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Author Spotlight: Developing a Bedside Protocol for Kidney and Genitourinary Ultrasonography
Published on: June 21, 2024
Starting a pediatric contrast ultrasound service: made simple!
Kassa Darge1,2, Susan J Back3,4, Richard A Barth5
1Department of Radiology, Children's Hospital of Philadelphia, 3401 Civic Center Blvd., Philadelphia, PA, 19104, USA. darge@chop.edu.
Insights
Implementing contrast-enhanced ultrasound (CEUS) in pediatric services offers diagnostic and safety benefits. This guide simplifies the integration process for improved pediatric imaging.
Area of Science:
- Pediatric Radiology
- Medical Imaging Technology
- Ultrasound Innovations
Background:
- Pediatric ultrasound (US) services can be enhanced with contrast agents.
- Integrating contrast-enhanced US (CEUS) requires careful planning and stakeholder communication.
- CEUS offers significant advantages over traditional imaging modalities for pediatric patients.
Purpose of the Study:
- To provide a comprehensive guide for integrating pediatric contrast-enhanced ultrasound (CEUS) into existing services.
- To outline the necessary preparatory steps and key considerations for successful implementation.
- To highlight the benefits and justifications for adopting CEUS in pediatric imaging.
Main Methods:
- Communicating the clinical and safety benefits of CEUS to all stakeholders.
- Ensuring appropriate ultrasound contrast agents (UCAs) are available and approved.
- Verifying that ultrasound equipment has the necessary contrast-specific software.
- Implementing proper UCA preparation and handling protocols.
- Providing targeted training for frontline staff and educating referring physicians.
Main Results:
- CEUS demonstrates comparable or superior diagnostic accuracy to other modalities.
- It reduces the need for procedural sedation or anesthesia (e.g., MRI, CT).
- CEUS minimizes radiation exposure by replacing fluoroscopy or CT.
- Ultrasound contrast agents have a favorable safety profile.
- It enhances patient comfort and experience, allowing for bedside examinations.
- CEUS meets the growing demand for advanced diagnostic options.
- It is an approved and reimbursable examination.
Conclusions:
- Successful integration of pediatric CEUS requires a multi-faceted approach.
- Key elements include stakeholder education, formulary approval, equipment readiness, and staff training.
- CEUS offers a safe, effective, and patient-friendly alternative for pediatric diagnostic imaging.
Abstract:
The addition of contrast US to an existing pediatric US service requires several preparatory steps. This overview provides a guide to simplify the process. Initially, it is important to communicate to all stakeholders the justifications for pediatric contrast US, including (1) its comparable or better diagnostic results relative to other modalities; (2) its reduction in procedural sedation or anesthesia by avoiding MRI or CT; (3) its reduction or elimination of radiation exposure by not having to perform fluoroscopy or CT; (4) the higher safety profile of US contrast agents (UCA) compared to other contrast agents; (5) the improved exam comfort and ease inherent to US, leading to better patient and family experience, including bedside US exams for children who cannot be transported; (6) the need for another diagnostic option in light of increasing demand by parents and providers; and (7) its status as an approved and reimbursable exam. It is necessary to have an UCA incorporated into the pharmacy formulary noting that only SonoVue/Lumason is currently approved for pediatric use. In the United States this UCA is approved for intravenous administration for cardiac and liver imaging and for vesicoureteric reflux detection with intravesical application. In Europe and China it is only approved for the intravesical use in children. All other applications are off-label. The US scanner needs to be equipped with contrast-specific software. The UCA has to be prepared just before the exam and it is important to strictly follow the steps as outlined in the packaging inserts in order to prevent premature destruction of the microbubbles. The initial training in contrast US is best focused on the frontline staff actually performing the US studies; these might be sonographers, pediatric or interventional radiologists, or trainees. It is important from the outset to educate the referring physicians about contrast US. It is helpful to participate in existing contrast US courses, particularly those with hands-on components.
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