Scientists convert wool waste into bone repair material that outperforms expensive collagen, creating better-aligned healing and sustainable healthcare solutions.

Researchers from Xinjiang University’s School of Intelligent Manufacturing, led by Professor Hai Jizhe, have unveiled an exciting advancement in the field of bone tissue engineering: radial-gradient ...

Bone implants often fail to fully integrate with surrounding tissue, limiting their effectiveness in regeneration. A natural but often overlooked cellular process could hold the key to better outcomes ...

Cropped shot of a female doctor showing result of radiography on digital tablet to patient and giving diagnosis. Doctor talking to patient about medical treatment after surgery. This story is part of ...

What if the next time you broke a bone, you didn’t need screws, plates, or invasive surgery to heal? Imagine a medical adhesive so powerful it could bond fractured bones in minutes, yet gentle enough ...

Bone stimulators are devices that use electrical currents, magnetic fields, or ultrasound to encourage bone growth in fractures that are slow to heal. Research shows they can ease pain and lower the ...

UD engineer Michael Hast leads an NIH-funded effort to identify impaired bone healing earlier with MRI-based computer models Healing a broken bone can take months, and knowing whether recovery is on ...

Diagram illustrating how elevated ApoE from the aged liver disrupts Lrp4–β-catenin signaling in bone marrow stromal cells, suppressing osteoblast differentiation and bone repair. Neutralizing ...