Discover how zein, a corn-based protein, is challenging the status quo in tissue engineering and offering a sustainable, ethical alternative to animal-derived materials.
Explore the revolutionary world of hydroxyapatite hybrid composites - nature-inspired biomaterials that combine strength, bioactivity and regeneration capabilities for medical applications.
Explore the cutting-edge science behind creating artificial blood vessels through surface modification and endothelialization techniques.
Discover how marine-inspired materials are transforming bone tissue engineering with chitosan-hydroxyapatite-marine sponge collagen composites.
Discover how double network poly(acrylic acid) hydrogels combine strength and flexibility for revolutionary biomedical applications.
Explore how silk is transforming from luxury textile to revolutionary material in medicine, electronics, and sustainable technology.
Explore how silver nanoparticles are transforming bone tissue engineering, offering new hope for patients with complex fractures and bone degeneration.
Explore how scientists are engineering hybrid protein-RNA nanostructures to create advanced biomaterials for medicine and technology.
Discover how scientists are using EGCG from green tea to create superior hydroxyapatite for bone regeneration and dental implants.
Discover how adhesive hydrogels are revolutionizing medicine with their biocompatible, water-based adhesive properties for sealing tissues and healing wounds.