Discover how oxidative stress and cellular suicide mechanisms in homocystinuria reveal pathways that affect us all through genetic remethylation defects.
Discover how retron-based gene editing technology is revolutionizing medicine by enabling multiple genetic corrections simultaneously.
Discover how PI3K inhibitors combined with STI571 create a powerful synergistic effect against drug-resistant leukemia cells in this engaging scientific exploration.
Explore how CHAP31 induces apoptosis exclusively via the intrinsic pathway in human esophageal cancer cells, offering new hope for targeted cancer therapy.
Discover how zinc oxide nanoparticles can reprogram cancer cells to self-destruct through mitochondrial targeting in acute myeloid leukemia treatment.
Discover how microRNA-613 protects heart cells from damage after heart attacks by targeting PDCD10, offering new hope for cardiac treatment.
Explore how the BCR-ABL fusion protein inhibits apoptosis in chronic myeloid leukemia, creating cellular immortality and driving cancer progression.
Discover how the U2AF1(S34F) genetic mutation disrupts blood cell production and leads to myelodysplastic syndromes through RNA splicing errors.
Discover how down-regulating heme oxygenase-1 inhibits H9N2 avian influenza virus proliferation in chicken oviduct cells
Explore how the p53 protein, the guardian of our genome, protects against cancer and how environmental chemicals challenge this defense system.