There are flat bones in the skull (occipital, parietal, frontal, nasal, lacrimal, and vomer), the thoracic cage (sternum and the ribs), and the pelvis (ilium, ischium, and pubis). The flat bones are made to protect internal organs, such as the heart, brain, and the pelvic. They are somewhat smooth and serve as a protective device. They can also function as a shield.
The long bones are larger than their width and include the femur (the most important bone in the human body) as well as the smaller bones of the fingers. Long bones function to help support the weight of the body and facilitate mobility. Long bones are found in the appendicular skeleton and include bones in the lower limbs (the tibia, fibula, femur, metatarsals, and the phalanges) and bones in the upper limbs (the humerus, radius, metacarpals, ulna, and phalanges).
Irregular Bones are irregular in the shape and structure. Therefore, they cannot be classified in any other category (flat or short, long , Check out or sesamoid). They usually have a complicated shape that can help to protect internal organs. For instance, the spinal column is protected by the verbrae that are Treatment irregular bones found in the vertebrae column. The pelvic organs cavity (pubis Illium and Isium) are protected by irregular bones within your pelvis (pubis Ilium and Isium).
Sesamoid bone is a type of bone that have been embedded in tendon. These small, round bones are found within the tendon in the feet, knees, and hands. Sesamoid bone functions to protect tendons from stress and wear. The sesamoid bone is also known as the patella, also known as the kneecap.
Overview
The skeletal system, although commonly thought of as a static structure is actually a moving organ that has many roles. It lets us be mobile and perform our normal activities, and protects vital organs, and creates marrow-derived cell. This plays a critical role in homeostasis.
Bones are dynamic structures that they are constantly changing and changing in response to the ever-changing world. According to some, bone turnover is so high that in four years, the skeleton of a person may be completely different to the one they possess in the present.