Research Articles
Light Warriors: How Tiny Nanospheres Are Revolutionizing Cancer Therapy
Discover how near-infrared light-triggered nanospheres are revolutionizing cancer therapy with deep-penetrating light and precision targeting.
Unlocking Mistletoe's Secret: How an Ancient Remedy Could Revolutionize Pancreatic Cancer Treatment
Exploring how mistletoe's bioactive compounds may inhibit p63 in pancreatic cancer treatment through computational analysis and clinical evidence.
Unlocking Cancer's Weak Spot: How Novel Molecular Keys Target EGFR Tyrosine Kinase
Exploring how 1,3,4-triazaphenalene and 1,3,4,6-tetraazaphenalene derivatives target EGFR tyrosine kinase in cancer treatment
The Invisible Killer: How Science and Policy Are Winning the Global War on Tobacco
Exploring how cutting-edge research and policy innovation are turning the tide against humanity's most persistent public health threat - tobacco.
Breaking Science: How Last-Minute Research Steals the Spotlight
Exploring the world of late-breaking abstracts (LBAs) and how they revolutionize scientific conferences with urgent discoveries.
The Oxygen Revolution: How Light-Activated Nanobots Are Outsmarting Cancer's Defenses
Breakthrough nanocomposite CaO₂–MnO₂–UCNPs–Ce6/DOX (CaMn–NUC) is revolutionizing cancer therapy by manufacturing oxygen on demand while dismantling cancer's defenses.
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 Silent Sentinel: How Electrochemical Aptamer Sensors Are Revolutionizing Early Detection of Esophageal Cancer
How electrochemical aptamer sensors are revolutionizing early detection of esophageal cancer through ultra-sensitive CEA biomarker detection
Double Rayon d'Espoir: These Molecules That Fight Melanoma on Two Fronts
Innovative bifunctional molecules that combine diagnostic imaging and targeted radiotherapy for metastatic melanoma treatment.
Illuminating Molecules: The Light-Powered Creation of a Medical Marvel
Explore how photochemical synthesis using dicyanopyrazine (DPZ) catalysts enables sustainable construction of complex xanthene-based pharmaceuticals.