Recent studies have shown that common anticancer treatments can induce cell senescence rather than death, which is a critical phenotype governing tumour recurrence, dormancy and treatment resistance [1]. This calls for the urgent development of safe, precise, and rapid tools to unveil early evidence of such therapy-induced senescence (TIS).
Multimodal Coherent Raman and Multiphoton Nonlinear Optical Microscopy Reveals Early Risk of Tumour Recurrence After Anticancer Therapy in Human Cells
Bresci, Arianna;Manetti, Francesco;Vernuccio, Federico;Sorrentino, Salvatore;Ceconello, Chiara;Cerullo, Giulio;Polli, Dario
2023-01-01
Abstract
Recent studies have shown that common anticancer treatments can induce cell senescence rather than death, which is a critical phenotype governing tumour recurrence, dormancy and treatment resistance [1]. This calls for the urgent development of safe, precise, and rapid tools to unveil early evidence of such therapy-induced senescence (TIS).File in questo prodotto:
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