Research Articles
Silent Threat: How Cancer Treatments Weaken Bones and How to Fight Back
Understanding how cancer treatments affect bone health and strategies to prevent fractures in cancer patients and survivors.
The Secret World Within: When Cell Surface Receptors Move to the Nucleus in Cancers
Explore the fascinating discovery of nuclear receptor tyrosine kinases in cancer biology and their implications for treatment and prognosis.
Cracking Cancer's Code: How Molecular Markers Are Revolutionizing Diagnosis and Treatment
Explore how molecular markers are transforming cancer diagnosis and treatment through precision oncology, liquid biopsies, and advanced detection technologies.
The Digital Oracle: How Computer Models Are Predicting the Best Cancer Drugs
Discover how in silico modeling is revolutionizing cancer treatment by predicting patient-specific drug sensitivity through advanced computer simulations.
Cracking Cancer's Origin Story: The Single-Cell Detective
How scientists are using single-cell RNA sequencing to validate a powerful new biomarker for lung cancer by tracing its cellular origins.
The Gene Index: How a New Digital Map of Cancer is Revolutionizing the Fight
Explore how online cancer gene indexes are transforming cancer research by mapping genetic complexity and accelerating discoveries.
The Silent War Within: How Scientists Are Designing Smarter Anticancer Drugs
Explore the evolution of anticancer drug development from chemotherapy to precision therapies, computational methods, and future innovations in cancer treatment.
Heroes and Villains: How Two Cancer Breakthroughs Forged Very Different Legacies
Exploring how Myriad's BRACAnalysis and Genentech's Herceptin developed different public perceptions despite similar scientific foundations.
The Silent Assassin from Saline Worlds: How an Extreme-Loving Bacterium Could Revolutionize Cancer Treatment
Discover how halotolerant Bacillus bacteria from extreme environments show promising cytotoxic effects against kidney cancer cells, opening new frontiers in oncology.
To Improve a Promising Cancer Drug, Cut It in Half
How scientists are using a clever molecular trick to make powerful cancer therapies more precise and less toxic.