Developing AI-based software to identify prostate cancer in MR images.
1 in 8 men will have prostate cancer in their lives. PROVIZ is developing AI-based software to correctly identify prostate cancer in MR images, reducing the time and cost of diagnosis.
Norway was the first country to implement an integrated cancer care pathway that uses multi-parametric magnetic resonance imaging (mpMRI) as the first diagnostic tool for men with suspected prostate cancer based on elevated levels of prostate specific antigen (PSA) in their blood. However, the PSA blood test has a high false-positive rate, leading many men to get unnecessary mpMRI’s. The popularity of this blood test has created an excess of images for radiologists to analyze.
PROVIZ’s research will support radiologists by expediting the process of detecting cancer in the mpMRI images and by guiding biopsy targets. Today, radiologists rely on their training and experience to identify whether cancer is present and to guide biopsies to further test cancer aggressiveness. PROVIZ’s AI analyzes the quantitative information in mpMRI images (anatomy, vascularization, and cellularity) and builds 3D models to identify and visualize potential cancer risk, reducing the burden on radiologists and lowering biopsy risks.
The software PROVIZ is developing is based on a unique Norwegian dataset of MRI and clinical information from over 1600 patients with and without cancer, as well as collaboration with international teams collecting data in The Netherlands and Taiwan. This large data set allows the team to account for variation between clinical sites and create a truly universal diagnostic platform.
Clinicians, patients, and research participants have been involved in development from the start of the project to ensure the research aligns with stakeholder and social needs. This inclusive team has the background to anticipate both positive and negative outcomes of their work. In addition to experts in MRI technology, information analysis, radiology, oncology and communication between researchers and clinicians, the PROVIZ team includes a doctoral candidate specifically focused on ensuring that responsible research and innovation is integrated into the project.
Adaptable AI-based software has the potential to reduce health care costs, ease the burden on medical personnel, and obtain better treatment outcomes. Once the project is complete, PROVIZ aims to share their data set and invite others to use it to educate the field and develop additional tools.
PROVIZ is headed by Tone Bathen at the Norwegian University of Science and Technology in Trondheim. This lab is funded by the Research Council of Norway and is one of the multidisciplinary research projects within Centre for Digital Life Norway.
Tone Frost Bathen
Tone Frost Bathen