Computer Vision News Computer Vision News 52 the task of preserving the neurovascular bundle, which is crucial for erectile function, and the pelvic floor, which is vital for urinary control. However, anticipating the extent of surgery or necessary margins is not always possible. “When we counsel patients before surgery, we can tell them the general numbers, but when the patient in front of you is hesitating or trying to decide, these numbers don’t say a lot,” Arnon remarks. “The main challenge is understanding which patients we can operate on with good functional outcomes. We don’t yet know that in a majority of cases.” Today, multiparametric MRI makes it easier to locate, categorize, and treat the focus of the cancer rather than the whole prostate. Focal therapies like high-intensity focused ultrasound (HIFU), cryotherapy, and electrical energy are proving more popular due to their promising functional outcomes. They reduce damage to surrounding tissues, and patients face fewer side effects than those caused by surgery and radiation. Furthermore, AI has the potential to enhance the precision and safety of radiation therapy by better localization and minimizing toxicity to adjacent structures. As technology evolves, the ability to tailor treatments to individual patient’s needs and minimize undesirable outcomes will significantly enhance the quality of prostate healthcare. “The tools to handle many of these challenges are constantly getting better and better,” Arnon emphasizes. “AI is making progress, and things that weren’t an option a few years ago are now becoming good options. There’s still a lot to be done, but the field can be significantly improved with these kinds of tools.” If you think we could help with your project, contact RSIP Vision today for an informal discussion about what AI can do for your work. Men’s Health Month - Summary
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