Research Articles
E2F-1: A Proliferative Marker of Breast Neoplasia
Comprehensive analysis of E2F-1 as a proliferative marker in breast cancer, exploring its role in cell cycle regulation and clinical significance.
The Secret World Within: When Cell Surface Receptors Move to the Nucleus in Cancers
Explore the fascinating discovery of nuclear receptor tyrosine kinases in cancer biology and their implications for treatment and prognosis.
Nature's Pharmacy Meets Nanotech: The New Frontier in Cancer Treatment
Explore how medicinal plants with proven anticancer properties are being enhanced through nanotechnology, creating powerful new weapons in the fight against cancer.
Rethinking the Recipe for Discovery: Is There One Scientific Method?
An exploration of whether the classic scientific method truly represents how major discoveries are made, with evidence from Nobel Prize-winning research.
CRISPR and the Future of Medicine: Engineering Nature's Pharmacy
Explore how CRISPR/Cas9 technology is revolutionizing plant natural product research to enhance production of anticancer compounds and other therapeutics.
Modified Antagonistic Antibodies: The Molecular Locksmiths Revolutionizing Medicine
Explore how modified antagonistic antibodies are revolutionizing medicine by blocking harmful cellular processes in cancer, autoimmune diseases, and inflammatory disorders.
Unlocking the Body's Defenses: How Engineered Peptides Are Revolutionizing Vaccine Delivery
Explore how engineered peptides and mutant polypeptides are transforming immunotherapy through advanced delivery systems and groundbreaking cancer research.
Revolutionizing Myeloma Care: How RVD Therapy Is Becoming Faster, Cheaper and Safer
Discover how RVD therapy for multiple myeloma is being optimized to reduce costs, decrease clinic time, and maintain patient safety through innovative approaches.
The Cellular Tango: How Neuropilin-2 and Integrins Dance to Build Blood Vessels
Explore how neuropilin-2 and integrins interact to regulate angiogenesis through integrin recycling mechanisms in endothelial cells.
Quantum Leap in Medicine: How Quantum Computing Is Designing Future Cancer Drugs
Discover how quantum computing is revolutionizing cancer drug discovery by designing novel KRAS inhibitors that target previously undruggable cancer mutations.