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1. In human populations in Africa, two common alleles affect the structure of hemoglobin, the protein that carries oxygen on red blood cells. What is regarded as the normal allele (the allele common in European populations) is usually labeled A, and the sickle-cell allele is designated S. There are three hemoglobin genotypes, and the phenotypes associated with these genotypes can be distinguished in a variety of ways. In one African population of 10,000 adults, for example, there are 4,000 AS individuals, 6,000 AA individuals, and 0 SS individuals. a. Suppose that these individuals were to mate at random. What would be the frequency of the A and S alleles among the gametes that they produced

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In the African human population two common alleles affect the structure of the hemoglobin, the proteins and oxygenated red blood.

  • The common alleles of the Europeans being labeled as A and sickle cells as S have three types as genotypes, phenotypes and associated.
  • For an African population of 10,000, there are 4000 samples As the individuals of 6000 have AA and 0 SS.
  • If the individual were mating randomly then A and S alleles would produce be doubled.

Learn more about the human populations in Africa, two common.

brainly.com/question/13577302.