Manganese, a vital trace mineral, is naturally present in plants, which acquire it from the soil. Although minerals are crucial for the smooth functioning of various bodily processes, trace minerals are required in smaller quantities. Unfortunately, the significance of manganese is often underestimated and not widely understood in the realm of health and nutrition education. Similar to other trace minerals, manganese plays a crucial role in enzyme function, chemical reactions, neurological activities, hormone production, physical growth, and sexual development.
Enzymes and Manganese
Enzymes play a crucial role in accelerating or initiating chemical reactions within the body. Remarkably, the body does not deplete these vital proteins during the process. Manganese, on the other hand, acts as a co-factor or catalyst for enzymes. Numerous enzymes rely on manganese to effectively process cholesterol, carbohydrates, and amino acids. Additionally, manganese-triggered reactions facilitate the production of a distinct protein in the mitochondria. This protein serves as a protective coating for cells, shielding them against potential viral invasions.
Bones and Cartilage
Manganese plays a crucial role in the formation of bone and cartilage, as well as in the healing process after fractures or injuries. While the precise mechanisms of manganese’s involvement in bone structure are not yet fully understood, it has been observed that animals with insufficient manganese levels in their diet may develop weakened or abnormal bone structures. In humans, low manganese levels in the blood have been linked to a higher incidence of osteoporosis in women. Additionally, the absence of manganese can lead to slow or improper healing of bone injuries.