What is bone resorption?

bone resorption is a process involving the disintegration of bone by specialized cells known as osteoclasts. It occurs on a continuous level inside the body, with a broken bone replaced by a new bone growth. As people age, the degree of resorption tends to exceed the level of replacement, leading to conditions such as osteoporosis. In addition, certain health conditions, such as hormonal imbalance, may cause bone resorption to increase, leading to increased susceptibility to fractures. Minerals enter the bloodstream where they are processed for recycling to build new bones or eliminate other physical waste. Osteoclasts decompose the bone in response to inflammation, illness and injury, remove damaged bones to be replaced by a new bone. The fastest than it can be restored. The bone becomes more porous and fragile and exposes people the risk of fractures. Depending on the location of the bone resorption, other problems such as the loss of teeth may also arise. Resorption speed can increase with abuse as can be seen whenPeople experience fractures and the bone shrinks, or astronauts who do not work their musculoskeletal systems, while they are as a result of zero gravity and experience losses in bone density.

The use of bone pressure can also contribute to bone resorption as it may fail to treat chronic inflammation and bone injury. In healthy individuals, the bones may be able to rebuild, but in people with chronic untreated conditions, the bones may thin and the fragility increases.

There are a number of ways to assess bone resorption. The blood test may reveal the presence of an unusually high number of minerals, indicating a high degree of bone loss. X -rays can reveal losses in bone density, as well as scanning of bone density, specially performed to find density losses. Physical examination can sometimes provide information about bone loss as seen when dentist koThey check patients with prosthesis for signs of jaw damage.

If the bone resorption is identified, the treatment options can be discussed. It can be possible to deal with the basic cause to stop the speed of bone loss and add supplements that help the patient's body build new bones. In other cases, treatment may be focused on supporting care for risks limited with bone density losses.