Research Articles
How a Single Genetic Mutation Fuels a Rare Vascular Cancer
Discover how a tiny PIK3CA genetic mutation drives angiosarcoma, a rare vascular cancer, and learn about promising new treatment strategies targeting this oncogene.
The Tiny Sample Revolution: How Next-Generation Sequencing is Powering Precision Cancer Diagnosis from Cytology Specimens
Explore how next-generation sequencing is revolutionizing cancer diagnosis through minimal cytology specimens, enabling precision medicine with tiny tissue samples.
Drag-and-Drop DNA: How CRISPR-Directed Integrases are Revolutionizing Genetic Engineering
Discover how PASTE technology enables precise genome editing without DNA cleavage, revolutionizing genetic engineering with drag-and-drop DNA insertion.
CRISPR: The Gene Scissors Sharpened to Fight Superbugs
Explore how CRISPR-Cas systems are revolutionizing the fight against drug-resistant bacteria through precision gene editing.
A Doomed Technology? The CRISPR Revolution in Bavarian Livestock Farming
Exploring the potential and challenges of gene editing technology in Bavarian livestock agriculture, from farmer perspectives to policy conflicts.
Genome Editing and Silencing: The Fourth Annual BRDS and the Future of Precision Medicine
Exploring the latest advances in genome editing technologies presented at the fourth annual Biopharmaceutical Research and Development Symposium and their impact on precision medicine.
Unlocking the Genetic Code to Make Chemotherapy Safer
Exploring how pharmacogenetics can reduce methotrexate toxicity in adult acute lymphoblastic leukemia treatment through gene polymorphism analysis.
Nature's Time Machine: How Long-Term Studies Are Unlocking Evolution's Secrets
Discover how long-term evolutionary studies are revolutionizing our understanding of how life evolves, from Galápagos finches to laboratory experiments on multicellularity.
The Fishy Connection: How an Alzheimer's Gene Controls Skin Pigmentation
Discover how zebrafish research revealed the surprising connection between Alzheimer's gene PRESENILIN 2 and skin pigmentation through CRISPR experiments.
Breaking Through the Nuclear Barrier: The Golden Key to Gene Delivery
Revolutionary gene delivery system using α-synuclein-gold nanoparticle conjugates enables cell-division-independent DNA expression with unprecedented speed and safety.