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Why is zinc necessary?
Zinc is required in large amounts in the diet because it cannot be stored in the body. Zinc has a whole range of essential functions in the body, essentially breaking down and metabolising foodstuffs, repairing tissues and the correct use of energy. Because so many enzymes depend on zinc for their correct functioning, even a mild dietary deficiency of zinc can have far-reaching health implications. It is estimated that 11mg of zinc are required daily.
Zinc is necessary for many metabolic processes, including:
“During the one second that the blood is racing through the tiny capillaries of the lung, the single atom of zinc that is set into the centre of the enzyme carbonic anhydrase is brought into contact with 600,000 of its target molecules (carbonic acid). The result is that each is broken into one water and one carbon dioxide molecule. Only because of the rapidity of the enzyme’s action can the carbon dioxide be freed fast enough from its compounds to leave the blood during that moment on the alveolus when it is separated from the air by only the thinnest of membranes. Our ability to rid ourselves of CO2 through the exhaled air is then utterly dependent on the presence of these critically located atoms of zinc. Yet the total amount of this mineral in the body is so little that it was, up until a few years ago, considered to be of no significance!”
Other therapeutic uses:
What hinders the proper absorption of Zinc?
Why is zinc necessary?
Zinc is required in large amounts in the diet because it cannot be stored in the body. Zinc has a whole range of essential functions in the body, essentially breaking down and metabolising foodstuffs, repairing tissues and the correct use of energy. Because so many enzymes depend on zinc for their correct functioning, even a mild dietary deficiency of zinc can have far-reaching health implications. It is estimated that 11mg of zinc are required daily.
Zinc is necessary for many metabolic processes, including:
“During the one second that the blood is racing through the tiny capillaries of the lung, the single atom of zinc that is set into the centre of the enzyme carbonic anhydrase is brought into contact with 600,000 of its target molecules (carbonic acid). The result is that each is broken into one water and one carbon dioxide molecule. Only because of the rapidity of the enzyme’s action can the carbon dioxide be freed fast enough from its compounds to leave the blood during that moment on the alveolus when it is separated from the air by only the thinnest of membranes. Our ability to rid ourselves of CO2 through the exhaled air is then utterly dependent on the presence of these critically located atoms of zinc. Yet the total amount of this mineral in the body is so little that it was, up until a few years ago, considered to be of no significance!”
Other therapeutic uses:
What hinders the proper absorption of Zinc?