Data AnalysisVerified
Reviewed and published by trentmaziarz, July 7, 2026. Discovered and drafted by our automated research pipeline.
Mass General Brigham researchers developed and validated an AI model that automatically identifies and measures aggressive prostate cancer lesions in MRI scans, with the goal of helping clinicians make more consistent and precise treatment decisions.
Details
The AI model was trained and validated on MRI scans from more than 700 prostate cancer patients at Mass General Brigham. It was able to identify and demarcate the edges of 85% of the most radiologically aggressive prostate lesions (those with a PI-RADS score of 5). Tumor volume estimates from the model were independently associated with higher risks of treatment failure and metastasis, for both surgical and radiation therapy patients. Research findings were published in the journal Radiology in October 2024. Researchers planned to validate the model with a larger, multi-institutional dataset; routine clinical deployment was not confirmed in available sources.
Products affected
Prostate cancer AI segmentation model (research)
Sources & Evidence
Cite this record
Trace Foundation. (2026). Mass General Brigham: Mass General Brigham researchers developed and validated an AI model that automatically identifies and measures aggressive prostate cancer lesions in MRI scans, with the goal of helping clinicians make more consistent and precise treatment decisions (data as of 2026-07-07) [Data set record]. AI Trace. https://www.aitrace.org/r/practice/bb446356-9e3e-4c6a-ad4e-d6c9a06b5b2a. Accessed October 5, 2026.
- Stable link
- https://www.aitrace.org/r/practice/bb446356-9e3e-4c6a-ad4e-d6c9a06b5b2a
- Data as of
- July 7, 2026
- Last verified
- August 4, 2026
Other practices by Mass General Brigham
Data AnalysisMass General Brigham researchers developed and tested an AI tool called FaceAge, which analyzes a photograph of a person's face to estimate their biological age and predict survival outcomes for patients with cancer. As of 2025–2026, the tool remains in research and validation phases and has not been confirmed as deployed in routine clinical care.ProductivityMass General Brigham integrated a co-developed AI algorithm into its radiology scheduling operations, via the Radiology Operations Module (ROM) built with GE HealthCare, which predicts missed appointments and late arrivals to help optimize scheduling and reduce administrative burden.Data AnalysisMass General Brigham integrated AI tools into its radiology workflows through long-term collaborations with GE HealthCare (since 2017) and Microsoft/Nuance (since 2018), including the development and deployment of AI algorithms for CT and MRI image analysis, organ segmentation, and radiology report generation, deployed within clinical radiology reading rooms.
Have evidence about Mass General Brigham's AI practices? Submit a report.
Report a Sighting →