Discover how newly discovered DNA repair proteins like DdrC, ATR, and Nup98 are opening new frontiers in fighting cancer, aging, and neurodegenerative diseases.
Exploring the cost-effectiveness of Herceptin in treating HER2-positive breast cancer through a Belgian university hospital study
Discover how CDK5, a brain enzyme, activates STAT3 through Ser727 phosphorylation to drive prostate cancer growth and treatment resistance.
Discover how scientists are engineering bacteria to become targeted cancer therapies, using bioengineering to turn microbes into precise tumor-fighting agents.
Explore how MIT is recruiting engineers to revolutionize biomedical research by treating the human body as a complex machine that can be reverse-engineered.
Explore how preoperative Very Low Calorie Diets (VLCDs) transform surgical outcomes by reducing liver fat and improving recovery.
Explore the key trends transforming biomanufacturing in 2025, from AI-driven processes to sustainable manufacturing and global market insights.
Exploring how nm23 protein expression in gastric cardiac cancer predicts metastasis and patient outcomes through scientific research and data visualization.
Exploring the critical treatment decision between hematopoietic cell transplantation and chemotherapy for young adults with Acute Lymphoblastic Leukemia based on population-level analysis.
Explore how probiotics adapt to the gut environment and combat gut disorders through bacterial adaptation mechanisms.