Page 252 - The Miracle in the Cell Membrane
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The Miracle in the Cell Membrane



                        Vitamin B12

                        Necessary to prevent anemia, B12 assists in the regu-
                     larization of folic acid in red blood cell production, and
                     assists iron consumption. It is essential for the absorption
                     of nutrients, protein synthesis, and carbohydrate and fat
                     metabolism. The body can store five years' worth of
                     Vitamin B12, although the vitamin is usually found in
                     animal tissues. It prevents nerve damage, encourages fer-
                     tility, provides cell formation and a long life, facilitates
                     the normal development of nerve endings, and helps
                     with strengthening the memory and learning.
                        The absence of this vitamin causes disorders such as
                     difficulty in walking, chronic fatigue, depression, diges-
                     tive disorders, dizziness, lethargy, liver growth, visual
                     problems, hallucinations, headache, tongue infections,
                     restlessness, respiratory difficulty, memory loss, nervous
                     system problems, palpitations, anemia, ringing in the
                     ears, and spinal deterioration. Vitamin B12 deficiency
                     generally causes the loss of thick cell fiber myelin. As a
                     result, many people suffer an excessive loss of external
                     sensation, and this even results in paralysis in extreme
                     cases.
                        As a hydrogen receiver, Vitamin B12 serves as a co-
                     enzyme, performing various metabolic activities.
                     Perhaps its most important function is that of a co-
                     enzyme in gene copying, so that its two most important
                     functions are the acceleration of growth and erythrocyte
                     formation.







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