Manganese Benefits

mineral manganese

Biomedical Importance: The human body contains a tiny 20 milligrams of manganese, mostly in the bones and metabolically active organs such as liver, kidneys, and pancreas. In plasma, it is carried by a protein called Transmanganin.

In certain industries inhalation poisoning by manganese occurs and produce asthenia, anorexia, impotence, leg cramps, speech disturbances; psychotic symptoms and Parkinsonian syndrome may also be seen.

Sources

This mineral is widely distributed in the food. It sources include

  • Animal Sources: These include beef, kidney, liver, and oysters etc.
  • Plant Sources: These include carrots, blackberries, lettuce, pineapple, nuts, cabbage, green peas, spinach, avocado, honey and lots of other foodstuffs.

Physiological Functions

Manganese though trace mineral still performs various important functions in our body including;

  • Manganese acts as a cofactor for many enzymes that facilitate dozens of different metabolic processes. For example, manganese metalloenzymes assist in urea synthesis, the conversion of pyruvate to a TCA cycle compound, and the prevention of lipid peroxidation by free radicals.
  • It takes part in oxidative phosphorylation and metabolism of fatty acids, cholesterol, and mucopolysaccharide metabolism. It is involved in reactions catalyzed by diamine oxidase, pyruvate carboxylase, and mitochondrial superoxide dismutase.
  • It has a probable role in hemoglobin formation.
  • Manganese is found to reduce the symptoms produced by arthritis.
  • It decreases glucose level of blood while increases the glycogen storage,

Its absorption is decreased due to high intake of phosphorous and calcium and it is excreted through the bile

Deficiency

Manganese requirements are low, and many plant foods contain significant amounts of this trace mineral, so deficiencies are rare. As is true of other trace minerals, however, dietary factors such as phytates inhibit its absorption. In addition, high intakes of iron and calcium limit manganese absorption, so people who use supplements of these minerals regularly may experience depressed manganese status.

Clinical Symptoms of Deficiency

These include

  • Abnormalities in the skeleton systems of the human.
  • There occur to increase the risk of cancer in case of its extreme deficiency
  • The metabolism of lips and fats get disturbed as well as impairment occurs in the production of the glycoprotein.
  • Glucose levels of blood also become impaired.

All these results from abnormalities in the synthesis of mucopolysaccharide due to deficiency of manganese in the body.

Surplus

Toxicity is more likely to occur from an environment contaminated with manganese than from dietary intake. Miners who inhale large quantities of manganese dust on the job over prolonged periods show symptoms of a brain disease, along with abnormalities of appearance and behavior such as an involuntary type of laughing, blurring of vision, impotence, tremors of the hands, a mask-like expression on the face and the gait abnormalities.

Related posts:

Iron Benefits
The iron mineral is the part of the structure of many important body constituents e.g. hemoglobin, myoglobin, enzymes like cytochromes, catalases, xa...
Magnesium Benefits
Magnesium barely qualifies as a major mineral. Only 0.028 kilograms of magnesium is found in the body of a 72 kg person. Almost about half of the bod...
Phosphorus Benefits
Phosphorus is an important mineral of the body. The adult human being has about 700 grams of phosphorus which makes about 1% of the body weight. Abou...
Selenium Benefits
Selenium is the trace and essential mineral of the body. It is required in the body in small amount but performs functions bigger than its amount. ...
Calcium Benefits
Calcium is a major mineral element of the body. It constitutes 1.5-2% of the body weight of an adult human. An average adult body contains about 1200...
Cobalt Benefits
Cobalt mineral is an important micronutrient in our body because it is needed in very small quantity in our body. It is stored in the liver. It is not...