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While our analyses must be limited to the three regions in each region, their results support the hypothesis that a new gene sequence may have been introduced in the region that contributed most to the ‘probability distribution’ of a genetic event. To summarize, we have estimated the probabilities of events considered in the analysis based on their nature. In this paper, we infer a new ancestral gene sequence from four of the four regions: The Congo, Mozambique, Senegal, Turkey, and Nigeria. We further study how this new ancestral gene sequence is used in the production of genome sequencing results for mitochondrial diseases, with evidence of the ‘paradox’ in human haplotypes and human genome sequences. The results indicate that polymorphisms in genetic information have been introduced in the current generations in populations from which humans have been present for thousands of years, which have occurred independently of any previous such ‘probability distribution’ of a genetic event.

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This would add further support to previous estimates of recent genetic events. We find that the estimated rates of events considered in our analysis of population rates in the last 6 centuries are for human haplotypes, which are produced in a vast number of homogeneous regions in the