Keywords

clinical documentation, quality, self-efficacy

 

Authors

  1. Russo, Ruthann
  2. Fitzgerald, Stephen P.
  3. Eveland, JD
  4. Fuchs, Barry D.
  5. Redmon, D. Patrick

Abstract

Background: Clinical documentation is critical to health care quality and cost. The generally poor quality of such documentation has been well recognized, yet medical students, residents, and physicians receive little or no training in it. When clinical documentation quality (CDQ) training for residents and/or physicians is provided, it excludes key constructs of self-efficacy: vicarious learning (e.g., peer demonstration) and mastery (i.e., practice). CDQ training that incorporates these key self-efficacy constructs is more resource intensive. If such training could be shown to be more effective at enhancing clinician performance, it would support the investment of the additional resources required by health care systems and residency training programs.

 

Purposes: The aim of this study was to test the impact of CDQ training on clinician self-efficacy and performance and the relative efficacy of intervention designs employing two versus all four self-efficacy constructs.

 

Methodology/Approach: Ninety-one internal medicine residents at a major academic medical center in the northeastern United States were assigned to one of two self-efficacy-based training groups or a control group, with CDQ and clinical documentation self-efficacy measured before and after the interventions. A structural equation model (AMOS) allowed for testing the six hypotheses in the context of the whole study, and findings were cross-validated using traditional regression.

 

Findings: Although both interventions increased CDQ, the training designed to include all four self-efficacy constructs had a significantly greater impact on improving CDQ. It also increased self-efficacy.

 

Practice Implications: CDQ may be significantly improved and sustained by (a) training physicians in clinical documentation and (b) employing all four self-efficacy constructs in such training designs.