Andy
Retired committee member
Highlights
Abstract
Low back pain (LBP) is complex. This study aimed to use collaborative modelling to evaluate conceptual models that individuals with LBP have of their condition, and to compare these models with those of researchers/clinicians. Twenty-eight individuals with LBP were facilitated to generate mental models, using “fuzzy cognitive maps”, that represented conceptualisation of their own LBP and LBP “in general”. “Components” (i.e., causes, outcomes and treatments) related to pain, disability and quality of life were proposed, along with the weighted “Connections” between Components. Components were classified into thematic categories. Weighting of Connections were summed for each Component to judge relative importance. Individual models were aggregated into a metamodel. When considering their own condition, participants’ models included 19(SD=6) Components and 43(18) Connections with greatest weight on “Biomechanical” components. When considering LBP in general, models changed slightly. Patient models contrasted the more complex models of researchers/clinicians (25(7) Components; 77(42) Connections), with most weight on “Psychological” components. This study provides unique insight into how individuals with LBP consider their condition, which is largely biomedical and narrower than clinician/researcher perspectives. Findings highlight challenges for changing public perception of LBP, and provide a method with potential utility to understand how individuals conceptualise their condition.
Paywall, https://www.jpain.org/article/S1526-5900(22)00010-4/fulltext
- We used collaborative modelling to evaluate how LBP patients conceptualize their condition
- Patients created mental models with greatest weight on biomechanical factors
- Patient views contrast the psychological bias of clinicians and researchers
- Mental models can be used as a possible method to understand how patients view their condition
Abstract
Low back pain (LBP) is complex. This study aimed to use collaborative modelling to evaluate conceptual models that individuals with LBP have of their condition, and to compare these models with those of researchers/clinicians. Twenty-eight individuals with LBP were facilitated to generate mental models, using “fuzzy cognitive maps”, that represented conceptualisation of their own LBP and LBP “in general”. “Components” (i.e., causes, outcomes and treatments) related to pain, disability and quality of life were proposed, along with the weighted “Connections” between Components. Components were classified into thematic categories. Weighting of Connections were summed for each Component to judge relative importance. Individual models were aggregated into a metamodel. When considering their own condition, participants’ models included 19(SD=6) Components and 43(18) Connections with greatest weight on “Biomechanical” components. When considering LBP in general, models changed slightly. Patient models contrasted the more complex models of researchers/clinicians (25(7) Components; 77(42) Connections), with most weight on “Psychological” components. This study provides unique insight into how individuals with LBP consider their condition, which is largely biomedical and narrower than clinician/researcher perspectives. Findings highlight challenges for changing public perception of LBP, and provide a method with potential utility to understand how individuals conceptualise their condition.
Paywall, https://www.jpain.org/article/S1526-5900(22)00010-4/fulltext