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Cancer mortality and senescence: Is redox therapy an option?

Genes & development 2025 Vol.39(15-16) p. 914-916

Kuang S, Swamynathan MM, Trotman LC

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Patient genomics and mouse functional genetics have revealed that senescence is a barrier to metastatic progression of prostate cancer.

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APA Kuang S, Swamynathan MM, Trotman LC (2025). Cancer mortality and senescence: Is redox therapy an option?. Genes & development, 39(15-16), 914-916. https://doi.org/10.1101/gad.353129.125
MLA Kuang S, et al.. "Cancer mortality and senescence: Is redox therapy an option?." Genes & development, vol. 39, no. 15-16, 2025, pp. 914-916.
PMID 40659525

Abstract

Patient genomics and mouse functional genetics have revealed that senescence is a barrier to metastatic progression of prostate cancer. Many efforts focus on eliminating senescent cells, whereas others aim to elucidate distinct characteristics that set them apart from normal and aging cells. Here, we discuss how exploration of the redox state of senescent cells could help define new markers and pro-oxidant vulnerabilities, drawing analogy to what is known about the redox sensitivity of proliferating cancer cells.

MeSH Terms

Oxidation-Reduction; Humans; Cellular Senescence; Animals; Neoplasms; Male; Mice; Reactive Oxygen Species

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