Anatomy and Physiology of Joints Quiz

Acts as a lubricant, reducing friction and enabling smooth movement between joint surfaces.

Provides lateral stability to the ankle joint; often injured during excessive inversion.

Allows limited movement in multiple directions, facilitated by flat articulating surfaces.

Acts as a cushion and stabilizer between the femur and tibia, aiding in load distribution.

Allows movement in two planes, resembling the rider sitting in a saddle.

Offers a wide range of movement due to its spherical head fitting into a cup-like socket.

Aids in shock absorption, stability, and load distribution within the knee joint.

Reduces the angle between bones, typically occurring in a sagittal plane.

Allows rotation around a central axis, common in the neck and forearm.

Moves a body part toward the midline of the body, typically occurring in the frontal plane.

Held together by dense connective tissue, providing minimal movement and maximum stability.

Covers the ends of bones, providing cushioning and reducing friction during movement.

Attach muscle to bone, transmitting force from muscle contraction to produce joint movement.

Restrains excessive forward movement of the tibia, preventing hyperextension of the knee.

Absorb shock, distribute pressure, and allow movement between adjacent vertebrae.