Discover how microscopic diatoms are transforming nanotechnology with their intricate silica structures, offering sustainable solutions for medicine, environmental monitoring, and advanced materials.
How scientists are turning soft, water-filled gels into durable tissues for healing the human body through high-strength, cell-laden hydrogels.
Discover how silk bandages and biological glue are revolutionizing spinal disc repair through innovative biomaterial engineering.
Discover how the catalase gene is transforming industrial biotechnology by enhancing microbial production of biomaterials through oxidative stress reduction.
Explore how bioengineering is transforming medicine through tissue engineering, AI-guided surgery, and innovative biomaterials.
Discover how fibrin-PVA interpenetrating polymer networks are revolutionizing small-diameter vascular grafts with enhanced mechanical properties and biological compatibility.
Exploring biomineralization - nature's process of transforming biology into functional minerals with applications in medicine, environmental engineering, and materials science.