Research Articles
Mapping the Genome's Weak Spots: How Cellular Modification Machinery Becomes Breast Cancer's Achilles Heel
Explore how ubiquitination, SUMOylation, and neddylation systems become weaponized in breast cancer progression and the promising therapeutic strategies emerging from this research.
Unlocking the Secrets of a Triple-Negative Foe: The Birth of a Powerful New Tool
Discover how the novel A24 tumor cell line is revolutionizing research into claudin-low breast cancer, one of the most aggressive forms of the disease.
The Achilles' Heel of Breast Cancer? Unlocking the Power of a Tiny Receptor
Discover how targeting the A3 adenosine receptor could revolutionize breast cancer treatment by attacking cancer stem cells - the root cause of recurrence and metastasis.
Cracking Cancer's Code: How Digital Detectives are Pinpointing the Genetic Fingerprints of Breast Cancer
Discover how computational biology and evolutionary approaches are revolutionizing breast cancer subtyping through in silico marker identification.
The Secret Journey of Breast Cancer: How Single Cells Become Invaders
Explore the evolving understanding of breast cancer metastasis, from historical theories to modern research breakthroughs.
The Tiny Orchestra in Our Cells: How a Miniature RNA Trio Drives Breast Cancer
Discover how the miR-183/-96/-182 cluster drives breast cancer progression by increasing cell proliferation and migration. Learn about the groundbreaking research and future therapeutic possibilities.
The Hidden Garden Within: How the Breast's Unique Bacteria May Influence Cancer
Exploring the revolutionary connection between breast tissue bacteria and breast cancer development through genomic research.
Unlocking Breast Cancer's Secret Armor: How Chromatin Landscapes Forge Therapy Resistance
Discover how chromatin landscape analysis reveals breast cancer's epigenetic mechanisms of therapy resistance and new treatment opportunities.
Decoding Breast Cancer: How Mouse Genomes Are Revolutionizing Human Treatments
Exploring how genetically engineered mouse models are transforming our understanding of breast cancer subtypes and treatment development.