Bone is living, growing tissue. Throughout life, our bodies are breaking down old bone cells and rebuilding new bones in a continuous cycle (bone remodeling). We gain bone by building more bone cells than we lose.After about age 40, however, this balance is typically reversed, with bone loss occurring at a much faster rate than is replaceable, leaving our bones brittle and leading to osteoporosis with increased risks of fracture, particularly of the hip, spine, wrist and shoulder.

Osteoblasts and osteoclasts are types of cells the human body uses to repair broken bones. Osteoclasts break down old bone tissue allowing osteoblasts to replace it with new material. Together, these cells facilitate bone mending and bone growth. However, as we age osteoblast slows down and bone mineral density continues to decrease, making our bones more susceptible to fracture.

Losing more than 25% of bone mass is enough for a clinical diagnosis of osteoporosis. In the US, 1/3 of women and 1/4 of men have the disease, with the figure increasing each year. What may be the cause of all this?

Bone metabolism is controlled by the interaction of a number of hormones.

Hormonal imbalance can wreak havoc on bone metabolism. SAC helps triggering hormones to maintain bone metabolic balance, by signaling pituitary hormones to trigger the release of thyroid and parathyroid hormones.

Inactive calcium molecules such as protein-bound calcium do not know where to go.

SAC navigates calcium to reach its ultimate destination – the bone. SAC calcium will not be deposited in the wrong places such as the kidneys or blood vessels.

About 50% of calcium in our blood is inactive.

SAC’s ionization process activates inactive calcium molecules to be used in bone building by stimulating the secretion of thyroid hormone (TH), which is responsible for depositing minerals in our bones.

Without any side effects, SAC calcium considerably aids in the prevention and treatment of osteoporosis, thereby reducing fracture risks by significantly improving bone mineral density.

Within a relatively shorter period of time, SAC helps to deposit other essential minerals from one’s diet into the bone along with calcium for healthier bones.

Physicians typically recommend prescription medications for the treatment of osteoporosis, but these drugs are notorious for their dangerous side effects.

These drugs are designed to “increase” bone density by retaining dead bone mass through the inhibition of osteoclasts, the cells that are responsible for natural bone resorption, which provides calcium for our body’s needs.

Our body takes calcium from bones – even at the risk of bone fractures, because of calcium’s urgent and crucial role in healthy cell replication, neurotransmission, heart functions, and endocrine functions.

If our bones don’t provide the required calcium right away, many of our body functions suffer, resulting in serious conditions.

Treated with those drugs, limited space within the bones is taken up by dead or nearly-dead bone mass, preventing new bone mass from being created. As a result, bones become more fragile and vulnerable to fracture!

It won’t be a surprise to see a modest increase in density from bone scans performed on those treated with these drugs, which promotes a false sense of security based on all the useless dead bone mass being counted, preventing patients from seeking alternative treatments until it’s too late.