Explore how carbon-based nanomaterials are transforming biomedical applications in therapeutics, diagnostics, and tissue engineering with recent advances.
Discover how piezoelectric materials are transforming medicine through self-powered devices, targeted cancer treatments, and enhanced tissue regeneration.
Explore how convergence science is revolutionizing nanotechnology by integrating physics, biology, engineering, and computer science to solve previously impossible challenges.
Discover the universal patterns in core-shell nanoparticle formation and how these microscopic structures are revolutionizing technology from medicine to energy.
Explore how manganese-enhanced MRI and peptide nanofiber scaffolds are enabling unprecedented nerve regeneration and real-time monitoring of neural repair.
Explore how nanotechnology is transforming medicine through targeted drug delivery, improved diagnostics, and revolutionary treatments for diseases like leukemia.
Discover how filling carbon nanotubes with nano active metal species creates revolutionary materials with unique physico-chemical behaviors and applications in medicine, computing, and electronics.
Exploring the intersection of biology and nanoscience, where nanoscale tools are transforming medicine and biological research through advanced diagnostics and targeted therapies.
Explore how nanogels are revolutionizing drug delivery with their intelligent, targeted approach to treating diseases like atherosclerosis and fighting antibiotic resistance.
Explore how iron oxide-based magnetic nanoparticles are transforming biomedical engineering with targeted drug delivery, hyperthermia cancer treatment, and advanced diagnostics.