Discover how Complementary Polymer Network bioinks are solving the biofabrication window problem in 3D bioprinting of soft tissues.
Explore how scientists are tackling the challenge of creating functional vascular networks in engineered tissues through angiogenesis research and advanced technologies.
Explore how bioinks - living inks containing human cells - are transforming tissue engineering and 3D bioprinting to address organ shortages and create personalized medical solutions.
Explore the revolutionary field of bone tissue engineering, where biology, materials science, and engineering converge to create living bone substitutes.
Discover how in-cell crystal engineering enables programming bacteria to assemble protein cages on crystal scaffolds for advanced biomedical and materials applications.
Exploring the revolutionary field of cardiac tissue engineering and scaffold materials that provide structural framework for heart cell regeneration.
Discover how scientists are using 3D bioprinting to create living bone grafts by optimizing mechanical stiffness and cell density for improved skeletal repair.
Explore how fungal chitosan is pioneering sustainable, biocompatible electronics that could transform medicine and environmental sustainability.
Explore how biomedical engineering is transforming healthcare in India through cutting-edge innovations in medical devices, diagnostics, and treatment technologies.
Research insights on berberine's role in autophagy modulation and its potential therapeutic applications in cardiovascular health.