Question: 3. A Man Who Has Sickle Cell Trait Has Children With A Woman Who Does Not Have The HS Allele. A) What Are The Genotypes Of The Parents? Man B) In The Punnett Square Below, Show All The Possible Genotypes Of Their Children. State The Genotype And Phenotype Ratios Of The Offspring. Gametes Gametes Predictions: C) Genotype Ratio Of The Offspring (using …

Question: 3. A Man Who Has Sickle Cell Trait Has Children With A Woman Who Does Not Have The HS Allele. A) What Are The Genotypes Of The Parents? Man B) In The Punnett Square Below, Show All The Possible Genotypes Of Their Children. State The Genotype And Phenotype Ratios Of The Offspring. Gametes Gametes Predictions: C) Genotype Ratio Of The Offspring (using …

3. A man who has sickle cell trait has children with a woman who does not have the HS allele. a) What are the genotypes of thb) In the Punnett square below, show all the possible genotypes of their children. State the genotype and phenotype ratios of

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3. A man who has sickle cell trait has children with a woman who does not have the HS allele. a) What are the genotypes of the parents? Man b) In the Punnett square below, show all the possible genotypes of their children. State the genotype and phenotype ratios of the offspring. gametes gametes Predictions: c) Genotype Ratio of the offspring (using the allele symbols): d) Phenotype Ratio of the offspring (using the descriptive words for each phenotype): e) What are the chances that any one of this couple’s children will have sickle cell disease? Fraction Percentage: f) If this couple moves to northern Europe, which child/children are more likely to thrive? Explain your answer.