Key result
Human factor-designed CHF order sets linked to ~8-fold higher utilization and improved guideline compliance.
Why the study?
Specific human factor design elements contributing to increased adoption and compliance with standardized CHF order sets are often not considered.
Does a human factor-designed order set improve utilization and guideline compliance in adult patients admitted with congestive heart failure?
Observational (n=171)
No
Does a human factor-designed order set improve utilization and guideline compliance in adult patients admitted with congestive heart failure?
Absolute Event Rate: 72% vs 9%
p-value: p=<0.001
Applying human factor design principles to congestive heart failure order sets significantly increases their utilization and improves compliance with clinical practice guidelines.
Human factors-designed CHF order sets were associated with higher utilization and CPG compliance; leaves open whether redesign improves hard outcomes or generalizes beyond this single ED.
BACKGROUND: Although standardized physician order sets are often part of quality improvement projects, the specific design elements contributing to increased adoption and compliance with use often are not considered. OBJECTIVES: To evaluate the impact of human factor design elements on congestive heart failure (CHF) order set utilization, and compliance with recommended CHF clinical practice guidelines (CPG). METHODS: This was a descriptive retrospective medical record review of adult patients who were admitted from our emergency department with the primary diagnosis of CHF. We collected data on acuity and CPG parameters before and after the introduction of a new CHF order set. The new orders were succinct and visually well organized, with narrative information to encourage use of CPG. RESULTS: Eighty-seven patients were studied before, and 84 after, the introduction of new orders. There were no differences in the use of the order sets based on patient acuity before or after the intervention. Order set use significantly increased by the first postintervention interval (POST) and reached 72% (95% confidence interval [CI] = 52% to 86%) during the third POST, compared with a baseline utilization of 9% (95% CI = 5% to 17%; p < 0.001). Compliance with CPG for angiotensin-converting enzyme reached significance in the second POST and was maintained in the third at 83% (95% CI = 61% to 94%), compared with a baseline value of 25% (95% CI = 7% to 59%; p = 0.008). Intravenous nitroglycerin also increased significantly from the first POST and reached 78% (95% CI = 55% to 91%) in the third POST, compared with baseline of 12% (95% CI = 2% to 47%; p < 0.003). Furosemide dosing, systolic blood pressure reduction, and urine output did not significantly change. CONCLUSIONS: Introduction of an order set for CHF with attention to human factor design elements significantly improved utilization of the orders and compliance with CPG.
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Reingold et al. (2007) conducted an observational in Congestive heart failure (n=171). New CHF order set with human factor design elements vs. Baseline (before introduction of new order set) was evaluated on Order set utilization (p=<0.001). Introduction of a new CHF order set incorporating human factor design elements significantly increased order set utilization from 9% to 72% (p<0.001) and improved compliance with clinical guidelines.
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