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In today's top article, researchers unveil a groundbreaking cellular atlas of the mouse prostate, shedding light on its unique organization and determinants of castration resistance in prostate cancer. By integrating single-cell RNA sequencing and spatial transcriptomics, they discovered lobe-specific luminal epithelial cell types with distinct gene regulatory modules and androgen-responsive programs. Notably, castration-resistant cells activate stress and stemness programs, which are enriched in ADT-resistant tumors. This comprehensive study not only illuminates the importance of lobe-specific contexts for prostate cancer modeling but also reveals potential therapeutic targets to counter castration resistance. A must-read for anyone interested in prostate cancer biology and treatment strategies. Stay tuned for more fascinating research insights!