Calcium Glycinate Raw Materials Calcium Glycinate Powder

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Calcium Glycinate Powder Usage and Synthesis.

Calcium glycinate has a stable chemical structure, is not affected by stomach acid, oxalic acid, etc., and can be completely absorbed by the body. After absorption, calcium can be directly transported to specific target tissues and enzyme systems, which greatly improves the biological utilisation rate of calcium, increases calcium deposition, enhances bone density, and finds a new shortcut for osteoporosis patients, which is widely used in the industries of food, medicine and health care products.

Uses and functions of Calcium Glycinate.

Calcium glycinate has been proved to be a kind of biologically active small molecule organic calcium with superior bio-solubility through clinical tests, which is an effective carrier of calcium ions and a biologically active substance that can be recognised by the cell membrane and allowed to pass through the cell membrane, and it is very easy to pass through the intestinal cell membrane and be absorbed directly by the intestinal tract, so that it can achieve an absorption rate of more than 90% and an absorption capacity of 180mg/kg.

Experiments have shown that calcium glycinate is similar to calcium lactate group in terms of growth and development and food utilisation.

Although the calcium retention rate of calcium glycinate in rats is only slightly higher than that of calcium lactate group, the difference is not significant, but the content of bone calcium is obviously increased. Compared with the control group, the calcium content of femur bone was increased by 19.8% in the calcium lactate group and 31.4% in the calcium glycinate group.

Calcium is the main component of bone, bone calcium content can be used indirectly to evaluate the nutritional status of calcium, calcium glycinate is a better calcium supplementation preparation.

Pharmacological effects of Calcium Glycinate.

Product Method of  Bulk Calcium Glycinate Powder.

Glycine calcium chelate is prepared as follows: dissolve glycine in deionised water, stir to make it completely dissolved, add alkaline sodium carbonate according to the ratio of molar ratio 1:2: to the glycine aqueous solution, start the water bath stirring, and then add a certain proportion of anhydrous calcium chloride, and then add a certain proportion of anhydrous calcium chloride, and then add the mixed aqueous solution of the raw materials to the aqueous solution.

The synthetic reaction was stirred under heating conditions for a period of time. The solution after the reaction is transferred to a rotary evaporator to evaporate and concentrate until particles come out, and take out the solution containing solids, static filtration of the solids obtained in a vacuum drying box, drying at 60 ° C, and finally the product will be crushed with a grinder and put in a dry bottle to save for spare.

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