Research Articles
Unlocking Cancer's Hideout: The Precision Art of Radio-Tagging Tiny Immune Scouts
Exploring site-specific radiolabeling of PD-L1 nanobodies using maleimide-cysteine chemistry for precise cancer detection and treatment.
The Nano-Revolution: How Polymer Supercarriers Are Turbocharging Cancer Immunotherapy
Exploring how multifunctional polymeric nanoparticles are revolutionizing cancer immunotherapy through advanced RNA delivery systems.
The DNA Guardian's Blueprint: How p53's Tetrameric Structure Shields Against Cancer
Exploring how p53's tetrameric structure binds DNA to regulate genes critical for cancer prevention, with recent structural breakthroughs and therapeutic implications.
The Turmeric Time Bomb: How Scientists Built a Smart Nanocarrier for Cancer-Fighting Gold
Breakthrough in cancer treatment: A new biocompatible COF-MCM nanoporous hybrid drug delivery system for pH-controlled delivery of curcumin.
CARM1: Cancer's Hidden Master Regulator and the Next Generation of Epigenetic Medicines
Exploring CARM1 as a prime target for next-generation cancer drugs through epigenetic modifications and small-molecule inhibitors.
The Golden Key: How Turmeric's Secret Weapon Rewires Our Cellular Control System
Explore how curcumin from turmeric modulates microRNAs to combat diseases like cancer, Alzheimer's, and heart disease through modern scientific research.
The Silent Assassin in Ashwagandha: How Withaferin A Declares War on Cancer
Exploring the anticancer properties of Withaferin A, a potent compound from Ashwagandha, and its multi-targeted approach against cancer cells.
The Mind-Body Cancer Connection: How Emotions and Biology Dance in Malignancy
Exploring the profound dialogue between emotional states and cellular behavior in cancer through psychophysiological complementarity.
The Mind-Body Bridge: Unraveling the Psychosomatic Threads in Cancer
Exploring the complex relationship between psychological factors and cancer through cutting-edge psychosomatic oncology research.
Unlocking Cancer's Master Switches: How Molecular "Superheroes" Are Forged Through Macrocyclization
Discover how macrocyclization enables polypharmacology in cancer treatment, creating multi-target drugs that overcome resistance by simultaneously inhibiting PI3K, mTOR, and PIM pathways.