Research Articles
The Hidden Toll of Freezing: How Storage Alters Cancer's Most Dangerous Cells
Research reveals how cryopreservation alters cancer stem cells' genetic programming, potentially impacting cancer treatment development.
Cancer Prevention 2000: Molecular Mechanisms to Clinical Applications
Explore the paradigm shift from cancer treatment to prevention, covering molecular mechanisms, groundbreaking research, and clinical applications.
The Invisible Enemy: How Cancer Outsmarts Targeted Drugs Through Cellular Deception
Discover how cancer develops resistance to EGFR inhibitors through the IGF1R pathway and the scientific breakthroughs revealing new therapeutic approaches.
The Double-Agent Crystal: How a Selenium Nanomaterial Fights Cancer and Bends Light
Explore the remarkable dual properties of Na₂Cd(SeO₄)₂·2H₂O - a selenium nanomaterial with promising anticancer activity and nonlinear optical capabilities.
The Force Within: How the National Cancer Institute is Unlocking Cancer's Physical Secrets
Explore how the National Cancer Institute's investment in biomechanics research is revolutionizing our understanding of cancer's physical properties and treatment approaches.
Attacking Cancer with Molecular LEGO: The Promise of Hybrid Molecules
Explore how scientists are creating hybrid molecules by combining steroids and pyrimidines with triazole bridges to develop innovative cancer treatments.
Unlocking Cancer's Code: How DNA-Binding Thiazole Compounds Revolutionize Cancer Treatment
Discover how DNA-binding thiazole compounds are revolutionizing cancer treatment through computational modeling and targeted molecular design.
The Shape-Shifters: How Molecular Contortions Are Revolutionizing Cancer Drug Design
Exploring how capturing APN's ever-changing shapes in its native environment is key to designing next-generation cancer drugs.
The Hidden Harmonies of Cancer: Decoding Cellular Betrayal with Vibrational Spectroscopy
Exploring how vibrational spectroscopy and systems biology are revolutionizing cancer detection by decoding molecular vibrations in cells.