Handheld ultrasound to reduce requests for inappropriate echocardiogram (HURRIE)
Kawa Haji1,2,3, Chiew Wong2,3, Christopher Neil2,3
1Baker Heart and Diabetes Institute, Melbourne, Australia.
Insights
Handheld ultrasound effectively acts as a gatekeeper for echocardiography, significantly reducing scan times for rarely appropriate requests. This approach improves efficiency without increasing follow-up needs or hospital stays.
Area of Science:
- Cardiology
- Medical Imaging
- Point-of-Care Diagnostics
Background:
- Limited data exist on handheld ultrasound's role in managing 'rarely appropriate' echocardiography requests.
- Handheld ultrasound devices offer potential for initial diagnostic assessment in various clinical settings.
- Optimizing echocardiography use is crucial for resource allocation and timely patient care.
Purpose of the Study:
- To evaluate handheld ultrasound as a gatekeeper strategy for standard echocardiography.
- To determine if handheld ultrasound improves the appropriate use of echocardiography services.
- To assess the impact on diagnostic turnaround time and resource utilization.
Main Methods:
- Prospective comparative study across two hospitals (October 2017 - April 2018).
- Handheld ultrasound strategy compared against standard echocardiography for 'rarely appropriate' requests.
- Utilized a questionnaire based on appropriate use criteria to guide study design.
Main Results:
- Comparable patient groups (n=76 handheld, n=72 standard) with similar demographics.
- Significant reduction in time to scan: from over 1 month to 12 days with handheld ultrasound (P < 0.001).
- Marked time reduction for outpatients (1.5 months to 2 weeks) and inpatients (1 day to 10 min).
Conclusions:
- Handheld ultrasound serves as an effective gatekeeper for standard echocardiography in 'rarely appropriate' cases.
- Significant reduction in time to echocardiography achieved.
- Potential to decrease standard echocardiography utilization by up to 20% without adverse effects.
Background:
Handheld ultrasound could provide sufficient information to satisfy the clinical questions underlying 'rarely appropriate' echo requests, but there are limited data about its use as a gatekeeper to standard echocardiography. We sought to determine whether the use of handheld ultrasound could improve the appropriate use of echocardiography.
Method:
A prospective study comparing handheld ultrasound strategy to standard echocardiography for studies deemed rarely appropriate, using a questionnaire based on appropriate use criteria was conducted across two hospitals, from October 2017 to April 2018.
Results:
Groups undergoing Handheld ultrasound (n = 76, 58 (46.5-72.5) years, 53 males, 78% outpatients) and standard echocardiography (n = 72, 61 (49.0-71.5) years, 42 males, 76% outpatients) were comparable. There was a significant decrease in the time to scan from just over 1 month in standard group to a median of 12 days in handheld ultrasound group (P < 0.001). This difference was small for inpatients (from 1 day to a median of 10 min in handheld ultrasound, P = 0.014), but prominent in outpatients (from 1.5 months in the standard group to median of 2 weeks in the handheld ultrasound group, P < 0.001). There was no increase in the need for follow-up scan within 6 months and no significant differences in length of hospital stay for inpatients.
Conclusion:
Handheld ultrasound can be an effective gatekeeper to standard echocardiography for requests deemed rarely appropriate, reducing time to echocardiography significantly and potentially decreasing the need for standard echocardiography by up to 20%.
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