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AI in Interventional Radiology: Redefining the Expertise for Guided Care

AI in Interventional Radiology: Redefining the Expertise for Guided Care
Diagnostic and healthcare IT imaging solutions for interventional radiology procedures allow professionals to make clinical workflow easier and improve their ability to offer patients better and safer curative treatments. Courtesy of Esaote.

This article was written by the ULTRASOUND & MRI GLOBAL MARKETING TEAM – ESAOTE S.p.A. (Genoa, Italy).

In interventional radiology, the complexity of procedures and the need for accurate lesion targeting make AI an essential ally to simplify the workflow and allow clinicians to focus on decision-making. With AI, Esaote has taken its AI-driven technologies to the next level. Developed by Esaote’s R&D team, this suite of smart solutions is designed to make the workflow easier during guided interventional ultrasound procedures, empowering confidence and efficiency at every stage.

Esaote’s Guided Therapy Solution (GTS)

Every day, interventional radiologists face the challenge of performing complex, minimally invasive procedures that demand absolute precision, speed, and safety. In these dynamic environments, the need for imaging solutions that adapt seamlessly to the clinician’s workflow is greater than ever. 

This is where Esaote’s Guided Therapy Solution, or GTS, comes into play.

GTS is more than technology; it is a partner in care. It combinesultrasound, MRI, and healthcare IT into a unified ecosystem. From live‑streamed acquisition images to multimodality integration and AI‑driven automation, Esaote empowers physicians with reliable, consistent information at every step. Interventional radiologists need imaging tools that adapt seamlessly to dynamic environments, provide real‑time guidance, and enhance healthcare professional’s diagnostic confidence. By starting from the clinician’s need and building on advanced technology, Esaote delivers imaging solutions that make interventional radiology faster, safer, and more effective, always keeping patient care at the center.

The Intraoperative MRI System for Neurosurgery

I-Genius is an intraoperative MRI system that provides real-time imaging in the operating room, enabling immediate verification of residual tumor during brain glioma resections.

The system features a battery-powered pivoting surgical table that provides fast and precise alignment between the patient’s anatomy and MRI images, with no patient transfer and a fully uninterrupted workflow. Advanced tools, such as a dedicated cranial fixation system, specialized MRI coils, and a 55’’ UHD monitor for real-time imaging visualization, enhance surgical efficiency. Moreover, all MRI protocols are optimized for intraoperative use, offering high-quality 3D sequences and multiplanar reconstructions to monitor surgical progression.

In addition to its hardware advantages, I-Genius fully supports advanced AI-driven imaging technologies. The system is designed to integrate seamlessly with Esaote’s latest AI solutions, such as image-enhancement algorithms and scan-time reduction tools, providing clearer visualization, improved noise reduction, and faster acquisition without compromising diagnostic detail.

These AI tools assist surgeons and radiologists throughout the procedure, ensuring higher confidence during decision-making and contributing to a safer, more efficient intraoperative workflow.

With compact installation requirements, I-Genius fits easily into existing OR environments. Its permanent magnet technology, low energy consumption, and helium-free operation reduce costs and simplify site planning, making it suitable for any surgical volume.

Ultrasound that Empowers Every Procedure

Ultrasound imaging is essential in interventional radiology. It streamlines workflows and simplifies complex, real-time procedures – such as targeted biopsies – helping professionals work faster and with greater confidence.

Esaote’s ultrasound systems, such as the premium MyLab™E85 GTS and the versatile MyLab™C30 GTS, are designed for dynamic clinical environments, combining high‑quality imaging with portability and intuitive controls.

With advanced probes, ergonomic design, and workflow‑driven features, they support ultrasound-assisted vascular, urological, oncological, and surgical procedures, ensuring clinicians can rely on accurate, immediate information exactly when and where it is needed.

The result of continuous research and innovation makes the MyLab™E85 GTS the advanced streamlined ultrasound platform designed to deliver high and reliable performance.

Engineered with AI-based automation tools for image optimization and workflow support, it enables operators to deliver consistent and reliable results with every use. Adaptable to diverse interventional environments and exceptionally easy to use, the MyLab™E85 GTS supports a full range of examinations and procedures while increasing operator confidence in diagnostic assessment.

TheMyLab™C30 GTS is engineered to deliver fast ultrasound access, while offering an outstanding versatility of use and a space-saving design. Sharing advanced imaging technologies and transducers with our high-end systems, the MyLab™C30 GTS delivers high-quality images and reliable clinical information on a truly compact platform.

For interventional procedures, the system combines cutting-edge ergonomics, including an easy-to-clean “naked” touchscreen control panel, with AI-driven tools that streamline operations, reduce keystrokes, and enhance usability. 

With its AI-driven technologies and tools, ESAOTE has redefined the expertise for guided care.

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