Inactivating mutations in tumor suppressor genes(TSGs)are known to drive tumorigenesis by decoupling proliferation and survival from tight regulatory mechanisms.In a recent study published in Science,Martin et al.1 sh...Inactivating mutations in tumor suppressor genes(TSGs)are known to drive tumorigenesis by decoupling proliferation and survival from tight regulatory mechanisms.In a recent study published in Science,Martin et al.1 shed light on an unappreciated role of TSGs in preventing immune evasion by demonstrating enrichment of TSG inactivation in tumor cell transplants in mice when facing an intact adaptive immune system.展开更多
文摘Inactivating mutations in tumor suppressor genes(TSGs)are known to drive tumorigenesis by decoupling proliferation and survival from tight regulatory mechanisms.In a recent study published in Science,Martin et al.1 shed light on an unappreciated role of TSGs in preventing immune evasion by demonstrating enrichment of TSG inactivation in tumor cell transplants in mice when facing an intact adaptive immune system.
