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GE HealthCare debuts AI-supported solution, designed to improve and shorten the radiation therapy workflow, at ASTRO 2025
Early adopters of Intelligent Radiation Therapy (iRT) to date have reduced simulation to treatment planning time from seven days to seven minutes1 via
About this update from Ge Healthcare Technologies Inc.
[{"type":"text","content":"\n\nEarly adopters of Intelligent Radiation Therapy (iRT) to date have reduced simulation to treatment planning time from seven days to seven minutes1 via integration with RayStation® by RaySearch Laboratories\n\n\n\nThe new version of iRT enhances connectivity, uses insights to improve efficiency, and includes a solution to manage workflows for the emerging field of theranostics\n\n\n\nGE HealthCare will spotlight its comprehensive radiation oncology portfolio at its booth, underscoring the company’s commitment to accelerating global access to radiation therapy\n\n\n\n CHICAGO--(BUSINESS WIRE)--\nGE HealthCare (Nasdaq: GEHC) today announced updates to Intelligent Radiation Therapy (iRT), a new version of the company’s software solution for radiation therapy workflow management, designed to reduce the time it takes for patients to go from diagnosis to treatment. The iRT solution is AI-supported by GE HealthCare and third-party applications, and the latest features bring enhanced connectivity to the systems radiation oncology departments use most and use insights to improve departmental efficiency. The company also unveiled a new capability for theranostics that manages these complex workflows throughout the patient treatment journey, extending its expertise in radiation therapy workflows to this evolving field. The latest updates will be showcased at the American Society for Radiation Oncology (ASTRO) 2025 Annual Meeting in San Francisco for the first time.\n\n\niRT seeks to improve workflow efficiencies\n\n\nRadiation therapy is a treatment nearly 60% of cancer patients2 receive, yet it can take up to 30 days3 just to begin. Radiation oncology workflows are complex, and teams work across many systems, but these systems rarely connect, contributing to possible treatment delays and errors. As a result, staff often re-enter the same data in multiple places, wasting time and increasing the risk of errors. Simple tasks, like importing treatment data, can take up to 17 manual steps. These inefficiencies can lead to potential inaccuracies that result in delayed treatments for patients and potentially poor outcomes.4 Today, hospitals worldwide are adopting iRT’s vendor-neutral solution that manages data between systems to streamline the complex radiation therapy workflow, designed to enable a shorter timeline to treatment for patients ...