As women age, their bones change. At DeKalb Medical in Atlanta, an osteoporosis screening may lead to a diagnosis of osteoporosis, which means bone mass or density is lost, resulting in pain or an increased likelihood of fractures. Osteoarthritis symptoms include joint that become stiffer and less flexible as fluid in the joints decreases and the cartilage begins to rub together and erode.
Osteoporosis, the most common type of bone disease, is the thinning of bone tissue and loss of bone density over time. An estimated 10 million Americans have osteoporosis, and another 18 million have low bone mass, or osteopenia, which may eventually lead to osteoporosis if not treated. Many women can benefit from osteoporosis screening, as researchers estimate that about one out of five American women over the age of 50 have osteoporosis. About half of all women over the age of 50 will suffer a fracture of the hip, wrist, or vertebra (bones of the spine).
Minerals may deposit in some joints (calcification). This is common in the shoulder. Hip and knee joints may begin to lose structure (degenerative changes). The finger joints lose cartilage and the bones thicken slightly. Finger joint changes are more common in women and may be hereditary. Some joints, such as the ankle, typically change very little with aging. Many of these bone changes can lead to osteoarthritis and diagnosis of osteoporosis.
DeKalb Medical’s team of experts provides osteoporosis screening and osteoporosis treatment for symptoms to help:
In Atlanta, osteoporosis treatment at DeKalb Medical includes:
For women in Atlanta, osteoporosis treatment also is provided through DeKalb Medical’s Comprehensive Rehabilitation Solutions for Women program. Atlanta osteoporosis treatment may include physical and occupational and is designed to help patients attain their maximum potential for reducing pain and inflammation while improving deficits such as strength, balance, endurance and joint range of motion. A healthy diet is an important way to prevent diagnosis of osteoporosis.