Research Articles
Redefining the War on Cancer: The Anthracycline Revolution
Discover how anthracyclines, a decades-old class of cancer drugs, are revealing new secrets that could make treatments more powerful and safer than ever before.
A Molecular Trojan Horse: How a Rhenium Compound Outsmarts Breast Cancer Cells
Discover how scientists are using rhenium-based compounds to create targeted therapies that trick breast cancer cells into self-destruction.
Nature's Medicine Cabinet: The Hidden Chemicals That Heal Us
Explore how natural products from plants, animals, and microbes are transformed into life-saving medicines like Artemisinin and penicillin.
Benzothiazole: The Molecular Chameleon in the Fight Against Cancer
Explore how benzothiazole, a versatile molecular scaffold, is revolutionizing cancer treatment through targeted therapies and selective toxicity mechanisms.
Cracking Cancer's Defense Code: How AI is Powering the Next Generation of Cancer Immunotherapy
Discover how graph neural networks and molecular docking are revolutionizing cancer immunotherapy by identifying potent PD-1/PD-L1 small molecule inhibitors.
The Invisible Trail: How Tiny Metals in Single Cells Are Revolutionizing Cancer Fight
Discover how microfluidic devices and ICP-MS are transforming cancer research by detecting metallic elements in single cells, enabling personalized medicine approaches.
The pH-Sensitive Trojan Horse: How a Clever Molecular Cage is Revolutionizing Cancer Drug Delivery
Explore how pH-responsive cyclodextrin block copolymers are transforming cancer treatment through intelligent drug delivery systems that target tumors with precision.
The Ocean's Medicine Cabinet: How Scientists Are Unlocking New Cures from the Deep
Discover how scientists are using cutting-edge technologies to unlock new medical treatments from marine organisms in the ocean's depths.
The Silent Sentinel: How a Simple Urine Test Reveals Chemotherapy's Hidden Toll
Explore how urinary N-acetyl-beta-D-glucosaminidase (NAG) serves as an early warning system for chemotherapy-induced kidney damage in cisplatin-treated patients.
CXCR4: The Tiny Cellular Receiver That Could Revolutionize Cancer Treatment, HIV Therapy, and Beyond
Explore how CXCR4 research is revolutionizing medicine through cancer treatment, HIV therapy, and innovative drug discovery approaches.