Abstract
Magnesium salts with organic acid anions exhibit higher biological activity and lower toxicity than inorganic salts of this metal. The synthesis of magnesium aspartate using evaporation and precipitation with an organic solvent (acetone) is described. The target product yield has been studied depending on the amount of organic solvent, and the minimum volume of acetone that provides maximum magnesium aspartate yield has been determined. Use of the organic solvent increases the stability of the product composition. The composition of obtained magnesium aspartate has been established by determining the content of magnesium ions, aspartic acid anions, and water and by carrying out elemental analyses using chemical and physicochemical techniques. The obtained results can be used as a basis for the development of new medicinal preparations containing magnesium aspartate.
Published Version
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