Explore how molecular scissors like ZFN, TALEN, and CRISPR are transforming medical research through precise gene editing in rats.
Explore the fascinating world of plant organellar RNA editing and the molecular machinery that ensures precision in genetic information processing.
Exploring the biosecurity implications of CRISPR gene editing technology and its potential dual-use risks
Discover how a single amino acid change in the Gr5a gene dramatically alters trehalose sensitivity in fruit flies, shaping their taste perception and behavior.
Explore how zebrafish neural circuits generate complex behaviors through cutting-edge neuroscience research and revolutionary technologies.
Discover how C2'α-hydroxylation of deoxyribose reveals Z-form DNA's hidden structure and its biological significance in gene regulation and disease.
Discover how a tiny PIK3CA genetic mutation drives angiosarcoma, a rare vascular cancer, and learn about promising new treatment strategies targeting this oncogene.
Explore how next-generation sequencing is revolutionizing cancer diagnosis through minimal cytology specimens, enabling precision medicine with tiny tissue samples.
Discover how PASTE technology enables precise genome editing without DNA cleavage, revolutionizing genetic engineering with drag-and-drop DNA insertion.
Explore how CRISPR-Cas systems are revolutionizing the fight against drug-resistant bacteria through precision gene editing.