Discover how low-dose aspirin may reduce colorectal cancer risk by preventing adenomas. Explore the science behind this groundbreaking preventive approach.
Discover how SYK inhibition effectively overcomes MCL-1 mediated ABT-199 resistance in CLL cells compared to BTK or PI3Kδ inhibition.
Discover how FLIP(L) protein activates caspase 8 without interdomain cleavage, challenging fundamental cell biology principles and opening new cancer research avenues.
Explore how AAV2-VEGF-Trap gene therapy is transforming glioma treatment through innovative virus-delivered molecular decoys that disrupt tumor blood supply.
Exploring how uric acid-mediated reduced graphene oxide serves as a multifunctional anti-cancer agent through green nanotechnology.
Explore how the traditional formula WEI-AI-PING triggers apoptosis in stomach cancer cells, revealing the intersection of traditional medicine and modern cell biology.
Discover how activating FXR and inhibiting EZH2 creates a powerful synergistic effect against colorectal cancer by accelerating nuclear location and upregulating CDX2 expression.
Discover how blocking hyaluronan could prevent dangerous side effects of IL-2 cancer immunotherapy while maintaining its effectiveness against melanoma.
Discover how MicroRNA-138 suppresses urothelial carcinoma progression by targeting SOX9 expression, offering new therapeutic possibilities for bladder cancer treatment.
Discover how a groundbreaking experiment revealed how lungs detect foreign threats and trigger immune responses in isolated perfused mouse lung studies.