Research Articles
How Fragment Joining Created a Potential Cancer Treatment Weapon
Discover how fragment joining technology is revolutionizing cancer treatment by targeting the challenging BAZ2A bromodomain protein.
How Sugar-Coated Cells Are Revolutionizing Cancer Research
Discover how the glycocalyx, a sugary coating on cancer cells, holds the key to understanding metastasis and how scientists are engineering it to fight cancer.
The Immune System: Our Double-Edged Sword in the Fight Against Cancer
Exploring the complex relationship between the immune system and cancer, focusing on diagnostic challenges and therapeutic paradoxes in hematology and oncology.
Designing the Invisible Bullet: How Scientists Engineered Precision Cancer Drugs
Explore how structure-based drug design is revolutionizing cancer treatment through precision targeting of EGFR proteins.
Bone's Secret Conversations: How a Cellular Dialogue Turns Deadly in Cancer
Exploring the role of membrane-bound versus soluble RANKL in cancer-induced bone destruction and therapeutic implications.
Molecular Missiles: Humanizing the War on Cancer
Discover how scientists are re-engineering nature's toxins into smarter, safer cancer therapies using ribonuclease chimeras.
Taming a Cellular Storm: Engineering a Sharper Weapon Against Cancer
Discover how scientists are engineering a superantigen mutant protein to transform a biological threat into a precision tool for fighting cancer.
Generative AI Designs Cancer-Killing CAR-T Cells in Record Time
Discover how generative AI is revolutionizing CAR-T cell therapy, accelerating cancer treatment development from years to weeks with unprecedented precision.
Cytokine Cocktails: The Tiny Proteins Engineered to Revolutionize Cancer Therapy and Beyond
Explore how engineered cytokines are transforming medicine through chemical synthesis and protein engineering to treat cancer and autoimmune diseases.