Discover how GLP-1RA weight-loss drugs like Ozempic communicate with stem cells, inhibiting fat formation through microRNAs and GDF11 protein regulation.
Explore how the GATA2 +9.5 enhancer regulates blood cell formation and its role in genetic diseases and precision medicine.
How scientists are building the body's most complex communication networks to heal devastating injuries through tissue engineering.
Discover how QμickBeads™ technology is transforming stem cell isolation through innovative magnetic capture and release techniques.
Discover how biological strategies like RGD peptides and BMP-2 are revolutionizing orthopedic implants for better bone integration and healing.
Explore how 3D nanofibrous scaffolds are revolutionizing tissue engineering by mimicking nature's extracellular matrix for regenerating bones, nerves, and soft tissues.
Explore the groundbreaking scientific discoveries recognized by the 2010 Sanofi-Cell Research Outstanding Paper Award in immunology, Alzheimer's research, and neural development.
How discarded tonsils are becoming the building blocks for healing our most stubborn injuries through tenogenic differentiation of mesenchymal stem cells.
Explore how John William Daly's work with batrachotoxin from poison dart frogs revealed fundamental mechanisms of nerve communication through sodium channels.
Exploring the legal and ethical framework governing genetic research and commercialization in Croatia, with insights into key studies and future directions.