A bionic knee that directly attaches to the thigh bone and uses implanted electrodes can make a prosthetic leg feel more like ...

A new bionic knee that connects directly to bones and muscles may help above-the-knee amputees walk and climb more easily.

Researchers at MIT have developed a bionic knee that redefines mobility for above-the-knee amputees. Unlike traditional ...

For decades, above-the-knee amputees have had to live with stiff, uncomfortable prosthetics that felt more like rigid tools ...

The bionic knee connects to bone and muscle. It helps users walk, climb, move, and feel like the leg is part of their body.

Researchers at the Massachusetts Institute of Technology (MIT) have developed a method to restore astoundingly natural ...

MIT researchers have introduced a groundbreaking bionic knee designed to significantly improve mobility for people with above ...

When you feel your knee is giving out, meaning that suddenly the knee feels unstable, it is usually due to a ligament injury. A ligament is a short, tough band of tissue that connects two bones ...

MIT researchers have built a bone-anchored bionic knee that lets above-knee amputees walk faster, climb stairs and clear ...

They connect muscles to bones in your shoulder, elbow, wrist, knee, heel, and so on. The Achilles tendon in your heel is the largest one in your body. It attaches your calf muscle to the heel bone.

Your kinetic chain is essentially the interconnected network of muscles, ligaments, tendons and bones that make your body, from the top of your neck down to your toes. Kinetic literally means ...