Research Articles
The Cancer Revolution: How Scientists Uncovered Cancer's Molecular Secrets
Explore the groundbreaking discoveries from the 1989 Aspen Cancer Conference that revealed cancer's molecular mechanisms and transformed our understanding of carcinogenesis.
Homing Missiles for Cancer: The Hunt for Molecules That Target Tumor Blood Vessels
Explore the science behind tumor-homing molecules that target angiogenic vasculature and their potential for precision cancer therapy.
The Math That Models the Battle Against Cancer: When Equations Meet the Immune System
Exploring how mathematical models are revolutionizing cancer immunotherapy research by simulating tumor-immune system dynamics.
Cancer Immunotherapy: Engineering the Body's Army to Fight Cancer
Explore how cancer immunotherapy is revolutionizing oncology by harnessing the body's immune system to fight cancer, with recent breakthroughs and implementation challenges.
Unraveling Cancer's Tangles: How a Modified Molecule Targets the Disease's Core
Explore how ω-(dialkylamino)alkyl derivatives of 6H-indolo[2,3-b]quinoline act as novel cytotoxic DNA topoisomerase II inhibitors in cancer treatment.
Cracking the Cancer Code: The Molecular Tug of War in Our Cells
Explore the molecular mechanisms of cancer development, from somatic mutations to tissue organization, and discover groundbreaking research on ferroptosis in drug-resistant cancer cells.
The Genetic Treasure Hunt: How Isolated Nucleic Acid Molecules Are Revolutionizing Cancer Treatment
Discover how isolated nucleic acid molecules encoding cancer-associated antigens are transforming cancer treatment through innovative immunotherapies and vaccines.
The Body's Betrayal: Why Some Tissues Succumb to Cancer While Others Fight Back
Exploring how tissue-specific interactions between oncogenic K-ras and the p19Arf-p53 pathway determine cancer susceptibility and transformation.
The Math That Fights Cancer: How Equations Are Revolutionizing Immunotherapy
Explore how mathematical models are transforming cancer immunotherapy by simulating tumor-immune system dynamics and predicting treatment outcomes.
The T-Cell Trap: How a Protein Traffic Jam Is Cracking Cancer's Defenses
Discover how proteotoxic shock in T cells is undermining cancer immunotherapy and the groundbreaking research that's revealing new treatment possibilities.