The Anatomy and Actions of the Knee

The knee joint is formed by the distal femur and the proximal tibia. The tibia is only relevant to the extent it adheres to connective tissue. In this article, we will explain the joint dissection. The knee joint is a hinged, non-articulated or freely movable joint. Also known as a synovial joint, the two articular ends of the bone are encapsulated in a capsule that lubricates the joint with synovial fluid and reduces friction. Each bone of the synovial joint has articular cartilage on the joint surface.

The knee is the largest joint in the body and is a compound ankle joint. The specific anatomical structure of the knee joint should be reviewed. Check knee discoloration, swelling, deformity and check whether it is sideways (knee inversion) or inner obtuse (knee outer). Also note that the knee bends backwards (recurrence of the knee) and the knee is fully extended (buckling contraction). The abnormality mentioned in previous exams is best to pay attention to the patient's standing posture.

In human anatomy, the lower limb is part of the lower limb between the knee and the ankle. The thigh is between the waist and the knee and forms the rest of the lower extremity. The term leg or "lower leg" is often used to describe all legs. This article follows general usage. Evolution provides two different features to the human body: specialization of upper limbs and development of lower limbs for visual guidance surgery is a mechanism particularly adapted to effective bipedal locomotion. Ability to walk upright is not unique to humans, but other primates can achieve this goal with a large amount of energy in a short time. However, human adaptation to bipedal walking is not limited to the legs, but also affects the position of the center of gravity of the body, the reorganization of body organs, the shape of the body and biomechanics.