HOW IS ARTHRITIS RELATED TO BONES?

How is Arthritis related to bones?

How is Arthritis related to bones?

Blog Article

There are flat bones in the skull (occipital parietal, frontal, nasal, lacrimal, and vomer) and the thoracic cavity (sternum and the ribs) as well as the pelvis (ilium and pubis). pubis). The role of these bones is to safeguard internal organs, such as the brain, heart, and pelvic organs. Flat bones, that are slightly flattened, protect the body like shields. The large areas of attachment can also be created with flat bones to support muscles.

The long bones, which are longer than they are wide, comprise the femur (the longest bone within the body) as well as small bones within the fingers. Long bones are important for supporting the body's weight and facilitating movements. The appendicular bone skeleton the mainstay of long bones. These include the phalanges, the radius, ulna and metacarpals in the lower limbs as well as the fibula and tibia of the femur.


Irregular Bones are irregular in shape and form. This means they can't be classified into any other Read More category (flat or long, short or sesamoid). These bones typically have complicated shapes, which protects internal organs. For instance, the spinal column is secured by verbrae that are irregular bones found in the vertebrae column. The organs in the pelvic cavity are shielded by the irregular bones of the pelvis (pubis and the ilium),


Sesamoid bone is a type of bone that have been embedded in the tendons. These round, small bones are often found in the tendons of your hands, knees, or feet. The sesamoid bones protect the tendons from strain and injury. A sesamoid bone is the patella, which is also known as the kneecap.


Overview

Although it is often seen as a static support system however, the skeletal system is actually dynamic and has many functions. Read More These include providing us with our human form movement, locomotion and protection of vital organs, the production of marrow-derived tissues and playing an important function in the homeostasis process.


Bones are dynamic structures which are constantly changing and remodeling in order to adjust to the changing surroundings. So much turnover actually that in four years the skeletons for young people will appear completely different than the ones of today.

Report this page