Research Articles
Platelets: The Tiny First Responders in Cancer's Spread
Exploring how platelets and their bioactive lipids contribute to cancer metastasis and the therapeutic implications of this discovery.
Nanoparticles: The Tiny Giants in the Fight Against Cancer
Explore how nanoparticles are revolutionizing cancer treatment through precision targeting, smart drug delivery systems, and innovative nanoscale technologies.
The Hidden Architects of Cancer: Unmasking a Rare Cell in Lymphoma
Discover how CD34+ sub-clones in B-cell lymphoma act as cancer stem cells, driving tumor growth and therapy resistance.
The New Genetic Map: How Long Non-Coding RNAs Are Revolutionizing Head and Neck Cancer Treatment
Discover how long non-coding RNAs are transforming head and neck cancer classification and treatment through groundbreaking research into five distinct molecular subtypes.
Rewriting Cancer's Code: How Epigenetic Reprogramming is Turning Foes into Allies
Explore how epigenetic reprogramming is revolutionizing cancer treatment by converting malignant cells into therapeutic allies through in vivo cellular transformation.
Tryptophan: The Tiny Molecule That Could Revolutionize Cancer Metastasis Detection
Discover how tryptophan biosensors are revolutionizing cancer metastasis detection through ultra-sensitive electrochemical technology.
Visualizing the Invisible: How FRET Biosensors Illuminate PIM-1's Role in Cancer Pathways
Explore how FRET biosensors reveal PIM-1 protein interactions with the PI3K/Akt/mTOR pathway in cancer research and therapeutic development.
Telomerase: The Immortality Enzyme in Cancer and the Quest to Tame It
Explore telomerase, the enzyme that links cancer and biological immortality. Learn about its structure, function in cancer, recent discoveries, and therapeutic approaches.
Seeing the Unseeable: How Terahertz Light Can Detect Skin Cancer
Learn how terahertz metamaterial absorbers can revolutionize skin cancer detection with non-invasive, highly accurate technology.
Cracking the Cancer Code: How a New Algorithm Turns Data into Life-Saving Predictions
Discover how PLASMA algorithm transforms multiomics data into precise cancer survival predictions using artificial intelligence and personalized medicine approaches.