Objective |
(a) Characterize coordination practices utilized by PACTs and (b) examine their association with clinical performance |
Determine the level of coordinative complexity required for each outpatient clinical performance measure |
Evaluate the role of measure complexity in how PACT coordination measures relate to EPRP performance measures |
Design |
Web-based survey of coordination practices |
Expert ratings of EPRP measures on coordinative complexity, obtained via functional job analysis (FJA) |
Statistical analysis of the impact of coordinative complexity on the association between coordination practices and clinical performance |
Participants |
Initial validation sample will include teamlet members of 500 PACTs. Full survey deployment will include teamlet members of 1600 PACTs nationwide |
6–8 3rd or 4th year residents in VA Primary Care rotations, to serve as subject matter experts (SME) |
None. This aim combines datasets from aims 1 and 2 |
Measures |
Outcome: clinical performance, measured by 25 outpatient EPRP measures |
Clinical performance: same as objective 1b |
Outcome: clinical performance, measured the same as in objectives 1b and 2 |
Predictors: coordination practices, measured via web-based survey developed for this project |
Coordinative complexity: average Worker Interaction scale ratings for the set of tasks comprising each EPRP measure |
Predictor: coordination, measured the same as in objective 1b |
Covariate: PACT integration, calculated with PACT recognition metrics, available via the Patient-Aligned Care Teams Compass Cube |
Coordinative complexity ratings: same as objective 2 |
Procedures |
Survey development: coordination survey to be developed and piloted using small groups of PACT teamlet members (n = 6–8) |
FJA focus groups: SMEs will generate FJA-style lists of task statements comprising the work required to perform each EPRP measure to standard |
No new procedures, this aim is strictly analytical |
Survey deployment: web-based deployment via SurveyMonkey, using recruitment strategy recommended by Dillman |
Coordinative complexity rating: research team will rate each task on the worker interaction FJA scale |
Data analysis |
(a) To evaluate O&B’s measurement model: series of two-level CFAs, followed by EFAs (where fit is unacceptable) and Cronbach’s alphas. To evaluate O&B’s structural model: structural equations modeling (b) hierarchical linear models with PACT level coordination as predictors of clinical performance |
No hypothesis tests planned; descriptive statistics for coordinative complexity and number of tasks per EPRP measure |
Same as objective 1b, except that we will conduct hierarchical linear models separately for higher versus lower complexity measures and will then compare regression coefficients between models |