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Effect of Amitosis on the Distribution of Human Lactic Acid Dehydrogenase Isozymes

Abstract

THE lactic acid dehydrogenase (LDH) of mammalian tissues exists as five isozymes1 which have different charges, structures and biochemical properties2. The pattern of isozyme distribution in embryonic and adult tissues indicates that the fertilized ovum also contains five isozymes5 which are identical to those of all other tissues3,4. In embryonic tissue isozyme III is the most abundant, but with cell differentiation the relative amount of isozyme III decreases (Table 1). There exists a parallel between the shift in isozyme distribution and the increase in cell nuclei population of human heart muscle. This increase (in the last phase through amitosis) comes to an end in the left heart muscle about six months after birth but is not finished even after one year in the right heart muscle6,8. It was, therefore, thought that the final distribution of isozymes would be achieved earlier in the muscle of the left heart ventricle than in the muscle of the right.

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WACHSMUTH, E. Effect of Amitosis on the Distribution of Human Lactic Acid Dehydrogenase Isozymes. Nature 204, 681–682 (1964). https://doi.org/10.1038/204681b0

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