Research Articles
Unlocking Cancer's Door: The Prodrug Payload Revolution Targeting Tumors with Platinum-Acridine Agents
Exploring the development of prodrug-payloads based on platinum-acridine hybrid agents—a revolutionary approach for precise cancer treatment.
The Cancer Hijack: How Tumors Defy Treatment by Silencing Their Own Brakes
Discover how c-Myc suppresses p21 expression during oestrogen signalling and antioestrogen resistance in human breast cancer cells.
The Golden Berry Secret: How Hawaii's Poha Berry Fights Inflammation and Cancer
Discover how Hawaii's poha berry (Physalis peruviana) contains powerful compounds that fight inflammation and may help prevent cancer.
The Green Chemistry Revolution: How Ancient Grindstone Techniques Are Creating Modern Medicines
Discover how grindstone chemistry enables rapid, solvent-free synthesis of 1,6-naphthyridines for pharmaceutical applications with environmental benefits.
Synthetic Philosophy: Combating Desertification to Prevent Global Warming
Exploring how synthetic philosophy integrates multiple disciplines to create innovative solutions for combating desertification and global warming.
The Molecular Dance of Copper: How Computer Simulations Decode Life's Tiny Machines
Explore how molecular dynamics simulations reveal the intricate workings of copper proteins in biology, from DNA binding to cell death mechanisms.
The Molecular Ninja: How Metal-Based Medicines are Revolutionizing Cancer Warfare
Exploring the cutting-edge science of organometallic compounds as targeted anti-tumor agents that promise more precise cancer treatment with fewer side effects.
The Hidden Architecture of Molecules: Unveiling the Crystal Structure of a Biomedical Compound
Explore the crystal structure of (E)-1-(3,4-methylenedioxy-6-fluorophenyl)-2-nitropropene and its significance in medicine and forensics.
The Invisible Army: How Sugar-Coated Antibodies Are Revolutionizing Cancer Therapy
Discover how rhamnose-modified antibodies are transforming cancer immunotherapy through in situ self-assembly techniques for enhanced precision and effectiveness.
Re-educating the Guardians: How a Novel CSF1R Inhibitor Transforms Tumor-Associated Macrophages to Combat Cancer
Discover how FF-10101, a novel CSF1R inhibitor with unique covalent binding, reprograms tumor-associated macrophages to create an anti-tumor immune environment and enhances cancer immunotherapy.