What are the ties between Arthritis and bone problems?

Flat bones are found within the skull (occipital and frontal, nasal and frontal lacrimal and vomer) as well as the chest (sternum, ribs and the sternum) as well as the pelvis(ilium pubis, ischium, and ilium). Flat bones are designed to shield internal organs such as the heart, brain, and pelvic. The bones that are flat may be flattened and provide protection like a shield. But, they can also offer large areas of attachment for muscles.

The femur is the longest bone you have, as well as the smaller bones of your fingers are both bones. Long bones are used to help support the body's weight and allow for movement. The appendicular bone skeleton home to the majority of long bones. They include the phalanges, radius, ulna , and metacarpals in the lower limbs, as well as the tibia and fibula in the femur.


Irregular Bones have irregular shape and form. They cannot be classified in any other category (flat or short, long or sesamoid). These bones typically have complicated shapes, which protects internal organs. The spinal cord is for example, protected by the vertebrae. Organs within the pelvic cavity are protected from pelvis bones which are not as straight (pubis Ilium, pubis Ischium).


Sesamoid bones are bone fragments that are that are embedded in the tendons. These small round bones are usually located within the tendons of the hands, knees, as well Check out as feet. The small round bones are utilized to shield tendons from stress and wear. The patella, often referred to as the kneecap is a prime example of a sesamoid bone.


Overview

While the structure of the skeleton is considered to be a support structure that is static, however, it serves a variety of vital functions. They permit us to breathe, control our body's temperatureand produce Marrow-derived cells, and play a vital role in the homeostasis process.


Bones are dynamic structures which are constantly changing and remodeling as a result of the ever-changing environment. The theory Click here is that the rate of bone turnover is so fast that within four years, the skeleton of a person may be completely different to the one they possess in the present.

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