Research Articles
The Cellular Compass: How Magnetic Particles and Stem Cells Are Guided to Destroy Cancer
Explore how Fe-Cr-Nb-B magnetic particles and adipose-derived mesenchymal cells trigger cancer cell apoptosis through magneto-mechanical actuation.
Cleaning the Seed: How Daratumumab Paves the Way for a More Effective Myeloma Transplant
Explore how daratumumab enables in vivo purging to cleanse stem cell grafts before transplant, reducing relapse risk in multiple myeloma patients.
Cracking the Code of Mouth Cancer: Growing the Enemy in a Dish
Explore how scientists use primary cell lines and explant techniques to study oral squamous cell carcinoma, advancing personalized cancer treatments.
The Silent Couriers: How Polymer Vectors Are Revolutionizing Gene Therapy
Explore how synthetic polymers are transforming gene therapy by safely delivering therapeutic genes to target cells, overcoming the limitations of viral vectors.
The Bacterial Warrior: How a Tiny Microbe Could Revolutionize Cancer Treatment
Discover how Lactiplantibacillus plantarum L125, a probiotic strain, shows promising anti-cancer properties through genomic analysis and experimental studies.
The Double Agent in Breast Cancer: How a Villain Gene Might Unlock a New Therapy
Discover how HER2 gene suppression of PPARγ in breast cancer creates new therapeutic opportunities through combination drug therapy.
The Sentinels Within: Decoding the T Cell Army That Keeps You Healthy
Explore how scientists analyze T cell responses to understand our immune system's elite special forces and develop revolutionary medical treatments.
Adoptive Cell Therapy: Programming the Body's Army to Eradicate Cancer
Explore how adoptive cell therapy revolutionizes cancer treatment by reprogramming immune cells as living drugs to fight cancer with unprecedented precision.
Japan's Biotech Revolution: How a National Budget Bet is Reshaping Our Health
Explore how Japan's strategic biotech investment is driving innovation in personalized medicine, gene therapies, and AI-powered drug discovery.
Seeing the Invisible: How Light is Revolutionizing Cancer Surgery
Discover how auto-fluorescence imaging and power-sharing multifocal Raman micro-spectroscopy are transforming cancer surgery by enabling real-time molecular tissue analysis.