Performance of an AI-powered visualization software platform for precision surgery in breast cancer patients von Weitz, Michelle, Pfeiffer, J. R., Patel, Snehal, Biancalana, Matthew, Pekis, Arda, Kannan, Vignesh, Kaklamanos, Evandros, Parker, Amanda, Bucksot, Jesse E., Romera, José Rubio, Alvin, Ryan, Zhang, Yuhan, Stefka, Andrew T., Lopez-Ramos, Dorys, Peterson, Joseph R., Antony, Anuja K., Zamora, Kathryn W., Woodard, Stefanie

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Abstract P4-02-29: A 3D Visualization Method for Breast Cancer Surgeons and Patients von Parker, Amanda, Earnest, Tyler M., Pekis, Arda, Kannan, Vignesh, Peterson, Joseph, Cole, John A., Antony, Anuja K., Cook, Daniel

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Advancing High Resolution Vision-Language Models in Biomedicine von Chen, Zekai, Pekis, Arda, Brown, Kevin

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Seeing Beyond Cancer: Multi-Institutional Validation of Object Localization and 3D Semantic Segmentation using Deep Learning for Breast MRI von Pekis, Arda, Kannan, Vignesh, Kaklamanos, Evandros, Antony, Anu, Patel, Snehal, Earnest, Tyler

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Advancing High Resolution Vision-Language Models in Biomedicine von Chen, Zekai, Pekis, Arda, Brown, Kevin

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Seeing Beyond Cancer: Multi-Institutional Validation of Object Localization and 3D Semantic Segmentation using Deep Learning for Breast MRI von Pekis, Arda, Kannan, Vignesh, Kaklamanos, Evandros, Antony, Anu, Patel, Snehal, Tyler, Earnest

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MULTI-TISSUE SEGMENTATION AND DEFORMATION FOR BREAST CANCER SURGERY von COLE, John, PARKER, Amanda, PETERSON, Joseph, BUCKSOT, Jesse, ANTONY, Anuja, KAKLAMANOS, Evandros, SUBRAMANIYAN, Vignesh, PEKIS, Arda, EARNEST, Tyler

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