Inspired By Nature
The blue crayfish sometimes called the sapphire crayfish or the Florida crayfish is a species of crayfish that lives in freshwater without readily available calcium sources. Over millions of years of evolution, it has developed an exceptional ability to grow a new exoskeleton in just 3 days – 7 times faster than other crustaceans, who live in
calcium-rich saltwater.
How Does the Blue Crayfish do it?
The blue crayfish has a unique ability to store the calcium it needs for periodically regrowing a new exoskeleton in a rare and highly unstable form known as amorphous calcium carbonate (ACC), and then use it with a growth rate and efficiency unmatched elsewhere in nature. (“Amorphous” means “not-crystalline”.)
The ACC is stored in two gastroliths, or stomach stones, attached to the crayfish’s stomach walls. When the molting process begins, those gastroliths fall into the stomach acid and are quickly dissolved. This rapid dissolution of calcium ions allows the crayfish to build a new exoskeleton with extraordinary speed.
Amorphical managed to successfully imitate this process, producing ACC,
stabilized in its amorphous form and making it suitable for human use.
DENSITY, is calcium tablets, is an innovative breakthrough in the prevention and
treatment of calcium deficiency and osteoporosis.
DENSITY is a bioinspired calcium carbonate supplements that:
1. Build and strengthen the body and bones
2. Regenerate bone mass density and structure
3. Directly target specific organs or systems
4. Demonstrate unprecedented healing potential for various medical conditions,
in a series of studies.
It is the only calcium supplement in the world that is both amorphous (as opposed to crystalline) and nanoparticulate – made of nanoparticles, which are a million times smaller than the particles of any other crystalline calcium supplements. The combination of these two traits allows average absorption of 4.6 times higher compared to crystalline calcium carbonate and may be significantly greater for individuals suffering from malabsorption of calcium. Its solubility is 120 times higher at normal body pH levels.
