Sex-linked trait and Sex-influenced trait (Lesson 7) 1. Hemophilia is a disease inherited as a X-linked recessive trait while pattern baldness is controlled by an autosomal gene that is dominant in males and recessive in females. A hemophilic man who is also homozygous for baldness has children with a woman who is not hemophilic but a carrier and heterozygous normal-haired. Show the parental genotypes, the Genotypic ratio (GR) of the offspring and their phenotypic ratio. Separate the total number of the male offspring from female offspring. For example, if there are 8 total number of offspring, count how many are females and how many are males. So if there are 4 females, then the denominator for the genotypic ratio and phenotypic ratio for female offspring is 4. You can convert it to percentage if you want. Answer the following: a. Among the female offspring, what is the probability of having hemophilic but normal haired child? b. Among the male offspring, what is the chance of having a child with normal blood clotting but bald?

Human Heredity: Principles and Issues (MindTap Course List)
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Chapter4: Pedigree Analysis In Human Genetics
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Problem 17QP: Analysis of X-Linked Dominant and Recessive Traits A young boy is color-blind. His one brother and...
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Sex-linked trait and Sex-influenced trait (Lesson 7)
1. Hemophilia is a disease inherited as a X-linked recessive trait while pattern baldness is
controlled by an autosomal gene that is dominant in males and recessive in females. A
hemophilic man who is also homozygous for baldness has children with a woman who is not
hemophilic but a carrier and heterozygous normal-haired. Show the parental genotypes, the
Genotypic ratio (GR) of the offspring and their phenotypic ratio. Separate the total number of
the male offspring from female offspring. For example, if there are 8 total number of offspring,
count how many are females and how many are males. So if there are 4 females, then the
denominator for the genotypic ratio and phenotypic ratio for female offspring is 4. You can
convert it to percentage if you want. Answer the following:
a. Among the female offspring, what is the probability of having hemophilic but normal haired
child?
b. Among the male offspring, what is the chance of having a child with normal blood clotting
but bald?
Transcribed Image Text:Sex-linked trait and Sex-influenced trait (Lesson 7) 1. Hemophilia is a disease inherited as a X-linked recessive trait while pattern baldness is controlled by an autosomal gene that is dominant in males and recessive in females. A hemophilic man who is also homozygous for baldness has children with a woman who is not hemophilic but a carrier and heterozygous normal-haired. Show the parental genotypes, the Genotypic ratio (GR) of the offspring and their phenotypic ratio. Separate the total number of the male offspring from female offspring. For example, if there are 8 total number of offspring, count how many are females and how many are males. So if there are 4 females, then the denominator for the genotypic ratio and phenotypic ratio for female offspring is 4. You can convert it to percentage if you want. Answer the following: a. Among the female offspring, what is the probability of having hemophilic but normal haired child? b. Among the male offspring, what is the chance of having a child with normal blood clotting but bald?
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