Statistics show that bone mass gradually decreases with age. As a result, physicians are often concerned with bone health in individuals as they get older. Bone density tests can alert health care professionals of developing or advanced osteoporosis in patients. Similar to most other health conditions, early detection, patient education, and adequate maintenance is the key to living with osteoporosis.
In the initial stages of treatment, physicians may ask patients to describe routine activities and may try one of several medication treatment options. While this method of treatment is common, many individuals are not aware that metabolism and osteoporosis are directly correlated. In fact, it is normal for physicians to refer patients with bone density reduction to endocrinologists or metabolic specialists.
Scientifically, osteoporosis is classified as a metabolic bone disorder. A bone strength disorder characterized by a lack of bone density, osteoporosis is studied by endocrinologists who seek to identify calcium and phosphorus deficiencies. By identifying the source of metabolic-induced deficiencies, endocrinologists can develop a treatment plan that may include bisphosphonate infusions, nutritional changes, and strength training.
Interestingly, metabolic bone diseases cannot be treated or maintained until the underlying causes are identified and treated. Not only is osteoporosis a disease in itself, but it can also be attributable to other metabolic bone conditions. For example, osteoporosis may be a causal factor of Cushing's disease and may also be intensified in individuals who have multiple sclerosis, or MS.
Not only can metabolic bone diseases be difficult to treat, but they can also be extremely painful. Hard knobs in long leg bones, vertebral bumps, and swelling of the lower jaw are all characteristic of patients who have this type of condition. Visible signs of metabolic bone disorders may include jerky movements, shakiness, and twitching of leg muscles when at rest.
Proper maintenance of the aforementioned conditions can be enhanced with help from an endocrinologist, who understands how vital nutrients are absorbed within the body. These nutrients can aid in slowing the progression of MBD and alleviate certain symptoms. In fact, most of these disorders are a result of an imbalance in Vitamin D3. Ingesting foods that are rich in bioavailable Vitamin D3 can affect metabolism on a large scale and can reduce troublesome symptoms of MBD. The endocrine system aids in integrating Vitamin D3, calcium, and phosphorus into states which are useful to the human body. As one can imagine, this is an essential function to control for individuals with an MBD.
Though many medications, such as Alendronate, are effective in treating bone disorders, one of the most powerful solutions for MBD is consuming a balanced diet and maintaining a focus on strength training. This allows individuals to prevent farther bone density loss and build muscle mass to make up for the pre-existing effects of MBD.