Explore how researchers are enhancing cancer therapy by targeting the c-FLIPL protein to make cancer cells more susceptible to programmed cell death.
Discover how Millepachine, a natural compound from traditional Chinese medicine, fights liver cancer through cell cycle arrest and apoptosis pathways.
Discover how a deficiency in cardiolipin synthase causes mitochondrial dysfunction in germ cells and impacts fertility, based on research in C. elegans.
Discover how Ginsenoside Rp1 enhances anti-cancer effects of Actinomycin D by targeting the AKT-SIRT1 pathway to overcome drug resistance in cancer treatment.
Discover how MiR-29c, a tiny molecular conductor, plays a crucial role in gastric cancer by regulating cell proliferation through targeting RCC2.
Explore how S1P1 deletion differentially affects TH17 and regulatory T cells, revealing the delicate balance in immune system regulation and its implications for autoimmune disease treatment.
Discover how RNA interference silences the MDR1 gene to overcome multidrug resistance in laryngeal cancer, restoring paclitaxel's effectiveness through innovative research.
Discover how liver sinusoidal endothelial cells transform in culture and how dexamethasone helps maintain their natural state. Explore the implications for liver disease research.
Discover how Pleurotus highking mushroom induces apoptosis in breast cancer cells by altering gene balance and inhibits tumor sphere formation.
Discover how Liraglutide, a common diabetes medication, shows promise in protecting the brain after subarachnoid hemorrhage by reducing inflammation and neuronal apoptosis.