Magnesium Orotate is a man made supplement that has been used for many years to promote greater health and performs a similar task in the body to magnesium carbonate, although it is much more easily absorbed into tissues.
It has been linked with improving overall cardiac health and keeping cholesterol at a low level, and is also helpful with a number of medical conditions such as asthma, psoriasis, diabetes and colitis. Because it is easily absorbed into the body, and helps maintain an overall balance of minerals, Magnesium Orotate offers many benefits for those involved in athletic training, asit can improve endurance.
Magnesium Orotate is useful in maintaining a healthy body, and acts in conjunction with a number of other vitamins and minerals throughout the body. Magnesium salts are an essential part of the diet, and play a very important role in keeping blood vessels healthy and supple.
Magnesium orotate aids in this process, and because it is so easily absorbed into the cells, it is effective at a much lower dose than other similar chemicals such as magnesium carbonate.
Sufferers of high blood pressure and those with atherosclerosis will find that by taking magnesium supplements, they can improve the elasticity of their blood vessels, allowing them to function more effectively, and thereby reduce blood pressure and the attendant ill health that it causes.
Another effect of magnesium orotate is in keeping the heart healthy. It is absorbed by the cells of the heart muscle, and allows them to better function and produce the important proteins that they require to grown and repair themselves.
By improving the health of the heart, magnesium orotate is linked with being able to improve the endurance levels enjoyed by athletes of all levels during training and competition.
Magnesium Orotate Deficiency:
An imbalance of minerals in the cells is the root cause of a number of medical conditions including asthma and psoriasis, and sufferers of these conditions will soon see benefits thanks to the easy absorption of orotates into the mitochondria of the cell nucleus, where it performs its main tasks.