How are bones related to the issue of arthritis?

There are four types of flat bones that include the skull (occipital-parietal nasal and vomer) and the thoracic (sternum) and ribs, and the pelvis (ilium (ischium) and pubis). The flat bones protect internal organs like the brain, heart the pelvic, pelvic, and. The flat bones, which are slightly flattened, can serve as a shield. Large spaces of attachment can be provided by the flat bones of muscles.

The Femur (the most massive bone in our body) and the small bones of the fingers are among the largest bones. Long bones facilitate more movement and help aid in supporting the body's weight. Long bones are mostly located in the appendicular skeleton and comprise bones found in the lower limbs (the tibia, fibula, metatarsals, femur and phalanges) as well as bones that are located in the upper limbs (the humerus, radius, metacarpals, ulna, and the phalanges).


Irregular Bones vary in the shape and structure. Therefore, they cannot be classified into another category (flat or short, long , or sesamoid). They often have a complex shape that protects internal organs. The spinal cord is protected by Check out the vertebrae (irregular bones that form the vertebral column). Organs within the pelvic cavity are protected by pelvis bones which are not as straight (pubis Ilium, pubis, and Ischium).


Sesamoid, or bone that is embedded in tendons is called sesamoid. These round, small-sized bones are found in the tendon of the hands, knees, feet. They protect the tendons from wear and stress. The patella, commonly known as the kneecap, is an example of the sesamoid bone.


Overview

The skeletal system, although often viewed as a static support system is actually a moving organ with many functions. It lets us be mobile and perform our Check out normal activities, and protects vital organs, and creates cells that originate from the marrow. It plays an important role in homeostasis.


Bones are living structures that change constantly and are changing to adapt to the changing surroundings. They undergo so much transformation that in just four years bones of the young will appear completely different than today's.