Which element is least abundant in your body?

In living things, especially in humans, there are about 11 elements that exist in large quantities. They include oxygen, carbon, hydrogen, nitrogen, calcium, phosphorus, potassium, sodium, chlorine, magnesium, and sulfur. Out of these eleven, the first four elements of this classification constitute about (96.2%) of our body weight.

However, the least abundant element of this classification is sulfur. The percentage of sulfur in our body is measured to be 0.04, whereas oxygen which is the most abundant element in the body constitutes about 65 percent of the total body weight. There is another classification of some elements in the body; they are known as trace elements.

Any element in the body that constitutes less than 0.01 percent of the total body weight is known as a trace element. The majority of all the elements in the periodic table belong to this category. Examples of trace elements are iron, chromium, cobalt, silicon, manganese, zinc, and many others.

Iron is the least abundant thing in the body based on the choices. Iron is known to be a type of mineral that is needed by the body so that it can grow. This will be used by the body so that it will continue to grow and develop.

This is particularly important in the creation of hemoglobin which is a type of protein that you can find in red blood cells. Red blood cells will be able to carry oxygen from the lungs going to the various parts of the body. Iron has a lot of uses including the fact that it will be used sometimes so that proper hormones can be created. The more balanced your hormones are, the better.

Magnesium is the least present of all the eleven elements in the body. Phosphate is also very scarce within the body. Of the 99 percent, phosphorus is the least amount, while of the .85 percent, magnesium is the least abundant in your body. Magnesium takes up 0.1 percent mass, and phosphorus mass is 1.0 percent.

It is needed for over 300 enzyme systems that control diverse biochemical reactions in the body. This reaction includes protein synthesis, muscle and nerve function, blood glucose management, and blood pressure regulation. It promotes bone development and is required to synthesize DNA, RNA, and the antioxidant glutathione.

It plays a part in the active transport of calcium and potassium ions across cell membranes. On the other hand, phosphorus is an electrolyte that helps your body with energy production and nerve function. It also supports the building of strong bones and teeth.