Bone Physiology Of Osteoporosis

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Bone physiology is the normal process of the bone to continuously breakdown and remodels themselves. The bone remodeling cycle begins when the osteocytes determine which part of the bone needs to be remodeled and send out signals to osteoclasts to reabsorb the bone. Along with the osteoclasts, the osteoblasts follow behind osteoclasts forming new bone reshaping as it goes in order to accommodate the current stresses on the body. The two types of bone tissue are the spongy bones and the compact bones. The compact bones support the whole body and are the outer part of the bone, whereas the spongy bones are located inside of the compact bone and are used to support the body structure. Calcium is stored in compact bone in high quantities, but very little is stored in the spongy bone.
2. The relationship between calcium and bones is that calcium is one of the minerals that make up the bones. …show more content…

As the osteoclasts are busy reabsorbing parts of the bone normally the osteoblasts would be going behind them to replace the reabsorbed bone. In osteoporosis, the osteoclasts are continuing to do their job reabsorbing bone, but the osteoblasts are unable to keep up with them causing the bones to become brittle. The bone matrix itself remains intact, but the bone mass declines and the bones become porous and light. With the bones becoming more brittle, the possibility of a fracture increases, especially the neck of the thigh bone. If a fracture does occur, it can take longer or require surgical intervention to heal.
5. Scientists know that genetics play a role in who will develop osteoporosis. Being female, especially post-menopausal, is one of the well know genetic risk factors for developing osteoporosis. Others include either being Caucasian or Asian, having a small body frame, low body weight and a family history of maternal

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