What is endochondral ossification?
endochondral ossification is a process where the bone replaces cartilage. It occurs during the development of the fetus and during childhood as the bones of the body grow. When people experience fractures, endochondral ossification is part of the healing process, the body first creates a cartilage known as Kalus and later replaces it with bones. This method for bone creation relies on the replacement of a model made of cartilage with a fully ossified bone.
The process begins in the middle of a bone with a small cluster of bone cells. These cells are prolonged, allowing more bones to produce and creating a mineralized matrix. The cartilage begins to weaken and the cells form a bone collar on the outside of the bone to support it while endochondral ossification. Blood vessels grow from the outside and stretch the bone collar and give fresh blood to the developing bone. Endochondral ossification begins to replace it. Bones are not completely formed, because they still need room for growth. Children have cartilage deposits at the ends of long bones to allow themIly fully develop, and over time, these growth plates, as they are known, will begin to ossify. This may not happen completely until people reach their 20 years and their bodies are fully grown.
People at their mature height can still experience endochondral ossifications in fracture treatment. If the doctor sets the fracture correctly, the body begins to produce cartilage at a place before it slowly replaces it with bones. The doctor can use X -rays to monitor the treatment procedure and make sure the bone is developing properly. Not accepting the cartilage callus is a reason for concern, because the bone cannot develop if it does not have a framework for starting growth.
The body needs a lot of oxygen and nutrients a protection process. Proper nutrition is the key to preventing problems such as weak bones, which can become a problem later in life. If people are healing out of fractures, they can use physical therapy to keep muscles and ligaments in the cloudSti healthy to support the bones after healing. There will be some residual weakness, while the body slowly works on the treatment of a fracture site and the history of fracture will always be visible in the bone.