Explore how polyphosphazenes, with their unique phosphorus-nitrogen backbone, are transforming biomedical applications from drug delivery to tissue engineering.
Explore the rare but serious phenomenon where VDD pacemakers can inadvertently trigger ventricular fibrillation through R-on-T pacing.
Discover how the inflammasome regulates HMGB1 immunogenic activity and controls inflammation in this engaging scientific exploration.
Discover how nature-inspired nanosorters, modeled after the cell's nuclear pore complex, are revolutionizing protein purification in biotechnology.
Explore materiomics - the revolutionary science studying biological protein materials across scales from nano to macro, revealing nature's design principles for advanced materials.
Explore how engineers are transforming biology through synthetic biology, CRISPR technology, and interdisciplinary approaches to solve complex biological challenges.
Explore how gene therapy is transforming bone regeneration through innovative approaches that program the body to heal itself from within.
Explore how protein drugs are transforming medicine with unprecedented precision, from monoclonal antibodies to cutting-edge delivery systems and AI-driven design.
Explore the fascinating world of cytokines - the master regulators of your immune system and their crucial role in modern medicine.
Exploring artificial life research from foundational concepts to recent breakthroughs in creating self-replicating chemical systems.