Magnesium malate supplement, a patented form of magnesium
Dimagnesium malate, a patented form of magnesium, consists of one molecule of malic acid attached to two molecules of magnesium, and represents an excellent source of magnesium and malic acid, with superior bioavailability. In addition, as malate does not react with gastric acids, it does not upset the digestive system as is sometimes the case with other forms of magnesium.
Magnesium is found at significant levels throughout the body, and is involved in a number of reactions including muscle relaxation, blood coagulation and manufacture of ATP, the body's principal energy molecule. ATP is produced during the Krebs cycle, the most important biochemical cycle of energy production in cell mitochondria.
Malic acid, which is naturally present in many fruits and vegetables, belongs to the family of alpha-hydroxy-acids. It is also produced in the body in the course of the Krebs cycle and it too is involved in energy production.
The accumulation of aluminium in nervous tissue is believed to cause serious problems and certainly plays a not insignificant role in the development of diseases such as Alzheimer's or Parkinson's. In the brain, aluminium destroys the structure of neurons, causing them to starve by stripping magnesium from tubulin, a glycoprotein responsible for producing essential microtubules that provide neurons with necessary rigidity. Chronic, inadequate intake of magnesium is associated with increased levels of toxic aluminium deposits, which destroy microtubules.
Magnesium malate with multiple benefits
Malic acid crosses the blood-brain barrier easily and binds to aluminium in the brain, preventing an unwelcome build-up of the metal. Furthermore, dimagnesium malate supplement is an excellent chelator and by replacing aluminium with magnesium, it eliminates aluminium from the body, at the same time making magnesium available to neurons.
Slight deficiencies both in magnesium and malic acid are found with fibromyalgia, a common disease which affects mainly women in their fifties. Several studies have shown that supplementing with magnesium malate relieves symptoms of the disease, with improvements in myalgia evident after just 48 hours of starting treatment. One study also showed that 1200 mg of malic acid combined with 300 mg of magnesium, taken twice a day for between 2 and 6 months, significantly improved energy levels and muscle function, and reduced pain scores in patients with fibromyalgia.
As a result of the benefits of magnesium and malic acid, the various effects of magnesium malate supplements are still being investigated in a number of research studies. Some scientists, for example, believe it offers benefits in reducing pain, sensitivity and depression in those suffering from fibromyalgia, a syndrome characterised by widespread pain throughout the body.