Biphosphates to Treat Osteoporosis and Back Pain
Osteoporosis is a loss of bone mineral density in our bones, due to changes in hormone levels, advancing age, and as a secondary effect due to disease. The loss of bone mineral density may cause the humpback curve of spines that you see in elderly males and females. The hunched over back is the result of an abnormal curvature of the thoracic spine - also known as kyphosis. The best treatments for the weakening of the bones are associated with prevention, as it is difficult for associated conditions such as compression fractures of the vertebral spine to fully heal themselves. Prevention of osteoporosis may include hormone replacement for postmenopausal osteoporosis, supplement replacement, a diet rich in the building blocks of bones, and exercise. A Loyalty to a prevention program for osteoporosis may be successful at slowing down bone density loss or even reversing its effects.
The Composition of Bones: The bones of our body are not simply there to provide the framework of our body and to protect out vital organs. The bones are organs themselves and are responsible for our bone marrow, and the production of our white blood cells, red blood cells, serum, and platelets. The bones are also responsible for the regulation of many of the components of our blood. The bones work to maintain the composition of various elements and chemicals by through absorption and secretion minerals in its tissues. Without this process, the other tissues of the body would not be able to get the minerals they maintain many body processes. The bones lose minerals through a process called osteoclastic activity. The bones remodel themselves, increase their density, and grow through a process called osteoblast activity. The endocrine system, which is composed of glands that release hormones such as estrogen and progesterone, is responsible for balancing these two processes to maintain the mineral density and strength of our bones. The composition of the bones is osseous tissue, formed by mostly calcium phosphate, which forms a light but strong structure due to its chemical composition and the arrangements of cells. The main chemical components of bones - Calcium and Phosphate are important elements important for such functions as the production of ATP, which is our main source of energy in the human body.
The bones in the body release and absorb minerals such as Calcium and Phosphate as needed by the body, and this system is usually excellent at maintaining a proper balance until males and females reach the elderly age (75) or females approach menopause. When women approach menopause, the their hormone levels, such as estrogen and progesterone, decrease, and the rate of bone mineral loss begins to outpace the rate of bone mineral absorption. When this happens, the person may be at an increased risk of osteoporosis. Osteoporosis is the loss of bone the mineral density of bones as well as the structural integrity of the bones. Postmenopausal osteoporosis is the most common form of osteoporosis. Other causes of osteoporosis are advancing age, other hormone disorders, smoking, and medications. Medications with corticosteroids as their active ingredient may advance the rate of bone mineral density loss.
Biphosphates to Treat Osteoporosis and back pain: Biphosphates are the most common supplements or medications used to treat osteoporosis. The most commonly prescribed biphosphates are ibandronate (Boniva), risedronate (Actonel), and sodium alendronate (Fosamax).