There are flat bones in the skull (occipital, parietal, frontal, nasal, lacrimal, and vomer), the thoracic cage (sternum and ribs), as well as the pelvis (ilium, ischium, and pubis). The flat bones protect internal organs like the brain, heart, pelvic, and pelvic. Flat bones may be somewhat flattened and provide protection like a shield. However, flat bones can also offer large areas of attachment for muscle.
The femur, the longest bone in your body, and the smaller bones that are found in your fingers are also long bones. Long bones are important in supporting the body's weight and aiding in movement. Long bones are typically found in the appendicular Skleton. They include bones in the lower limbs (such as the tibia (femur) metatarsals, phalanges and phalanges), and bones in upper limbs such as the radius, ulnas, metacarpals and the humerus.
Bone shapes and structures that are irregular are different, so they don't fit in any other category (flats shorts, shorts, sesamoids, etc.). Because they're often complicated they help protect internal organs. For instance, the spinal column is secured by verbrae which are bones that are not normal found in the column of vertebrae. The organs of the pelvic cavity are protected by the bones that are irregular in the pelvis (pubis and the ilium),
Sesamoid bone is a type of bone that is that are embedded in the tendons. These tiny round bone structures are found in muscles of the knees, hands, and feet. Sesamoid bones guard the tendons from stress and damage. Sesamoid bones include the patella (also known as the kneecap).
Overview
The skeletal system, though typically thought of as a static support system is actually a living organ that has many roles. It Click here lets us move and function normally, it Check out protects vital organs, and creates cells that originate from the marrow. This plays a critical role in homeostasis.
Bones are dynamic structures which are constantly changing and remodeling as a result of the constantly changing environment. It is a fact that there is such a movement in bones that in 4 years , the bones of the young will be completely different to their current skeleton.