Pages 8 (2008 words)
Basically, the axial skeleton functions as a protective case for the internal organs of the central nervous system, which is protected by the skull and the spinal column, and the heart, which is protected by the rib cage and the breastbone (“Axial and Appendicular Skeleton” 2013). …
The appendicular skeleton, on the other hand, as the name implies, consists of the appendages, which include the upper limbs and the lower limbs. The upper limbs include the humerus, the radius and ulna, and the carpals and metacarpals. The lower limbs include the femur, the tibia, the fibula, the tarsals, and the metatarsals. Other components of the appendicular skeleton include the shoulder girdles, consisting of the scapulae and the collar bones, or clavicles, and the pelvic girdle, made up of the coxal or hip bones, which include the ilium, ischium and pubis. The appendicular skeleton functions for helping the various joints of the body perform better and make the body run in a smoother fashion. The appendicular skeleton too functions for movement, locomotion and the performance of any tasks done by the arms, hands, legs and feet (“Axial and Appendicular Skeleton”).
Detailed Functions of the Skeleton
The functions of the skeleton include providing support for soft tissues, production of red blood cells, storage of minerals and lipids, and coordination of the muscular system to effect movement and support for the body, in order to carry out the will of the individual concerning any activity that requires physical movements (“The Skeletal System” 2013). As for support and physical movement, the structure of the bone in the form of a tubular shape with a hard and dense circumference and a hollow center is the one that efficiently and effectively affords maximum support for the body.