Subtle but vital rotation that occurs specifically when the knee is in a flexed (bent) position.
While we often think of the knee as a simple hinge, its movement is far more complex: The primary back-and-forth movement. Download Biomecanique genou
To keep these movements controlled, a sophisticated system of ligaments—including the —acts as the joint’s "emergency brakes," preventing excessive shifting. Why Biomechanics Matter for Injuries Subtle but vital rotation that occurs specifically when
The knee isn't just one joint; it's a sophisticated system involving three bony structures—the femur, tibia, and patella—that work across two primary articulations: Why Biomechanics Matter for Injuries The knee isn't
Allows the kneecap to glide during movement.
Because the surfaces of these bones don't naturally fit perfectly together, the knee relies on specialized structures for stability and shock absorption. The , crescent-shaped fibrocartilage, act as crucial shock absorbers that distribute weight and help the bones glide. Degrees of Freedom and Stability
The human knee is a marvel of biological engineering. As an intermediate weight-bearing joint, it must balance two seemingly contradictory roles: providing rock-solid stability when we stand and allowing fluid, complex mobility when we run or jump. Understanding the "Biomécanique du Genou" (biomechanics of the knee) is essential for athletes, physical therapists, and anyone interested in joint health. The Core Components of Knee Movement