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HomeGE Healthcare Introduces Omni Legend: A First-of-its-Kind All-Digital PET/CT System

GE Healthcare Introduces Omni Legend: A First-of-its-Kind All-Digital PET/CT System

October 16th, at the European Association of Nuclear Medicine (EANM) Annual Meeting in Barcelona, Spain, GE Healthcare proudly introduced Omni Legend, the first system on its all-new, all-digital PET/CT platform. 

The System Boasts the Highest Sensitivity per CM in the Market

Omni Legend was designed with theranostics in mind, enabling clinicians to reach new levels of sensitivity and detectability for incredibly clear images. Already, the system boasts the highest sensitivity per cm in the market and images Gallium 68 for diagnosis, staging, or restaging.

Future-ready capabilities include a multi-directional, upgradable platform that can potentially expand in each of the core dimensions of PET/CT imaging, including axial field-of-view, digital detector technology, software, CT capabilities, and imaging of new tracers.

This cutting-edge system features a brand-new category of digital BGO (dBGO) detector material with a small crystal size that delivers more than two times the sensitivity of prior digital scanners, enabling faster total scan times and impressive small lesion detectability. It is designed to improve operational efficiency, enhance the patient experience, and increase diagnostic power, ideally helping to enable improved patient outcomes.

Additionally, the system’s theranostics capabilities and ability to image short life tracers, as well as dynamic protocols, help empower clinicians with greater clinical information across more oncology, cardiology, and neurology procedure types than ever before.

“Sensitivity and image quality are everything in PET/CT,” explains John Kennedy, Ph.D., Chief Physicist, Nuclear Medicine Department, Rambam Health Care Campus, and Lecturer at Technion – Israel Institute of Technology. “Omni Legend delivers on both – meeting all our image quality criteria for oncology and providing impressive sensitivity to image high count tracers for cardiac and neuro imaging, which helps better inform patient diagnoses and monitoring. Also, we have been able to increase patient throughput by more than a third thanks to the system’s fast total scan times – even achieving 35 patient scans in a 9.5-hour shift – and reduce dose by 40% versus the previous equipment that was installed. This not only enables better patient access and experience but also allows us to increase overall hospital efficiency.”

A Collection of Intuitive Workflow Solutions Enhanced by Artificial Intelligence

As the pace of change in healthcare continues to increase, health plan leaders cite managing costs and driving operational efficiency as the top two challenges they face today. This is consistent with comments by global Molecular Imaging departments, which note operational efficiency as a top barrier to growing PET/CT procedure volumes.

Omni Legend is GE Healthcare’s response to these growing challenges, helping healthcare systems overcome today’s barriers with a collection of intuitive workflow solutions enhanced by artificial intelligence (AI), including its new Precision DL solution for deep learning image processing in PET/CT as well as its AI-based Auto Positioning Camera.

“Having access to high-quality images to determine patient care is foundational to administering quality healthcare,” adds Prof. Zohar Keidar, Director of Nuclear Medicine & the PET/CT Department at Rambam and an Associate Clinical Professor at the Technion Faculty of Medicine. “With this in mind, a department like ours – which has a very heavy workload – requires a system that enables flexibility for emergency cases, in addition to our already packed schedules. Omni Legend provides that flexibility. Within a few short weeks/months, we were able to increase our number of scans by 150 percent – going from 30 to 45 patient scans per day. We used to have a long wait list; but today, if something is urgent, we can quickly scan a patient while keeping our other scheduled appointments.”

An Enhanced Scanning Experience, With the Patient in Mind

More than a new processing technique, Precision DL is engineered using Deep Learning with a sophisticated deep neural network trained on thousands of images created with different reconstruction methods.

The capabilities of Omni Legend are further elevated by the inclusion of Q.Clear (BSREM), GE Healthcare’s pioneering PET image reconstruction technology, and MotionFree, the company’s proven, deviceless respiratory motion correction technology. Q.Clear helps to ensure reliable quantification, while MotionFree operates seamlessly in the background to correct respiratory motion artifacts for all patient types.

Furthermore, the new system’s operational efficiency solutions help improve the PET/CT imaging experience for both the technologist and the patient with convenient features that provide:

  • A fast data quality assurance process that saves time with streamlined calibration;
  • Simplified protocol selection on the gantry touchscreen and a new user interface to enable an easy PET/CT process from start to finish; and
  • Enhanced patient positioning capabilities as a result of AI-based Auto Positioning that automatically centers the patient for a completely hands-free positioning experience.

This streamlined patient setup frees up technologists to focus on making patients feel more comfortable. Omni Legend also features LED ambient lighting to encourage a calming mood as well as a graphic pattern for the patient to view in the system to help in both alleviating stress and reducing movement for nervous patients.

“We built our scalable Omni platform from the ground up to meet the needs of our customers and their patients today and in the future,” shares Jean-Luc Procaccini, President & CEO, Molecular Imaging & Computed Tomography, GE Healthcare. “With the patient in mind, we leaned on our longstanding technological leadership and strong clinical collaborations to enhance the scan experience with entirely new components designed to help improve clinical outcomes. The result is an all-digital detector, a cutting-edge deep learning solution, and workflow enhancements to help enable more personalized care.”

GE Healthcare Is Working Towards Better Health Outcomes for All Types of Patients 

GE Healthcare’s endeavors to improve patient outcomes, by using integrated tech solutions to better diagnose and treat various medical conditions are an ongoing effort. 

GE Healthcare has been working with Boston Children’s Hospital and since 2016 to develop and commercialize digital solutions to help diagnose and treat specific childhood diseases – starting with diseases that affect the brain. 

In July of 2021, GE Healthcare and SOPHiA GENETICS announced plans to work together on advancing cancer care, with the goal of better targeting and matching treatments to each patient’s genomic profile and cancer type, helping to ensure the most effective and personalized treatment.

To that end, the companies aim to develop new artificial intelligence (AI)-powered analytics and workflow solutions to serve both the clinical and biopharma markets. The companies will deploy GE Healthcare’s extensive medical imaging and monitoring capabilities and Edison platform-enabled data aggregation with the SOPHiA DDM™ cloud-based software-as-a-service analytics genomic insights platform and related solutions, which are available in more than 750 hospitals, laboratories and biopharma companies.

About GE Healthcare

GE Healthcare is the $17.7 billion healthcare business of GE (NYSE: GE). As a leading global medical technology, pharmaceutical diagnostics and digital solutions innovator, GE Healthcare enables clinicians to make faster, more informed decisions through intelligent devices, data analytics, applications and services, supported by its Edison intelligence platform. With over 100 years of healthcare industry experience and around 48,000 employees globally, the company operates at the center of an ecosystem working toward precision health, digitizing healthcare, helping drive productivity and improve outcomes for patients, providers, health systems and researchers around the world.

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