What is the relationship between bones and the problem of Arthritis

There are four kinds of flat bones: the skull (occipital-parietal, frontal-frontal, nasal and vomer) and the thoracic (sternum) and ribs as well as the pelvis (ilium (ischium), and pubis). The function of flat bones is to protect internal organs, such as the heart, brain and pelvic organs. The flat bones are a bit hollow and are able to serve as protection. They also serve as an insulator.

The femur (the largest bone in the body) and the small bones of the fingers are among the longest bones. Long bones are crucial in supporting the body's weight and aiding in movement. Long bones are located mostly in the appendicular bone and include both lower limbs (the fibula, femur and fibula metatarsals, or phalanges), as well as bones in higher legs (the radius, ulnas and metacarpals as well as the humerus).


Irregular bone is unique in their structure and shape. They Check out don't belong to any other category (flat or long, short or and sesamoid). These bones often have complex forms, which shield internal organs. The spinal cord is protected by the vertebrae (irregular bones in the vertebral column). The organs of the pelvic cavity are protected by the irregular bones in the pelvis (pubis and ilium),


Sesamoid bone is a type of bone that is embedded in tendons. The small, round bone structures are common in the tendons at the hands, knees and feet. These bones shield the tendon from strain and wear. A sesamoid is the patella, which is commonly called the Kneecap.


Overview

Although the skeletal framework is commonly thought of as an inertial support system, it actually has multiple important functions. The skeletal framework can be used for motor and locomotion function, facilitates breathing, safeguards vital organs, produces Marrow-derived cells and plays an essential role in the process of homeostasis.


Bones can be fluid structures that evolve to adapt to the changing environment. There is so much change, in fact, that the skeleton of a young person's skeleton Read More will be completely different from theirs today after 4 years.

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