Videos

Jack Andrews MD; Eugene Cone, MD; and Arash Rezazadeh, MD, discuss how metastatic hormone-sensitive prostate cancer presents clinically, explore current treatment standards including combination therapies, evaluate emerging data from the ARANOTE trial on darolutamide efficacy, consider quality of life factors in treatment selection, and examine how novel therapeutic approaches may reshape future care pathways.

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Panelists discuss how it would be preferred that BCG monotherapy not remain the first-line treatment for intermediate-risk and high-risk disease within the next 10 years. It is encouraged that the future of first-line treatment be a noninfectious agent that would be easier to develop and include more data.

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Panelists discuss how PD-L1 inhibitors such as durvalumab and sasanlimab represent a promising frontier in non–muscle-invasive bladder cancer (NMIBC) treatment. These immunotherapies work by unleashing the body’s immune response against cancer cells, potentially offering new options for patients whose disease doesn’t respond to conventional therapies such as BCG. Their ongoing phase 3 trials could establish immunotherapy as a valuable addition to the NMIBC treatment landscape.

A panelist discusses how urologists considering newer treatment modalities for BCG-unresponsive non–muscle-invasive bladder cancer (NMIBC) should be encouraged by positive clinical trial data while ensuring proper training, patient selection, and establishment of treatment protocols in their practice.

A panelist discusses how the ability to administer newer non–muscle-invasive bladder cancer (NMIBC) treatments in local urology practices rather than specialized oncology centers reduces patient burden and travel requirements while suggesting that increased education and support could help more health care providers adopt these treatment options.

2 experts in this video

Panelists discuss how both TAR-200 and UGN-102/103 represent innovative approaches to intravesical drug delivery for bladder conditions. TAR-200 uses a novel silicone-based system designed for controlled gemcitabine release, potentially offering extended drug exposure compared with conventional instillations. UGN-102 and UGN-103 employ a proprietary RTGel technology that transforms from liquid to gel form at body temperature, allowing for longer retention of mitomycin (UGN-102) and high-dose botulinum toxin (UGN-103), respectively, in the bladder.