Core Minerals is a good source of manganese. Don’t confused this essential mineral with magnesium. Manganese plays different roles. It’s important for protein and glucose metabolism. It supports normal brain function. And, it helps maintain healthy connective tissues, bones, arteries, and other organs.*

  • What is it? A trace mineral important for metabolism and cell function.
  • What does it do for me? Manganese is part of enzymes that aid in metabolism. It also helps protect mitochondria (cellular power plants) from free radical damage stemming from energy production.
  • Where can I find it? Pineapple, nuts, whole grains, beans, spinach, and tea.

The creation of cellular energy is a necessary, but risky business. One of the most important protectors of mitochondria—the place in cells where energy is produced—is partly comprised of manganese (not to be confused with magnesium).

How does this trace mineral play such a big antioxidant role? It starts with the creation of manganese superoxide dismutase. This enzyme starts the conversion of harmful oxidative energy byproducts to harmless water.

It also helps metabolize components of your diet, supports normal bone development, and plays a role in collagen formulation.

Manganese deficiencies are relatively rare, because it’s abundant in nature and only required in trace amounts. Isolated cases of manganese toxicosis have occurred from dietary exposure. Dangerous levels are typically only seen in individuals exposed to high levels of manganese dust in the air (like those found in certain work environments).

Manganese is a chemical element with symbol Mn and atomic number 25. It is not found as a free element in nature; it is often found in minerals in combination with iron. Manganese is a metal with important industrial metal alloy uses, particularly in stainless steels.