Explore ferroptosis, a unique form of iron-dependent cell death with promising applications in cancer treatment and neurodegenerative disease research.
Explore how SNP rs2292596 affects AHRR-ARNT interaction and cancer defense mechanisms through molecular biology research.
Explore groundbreaking research targeting the elusive MYC oncoprotein, once considered 'undruggable' but now being tamed through innovative approaches like protein degradation.
Discover how scientists are enhancing cancer immunotherapy by temporarily modulating mTORC1 in T cells to create long-lasting immunological memory against tumors.
Exploring the journey of lamellarins, potent marine alkaloids from sea squirts, as promising leads in cancer drug development.
Discover how boron is revolutionizing cancer treatment, medical imaging, and sustainable chemistry through its unique biomedical properties.
Discover how irigenin, a natural plant compound, demonstrates remarkable potential against multiple forms of cancer through multi-targeted mechanisms.
Explore how griseofulvin, a traditional antifungal medication, shows promising antitumor properties in cancer research with its unique mechanism of action.
Discover how angiotensin II, a blood pressure regulator, creates a welcome mat for cancer metastasis by activating vascular endothelial cells.
Discover how the Bael tree's antioxidant and cytotoxic properties show promise in cancer research through modern scientific characterization.