Osteophytosis is a condition characterized by the formation and presence of bone spurs or osteophytes. These are outgrowths of bone tissue around damaged and injured joints that result from the wear and tear associated with osteoarthritis and often develop along the edges of bones.Know More
Osteoarthritis is a degenerative disease of the joint cartilage that is characterized by joint pain and discomfort. Osteoarthritis causes the cartilage at the end of the bones to break down, which leads to a loss of cushioning and support. Once this occurs, osteophytes often form, which increase the surface area of the bone and may be an attempt by the body to better distribute the weightbearing function. In severe cases, however, osteophytes may cause additional pain.
Although any bone can develop osteophytes due to overuse or osteoarthritis, osteophytosis is common in regularly used joints such as the hips, shoulders, spine, knees and hands. In the spine, osteophytosis can be a sign of spinal degeneration, and any associated pain generally indicates spinal nerve impingement. Osteophytes often go undetected for years because many of these bony projections are asymptomatic. Most patients only seek treatment if pain develops or worsens. Due to this lack of symptoms, many osteophytes are diagnosed during X-rays for other conditions.Learn more about Bones
Bone spurs are typically smooth protrusions of extra bone growth, explains WebMD. Bone spur appearances vary depending on their location. Heel spurs may resemble small spikes, similar to canine dewclaws, while spine bone spurs often look like knobby ridges, according to Mayo Clinic.Full Answer >
The human skull never stops growing and it continues to develop throughout a person’s life. The skull does not only grow larger, it also shifts forward.Full Answer >
The lateral bone in the leg is the fibula. It is a long, thin bone that sits parallel to the tibia. The fibula is responsible for providing stabilization of the ankle and support for the lower leg muscles.Full Answer >
The knee joint connects the shin bone to the thigh bone, according to WebMD. Ligaments connected to the bones in the knee provide stability and prevent the shin bone and thigh bone from sliding. Tendons connect the muscles that help the knee joint move. Cartilage in the knee absorbs shock between the knee bone and shin bone, and sacs filled with fluid help the knee move easily.Full Answer >