During metabolism, the complete
breakdown of one molecule of glucose results in a maximum yield of 38 molecules
of ATP. I am hoping that this answer has satisfied
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During metabolism, the complete breakdown of one molecule of glucose results in a maximum yield of 38 molecules of ATP. The major reason why glucose is broken down in living organism is to obtain energy. The complete break down of glucose normally occur via four different stages, which are glycolysis, oxidation of pyruvate, TCA cycle and electron transport chain. For each molecule of glucose that is metabolized, 38 molecules of ATP are always obtained. ATP is the only form of energy that is usable by cells to carry out life sustaining activities of the cells.
<span>If the liver cells of an animal have twenty-four chromosomes, the same animal would have twelve chromosomes in its sperm cells. Chromosomes are paired into two types, the X and Y components. The Y components are the sperm cells of an animal.</span>
