Piezoelectric Hydrogel Turns Muscle Motion Into Signals That Rebuild Bone in Osteoporosis
A sandwich-structured PVDF and silk fibroin hydrogel laced with MXene converts everyday mechanical stress into electrical stimulation, tipping the bone-fat ...
A sandwich-structured PVDF and silk fibroin hydrogel laced with MXene converts everyday mechanical stress into electrical stimulation, tipping the bone-fat ...
Machine-learning optimization led to three printed silk fibroin ionic conductors that generated distinct spatial resistance patterns during cyclic joint flexion.
Researchers have created a bioresorbable, metal-free molecular magnet from graphitic carbon nitride that enables continuous wireless organ monitoring in animal ...
A self-reinforcing injectable hydrogel converts body movement into electrical signals that trigger calcium-dependent histone acetylation and accelerate bone regeneration in ...
Researchers at Tianjin University have created a bio-inspired hydrogel that uses everyday temperature changes to generate stain-removing radicals and kill ...
Researchers have coated basalt fibers with silk fibroin nanoparticles, acid dye, and a PDMS layer to create vividly colored, hydrophobic ...
Scientists have created silk fibroin hydrogels coated with titanium dioxide nanofibers containing silver nanoparticles that show strong antibacterial activity against ...
Researchers converted waste silk fibroin into a magnetic lanthanum bio-hybrid that captures phosphate from real wastewater with record capacity, high ...
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© 2025 Scienmag - Science Magazine