This study focuses on patients with prostate cancer who will receive a combination of two treatments: radiotherapy and hormone therapy using goserelin. The hormone therapy involves using a medication that is given as an implant under the skin. The study aims to personalize treatment using advanced imaging techniques including PET/CT scans and artificial intelligence to determine the most appropriate treatment plan for each patient.
The treatment involves high-dose radiation therapy delivered in 6 sessions, specifically targeting the prostate. This is combined with androgen deprivation therapy (hormone treatment that reduces male hormone levels) using goserelin implants. The radiation treatment is guided by special scans that use a substance called PSMA (prostate-specific membrane antigen) to create detailed images of the prostate.
The study will use artificial intelligence to analyze various medical images and information to help determine the best treatment approach. This includes looking at special prostate scans called magnetic resonance imaging (MRI) along with other tests. The treatment period will last several months, during which patients will receive both radiation therapy and hormone treatment, and their progress will be monitored for several years afterward.



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