Case Study Archives - theSUITE - Learn without limits

The Technical Benefits of HeartAssist™ for Fetus by Dr. Martin Chavez

Wed, 28 Aug 2024 07:53:04 +0000

In this clinical case study, Dr. Martin Chavez details the technical advantages of HeartAssist, an AI-based ultrasound solution designed to optimize fetal heart assessments. Operating in a busy maternal-fetal medicine practice with over 30,000 annual scans, Dr. Chavez highlights how this tool improves efficiency and diagnostic confidence.

HeartAssist for fetus automates the acquisition and labeling of key fetal cardiac views, minimizing the manual workload of sonographers while enhancing image consistency. Dr. Chavez emphasizes that the most impactful benefit is the time saved during each scan without compromising image quality. The automation also enables more consistent documentation and easier review during follow-up consultations.

Beyond workflow optimization, HeartAssist also functions as an educational tool—supporting the training of new sonographers by standardizing view capture and helping reinforce anatomical accuracy. Dr. Chavez notes that this contributes to a more cohesive and skilled imaging team.

Throughout the case, real-life scenarios demonstrate how HeartAssist improves patient interactions by reducing exam time and providing clearer, more structured cardiac imaging. It allows clinicians to focus on diagnosis and counseling rather than repetitive technical tasks.

This case study underscores HeartAssist as a powerful asset in fetal echocardiography, combining AI precision with clinical practicality for both seasoned experts and training environments.

For a step-by-step overview, explore the HeartAssist for Fetus Workflow Guide .

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The Technical Benefits of RealisticVue™ and CrystalVue™ by Profs. Christoph Lees and Andrea Dall’Asta

Wed, 28 Aug 2024 06:46:51 +0000

In this dual case study, Profs. Christoph Lees and Andrea Dall’Asta demonstrate how Samsung’s advanced rendering technologies—CrystalVue and RealisticVue—enhance fetal 3D ultrasound imaging. Focusing on three critical anatomical areas (the spine, fetal face, and pulmonary lesions such as CPAM), they explain the technical benefits of combining these tools for clearer, more clinically useful images.

The presentation begins with a case involving fetal growth restriction, used to illustrate how thin-slice volume acquisition and multiplanar reconstruction with CrystalVue can optimize brain and skull evaluation. In a second case, RealisticVue is used to visualize the fetal spine in exquisite detail, allowing for better orientation and detection of spinal anomalies.

A third example demonstrates the power of 3D rendering for identifying facial clefts, with Profs. Lees and Dall’Asta walking through orientation techniques, rendering adjustments, and slice selection to achieve the most informative image. They highlight the educational value of post-processing volumes, allowing for deeper anatomical analysis and improved diagnostic accuracy.

The case study emphasizes that combining CrystalVue and RealisticVue not only improves image clarity but also aids interdisciplinary communication and patient counseling. It showcases real-world settings where fetal anomalies are better understood through enhanced 3D visualization, reinforcing the importance of volume rendering in modern prenatal care.

For hands-on tips, explore the Quick Guide to RealisticVue and the Quick Guide to CrystalVue and CrystalVue Flow.

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Cardiovascular Case with V8 by Dr. Julia Aland

Wed, 28 Aug 2024 06:21:33 +0000

In this case study, Dr. Julia Aland demonstrates the cardiovascular imaging capabilities of Samsung’s V8 ultrasound system. The session highlights a real-time hands-on assessment of fetal cardiac anatomy and vascular structures, with a focus on image quality and clinical efficiency.

The study begins with a standard four-chamber and three-chamber cardiac view, followed by evaluation of mitral and aortic valve flow using color Doppler and CW Doppler. Advanced features like LumiFlow and MV-Flow are used to visualize macro- and microvascular blood flow in the heart and peripheral vessels.

Dr. Aland then activates AutoEF, a semi-automated tool for calculating left ventricular ejection fraction. By placing three key points—basal septal, basal lateral, and apex—the system automatically analyzes myocardial boundaries and calculates volumes and EF. The tool allows post-processing review and manual correction to ensure clinical accuracy.

The session also includes a detailed walkthrough of strain imaging, using multiple views (two-, three-, and four-chamber) to generate a complete bullseye map of segmental wall motion. Visual tools assist in tracking synchronization across myocardial segments.

This case demonstrates how the V8 system supports comprehensive cardiovascular ultrasound, combining automation, anatomical accuracy, and enhanced visualization for confident diagnosis and clinical efficiency.

For a quick overview of the feature, check out the Quick Guide to AutoEF .

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