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Examining the association between utilization management and downstream cardiovascular imaging
Abiy Agiro1, Gosia Sylwestrzak, Christiane Shah
1HealthCore, Inc., Wilmington, DE.
Insights
An echocardiography utilization management (EUM) program was associated with reduced downstream cardiac imaging. This study found that EUM led to fewer imaging tests, indicating potential for better resource allocation in cardiovascular care.
Area of Science:
- Cardiology
- Health Services Research
- Medical Economics
Background:
- Downstream cardiac imaging is frequently utilized after initial diagnostic tests.
- Understanding factors influencing downstream imaging is crucial for healthcare resource management.
Purpose of the Study:
- To assess the impact of an echocardiography utilization management (EUM) program on subsequent cardiac imaging use.
- To quantify the association between EUM implementation and downstream cardiac imaging utilization.
Main Methods:
- Analysis of administrative claims data from commercial health plans across five US states.
- Propensity score matching was used to compare patients under EUM with a control group.
- Downstream cardiac imaging utilization was tracked for 12-24 months post-index imaging.
Main Results:
- The echocardiography utilization management group showed a statistically significant reduction in downstream cardiac imaging.
- Adjusted utilization was 15.2 fewer tests per 1,000 patients at 12 months in the EUM group.
- The likelihood of downstream imaging was 7.0% lower in the EUM group (HR: 0.930).
Conclusions:
- Downstream cardiac imaging is common among commercially insured individuals.
- EUM programs are linked to decreased volumes of downstream cardiac imaging.
- EUM may represent an effective strategy for optimizing cardiac imaging resource allocation.
Objectives:
To examine the association of echocardiography utilization management (EUM) program with downstream cardiac imaging utilization.
Data Sources/Study Setting:
Administrative claims data from commercial health plans in Indiana, Ohio, Kentucky, Wisconsin, and Georgia.
Study Design:
Patients undergoing index cardiovascular imaging with no imaging in the preceding year were identified (N = 112,308). Claims-derived cardiac risk scores were used for one-to-one propensity score matching of patients subject to EUM to patients without EUM (n = 96,906). Downstream cardiac imaging utilization for 12-24 months postindex imaging was analyzed using generalized linear models and Cox proportional hazards model.
Principal Findings:
Downstream cardiac imaging tests were performed for 10,630 (21.9 percent) and 12,012 (24.8 percent) patients in the EUM and non-EUM groups, respectively. At 12-month follow-up, adjusted utilization was 15.2 (95 percent CI, 7.6-22.5) tests per 1,000 initially tested patients lower in the EUM group (p < .001). The likelihood of obtaining downstream cardiac imaging in the EUM group was 7.0 percent lower than the non-EUM group (hazard ratio: 0.930; 95 percent CI, 0.897-0.964, p < .001).
Conclusions:
Downstream cardiac imaging is relatively common among commercially insured patients. Every 10 initial diagnostic tests yielded two downstream imaging tests in first 24 months. EUM program was associated with lower volumes of downstream imaging.
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