Programs for determining proper doses for late-stage prostate cancer treatment are currently either fast but inaccurate or precise but too slow. A new study outlines a new AI-biomedical tool that combines the best of both: speed and accuracy. buff.ly/WfYtZxN

Researchers built a new urinary tract tissue model that accounts for the dynamic forces caused by urine flow. They found that adding these mechanical forces changes how urinary tract infections behave and respond to traditional treatments. buff.ly/XPQvgsV

Researchers use 3D model to understand why recurrent UTIs don't always respond to therapy.

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Scientists discover bacterium that produces testosterone in the urinary tract. This finding has the potential to improve diagnostic screenings and evaluate disease progression. www.labroots.com/trending/mic...