: Using a case vignette, stakeholders were asked to identify barriers and recommend strategies to facilitate RTW. Content analysis was performed on the open-ended responses. The responses were categorised into RTW barriers and strategies using the biopsychosocial model. Pearson’s Chi Square and ANOVA were performed to establish group differences. RESULTS: 621 participants (488 healthcare providers (HCPs), 62 employers, 55 insurers and 16 lawyers) identified 36 barriers (31 modifiable): 4 demographic; 8 biological; 15 psychological and 9 social barriers. 484 participants reported 16 RTW strategies: 4 biological; 6 psychological and 6 social strategies. ‘Work relationship stressors’ (83.4%) and ‘Personal relationship stressors’ (64.7%) were the most frequently nominated barriers. HCPs most frequently nominated ‘Pain management’ (49.6%), while employers, insurers and lawyers nominated ‘RTW planning/Suitable duties programs’ (40.5%; 42.9%; 80%). CONCLUSIONS: Stakeholders perceived similar barriers for RTW but recommended different strategies. Stakeholders appeared to be more proficient in identifying barriers than recommending strategies. Future research should focus on tools to both identify RTW barriers and direct intervention.
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View more >BACKGROUND: Stakeholders involved in the return-to-work (RTW) process have different roles and qualifications OBJECTIVE: To explore the perspectives of Australian stakeholders of the RTW barriers and strategies for a worker with an upper extremity condition and a complex workers’ compensation case. METHODS: Using a case vignette, stakeholders were asked to identify barriers and recommend strategies to facilitate RTW. Content analysis was performed on the open-ended responses. The responses were categorised into RTW barriers and strategies using the biopsychosocial model. Pearson’s Chi Square and ANOVA were performed to establish group differences. RESULTS: 621 participants (488 healthcare providers (HCPs), 62 employers, 55 insurers and 16 lawyers) identified 36 barriers (31 modifiable): 4 demographic; 8 biological; 15 psychological and 9 social barriers. 484 participants reported 16 RTW strategies: 4 biological; 6 psychological and 6 social strategies. ‘Work relationship stressors’ (83.4%) and ‘Personal relationship stressors’ (64.7%) were the most frequently nominated barriers. HCPs most frequently nominated ‘Pain management’ (49.6%), while employers, insurers and lawyers nominated ‘RTW planning/Suitable duties programs’ (40.5%; 42.9%; 80%). CONCLUSIONS: Stakeholders perceived similar barriers for RTW but recommended different strategies. Stakeholders appeared to be more proficient in identifying barriers than recommending strategies. Future research should focus on tools to both identify RTW barriers and direct intervention.
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Journal Title
Work
Volume
59
Issue
3
Subject
Mechanical engineering
Clinical sciences not elsewhere classified
Health services and systems
Public health
Psychology