The Knee Joint Anatomy

Damage to any structure of the knee anatomy will impact normal movement of the leg. The range of motion of the knee is limited by the anatomy of the bones and ligaments but allows around 120 degrees of flexion.

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The knee is the joint where the bones of the lower and upper legs meet.

The knee joint anatomy. The knee joint is the largest joint in the human body. The smaller bone that runs alongside the tibia fibula and the kneecap patella are the other bones that make the knee joint. It is designed to support the full weight of the body allowing us to stand walk run or dance with ease grace and fluidity.

The largest joint in the body the knee moves like a hinge allowing you to sit squat walk or jump. Ligaments are tough fibrous connective tissues which link bone to bone made of collagen. The knee consists of three bones.

The knee joins the thigh bone femur to the shin bone tibia. Femur the upper leg bone or thigh bone. In knee joint anatomy knee ligaments are the main stabilising structures of the knee preventing excessive movements and instability.

As the knee is a synovial hinge joint its function is to permit the flexion and extension of the lower leg relative to the thigh. There are two joints in the kneethe tibiofemoral joint which joins the tibia to the femur and the patellofemoral joint which joins the kneecap to the femur. Tendons connect the knee bones to the leg muscles that move the knee joint.

The knee is one of the largest and most complex joints in the body. The knee joint is a synovial joint which connects the femur our thigh bone and longest bone in the body to the tibia our shinbone and second longest bone. The knee is also a very common area for injury.

Tibia the bone at the front of the lower leg or shin bone.

Knee Joint Anatomy Artwork Stock Image C009 0490