Bones in the human body are composed of the inorganic compound referred to as bone mineral, and bone density pertains to the mineral mass per unit volume, lower mass being unfavorable. Thus, bone density is an indicator of osteoporosis, which is, in other words, bone loss associated with old age. Osteoporosis, however, affects one's quality of life, posing an increased fracture risk. Fortunately, it can be remedied with medications, notably the use of strontium to influence bone growth.

Lifestyle has an effect on bone density in that bone loss results from the lack of needed stimulus for bone maintenance. Prolonged inactivity leads to a significant decrease in bone mineral mass even in the early thirties whereas excessive exertion instigates erosion of the cartilage and surrounding bone mass sooner or later. Chronic alcohol intake and chain smoking have long been tied to bone loss. Malnutrition and Vitamin D deficiency contributes to the slow repair of damages to bone tissues.

Historical Use of Strontium

Isolated by Sir Humphrey Davy, strontium was originally called strontites when it was discovered decades earlier in the town of Strontian, Scotland by a group of academicians. In the latter part of the 20th century, it was linked to dairy products from cows that ought to have consumed high amounts of strontium present in grass. Later studies showed that individuals who had added these dairy products to their diet had strontium incorporated into their bone structure, including the teeth but showed no confirmable adverse effects.

Osteon and Bone Remodeling

To understand how effective strontium is, having a look at of how our body creates and manages bone tissues is important. There is a process called bone remodeling that takes place in our body while we live, and up to 10 per cent of the total bone mass is subjected to this process at any given time. This is the reason why the amounts of bone tissues vary from one time to another, peaking in the late twenties in general.

Osteon is the core component of the compact bone, the part that undergoes continued remodeling throughout our lifetime. Osteon comprises a region that is broken down into calcium minerals and released to the blood. This region is replaced by new bone tissues by absorbing minerals from the blood, calcium salts in particular. The former process is called bone resorption, the latter bone formation; these are the two processes that constitute bone remodeling.

Bone Density and Strontium

Bone loss arises when there is an imbalance between the two largely owing to an unmitigated bone resorption resulting from years of inactivity. Strontium is of special note in treatment of osteoporosis inasmuch as it can be used to stimulate bone formation and, at the same time, inhibit bone resorption, leading to a stabilized bone remodeling and increased bone density. With a series of medical studies that span over fifty decades, strontium has shown no known clinical signs of harmful effects. No wonder medical groups and health professionals advocate its use.

If you are looking for stronger bones, look to strontium as your much needed bone support formula.