Research Articles
The Fingerprint Detectives: How Light and AI Are Revolutionizing Cancer Diagnosis
A groundbreaking technique combining light scattering patterns with artificial intelligence for faster, safer, and more accurate cancer detection.
The Genetic Scissors: How Nucleic Acid Analogues Are Rewriting Cancer's Code
Explore how nucleic acid analogues are revolutionizing cancer treatment by targeting genetic instructions with unprecedented precision.
Cancer's Hidden Hunger: How Nucleotide Synthesis Fuels Lung Tumors
Exploring how lung tumors become addicted to nucleotide synthesis pathways and how this vulnerability could lead to new cancer therapies.
The Shape-Shifting Cancer Cell: How Scientists Unlocked a Hidden Potential
Discover how scientists found that cancer cells can be re-educated through differentiation therapy using mouse neuroblastoma cells as a model.
Cracking Cancer's Black Box: A New Lens on the Inner Workings of Tumors
Discover how the revolutionary flow-proteometric platform is transforming cancer research by analyzing individual signaling complexes in tumor tissue.
Disarming the Immortal Cell: How Antisense Therapy Targets Cancer's Achilles' Heel
Explore how antisense telomerase therapy targets cancer's immortality mechanism by disrupting telomerase activity in cancer cells.
The Silent Hunt: How Tomorrow's Technology is Revolutionizing Cancer Detection
Explore cutting-edge advances in cancer biomarkers and detection technologies including liquid biopsies, biosensors, and AI integration.
Cracking Cancer's Defense Code: How RNA Analysis Reveals Secrets of Drug Resistance
Explore how total cellular RNA analysis uncovers the mechanisms behind multidrug resistance in cancer cells and the promising new treatment approaches emerging from this research.
The Double Agent Hunt: Catching Cancer's Spies with a Single Blood Test
How a new technological tandem is revolutionizing the fight against cancer by capturing both CTCs and ctDNA from a single blood sample.