What is senile osteoporosis?

Senile osteoporosis is one of the two main types of osteoporosis. This disease is characterized by the loss of the body's ability to make vitamin D and the body failure to absorb calcium, leading to a loss of hard and spongy bones. Typically diagnosed by scanning the density of bonding, the treatment of this form of osteoporosis is supplemented by the body with vitamin D and calcium. The chances of developing this type of osteoporosis can be reduced not to be covered, limiting the use of alcohol and regular exercise.

There are two main types of osteoporosis; Type I, known as postmenopausal osteoporosis and type II, is known as senile osteoporosis. In the case of senile osteoporosis, the word "senile" concerns the age or form of osteoporosis that appears late in life around 70 years. The type II osteoporosis involves the disintegration of hard bone, called cortical bone and mushroom or trabecular bones.

This condition is due to a reduction in the production of vitamin D and calcium and the absorption of the body with age. Very late in life, usually after 70 years, kidneys of the body cannotMaking vitamin D. Decreased vitamin D concentration in the body limits the amount of calcium that can be taken. Low calcium levels cause the body parathyroid hormone to indicate the body and reabsorb bones and compensate for calcium deficiency. The result is a gradual eroding of hard and fungal bones, which increases the risk of bone fractures.

Type II osteoporosis is usually not observed until the patient breaks the bone. When a family history of senile osteoporosis is known, the doctor may order the annual scanning of bone density to monitor bone loss. Ultrasound or quantitative scanning of computer tomography can also identify exhausted bone density.

The treatment of this geriatric syndrome is to increase vitamin D and the calcium supplement to balance the lack of these two components. The replenishment will modulate the release of the parathyroid hormone and save the bone. Patients with senile osteoporosis are also recommended to reduce the risk of wearing flat, well -equipped shoes, using railings on the stairs andCleaning the clutter evoking autumn.

Senile osteoporosis is hereditary, so it is important that a young person who has a family history of type II osteoporosis will take steps to minimize his risks. This would include smoking termination or never started smoking and limiting alcohol consumption. Regular exercise will also reduce the risks of the development of senile osteoporosis.