Coral Calcium Powder

Coral Calcium Powder – Over the last decade, coral calcium was quickly hyped up before falling to a number of unsubstantiated claims.

According to naysayers, the only difference between coral calcium, which is calcium carbonate, and other coral carbonate supplements was the extreme increase in price.

I started using coral calcium well before it became popular and have always found it to be a desirable form of calcium supplementation. In between the naysayers and all the hype, the truth lies.

Here are some thoughts on the topic.

What is Coral?

Coral are marine invertebrates responsible for secreting calcium carbonate to positively regulate the surrounding ocean water’s pH. As a result, a hard skeleton forms around them, which cause many to build coral reefs.

The mineral skeleton that is secreted by coral contains magnesium and other trace minerals naturally occurring in the ocean, making coral minerals a broad spectrum mineral supplement.

Their nutrients and energy is derived from the single-cell algae inhabiting their tissue. However, algae require sunlight for growth, which is why coral is found in clear, shallow water.

Despite being carbonates, coral minerals differ from rock-based calcium carbonate. Created from a living organism, they are geometrically structured arrangements of minerals with unique properties.

According to the latest imaging science available, they have organic matrix molecules rooted in the mineral crystals, which is significantly different from rock.

Researchers have confirmed that organic molecules are transferred into the calcium structure, which means that coral minerals are the highest known mineral food content.

The Link Between Coral Calcium and Bone Health

While there are no specific human trials indicating that the intake of coral calcium prevents bone loss or increases bone density, one animal study did confirm this fact.

The study, using a postmenopausal model for bone loss, found a link between coral calcium and other trace materials and the prevention of bone loss that frequently results from the loss of estrogen.

The reason minimal research has been completed on using coral calcium in humans for bone health is related to cost. There is simply little profit to be made.

However, finding the perfect bone graft material for the purpose of bone reconstruction does present the opportunity for huge profits.

This type of research, which often includes the use of coral calcium in this capacity, indicates that coral calcium’s unique properties play a valuable role as a bone support nutrient.

In 1994, researchers determined that osteoblasts quickly grow on coral calcium, which suggests it is potentially useful as a bone graft material.

In 1998, German researchers reported on a study involving 89 cases of coral calcium being implanted in jaw/ face surgery. They indicated that coral grafts were well tolerated and helped successfully build new bone.

As researchers have developed a better understanding of the medical applications of stem cells, their interest in coral calcium as a growth medium for new bone has also increased and is currently under immense scientific study.

Researchers have found that coral minerals’ unique three-dimensional structure is an ideal template for encouraging the growth of new bone.

They have also combined coral minerals with hyaluronic acid, a nutrient that serves as the backbone for forming any new structures in the human body.

Additionally, researchers have added mesenchymal stem cells to create a recipe that successfully generates new tissue, including bone.

Coral Calcium’s Non-Bone Uses

While calcium in the human body is mostly used in bone, it also signals a vital process of cellular functioning. When calcium signaling malfunctions, it is associated with poor health.

Only a few studies are available on coral calcium’s non-bone use. Although none of these studies can definitively identify firm health benefits, what they have found is intriguing. To understand this, let’s take a step back in time.

As early as the Middle Ages, coral calcium was used in Europe for medicinal purposes. This is when traders from Asia brought it to Italy and distributed it throughout Europe and the Mediterranean.

Coral calcium was incorporated into the treatment of bleeding issues, eye diseases, and eye inflammation, as well as treatments designed to strengthen the heart.

All historical uses are based completely on anecdotal observation of benefits, as there is no available data on how coral was used for these purposes.

One animal study has been completed on coral calcium and colon cancer. Researchers found that coral calcium inhibited the growth of colon cancer, specifically by increasing the number of natural killer cells and macrophages in a dose dependent manner.

This improved immune response reduced metastasis to the lungs. On the other hand, plain calcium carbonate wasn’t effective. This study corroborates the fact that calcium carbonate and plain calcium carbonate aren’t identical and that coral calcium has immune boosting properties when taken as a supplement.

Researchers have performed one animal study involving coral calcium and anti-aging. They studied the impact of a coral calcium supplement on a mouse that had been genetically programmed for faster aging. When enhanced, gene signals supported molecular signaling and antioxidant functioning, but when gene signals were decreased, cell death and cancer resulted. Researchers believe this demonstrates coral calcium’s potential for anti-aging benefits.

Additional research is needed to clarify the potential value of coral calcium’s anti-cancer, anti-viral, antioxidant, anti-aging, and immune boosting properties.

In Summary

Coral calcium appears to be an excellent option for supplemental mineral nutrition. When in powder form, it is easily mixed with water or juice, making it a great option for even small children who need to increase their calcium and magnesium intake.

Unfortunately, potential profits tend to drive research in today’s society, meaning that although coral calcium shows great promises as a supplement, it is unlikely to be studied in-depth in the near future.