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3. The single locus cross with an x-linked trait. Hemophilia b is an X-linked recessive gene that was present in the British royal family. Queen Victoria and Prince Albert had four children: 1 son had hemophilia, 1 son did not, and the two daughters did not have hemophilia. a. List the possible genotypes of the sons and daughters. Use the following terminology: XH no hemophilia, Xh hemophilia. Two daughters ot Vevophiia San henophitia iY Son wfotut ot he mophilia b. Neither Queen Victoria nor Prince Albert had hemophilia. Use their phenotypes along or with the phenotypes of their children (above) to determine the genotypes of Queen Victoria and Prince Albert. Prince Albert Quean Victoria Draw the Punnett Square of this cross. С. homo th Xit XAXE X4 XA Y Xa Xa KERY KY What are the expected genotype ratios of their children? t d. e. If Queen Victoria and Prince Albert had a lot of children, what would be the expected phenotype ratio of these children (phenotype here includes whether child is boy or girl and whether they have hemophilia or not)? Girl hemophilia: ey wout hephila war hemophilia: Boy w 2; Take a different family. If they have a girl with hemophilia, what are the possible genotypes of both the girl and her parents? f. XyX XY Parents Girl g. Now consider a boy with hemophilia. What are the possible genotypes of the boy and his parents? XaY Xa Xa KaY Bay Y

3. The single locus cross with an x-linked trait. Hemophilia b is an X-linked recessive gene that was present in the British royal family. Queen Victoria and Prince Albert had four children: 1 son had hemophilia, 1 son did not, and the two daughters did not have hemophilia. a. List the possible genotypes of the sons and daughters. Use the following terminology: XH no hemophilia, Xh hemophilia. Two daughters ot Vevophiia San henophitia iY Son wfotut ot he mophilia b. Neither Queen Victoria nor Prince Albert had hemophilia. Use their phenotypes along or with the phenotypes of their children (above) to determine the genotypes of Queen Victoria and Prince Albert. Prince Albert Quean Victoria Draw the Punnett Square of this cross. С. homo th Xit XAXE X4 XA Y Xa Xa KERY KY What are the expected genotype ratios of their children? t d. e. If Queen Victoria and Prince Albert had a lot of children, what would be the expected phenotype ratio of these children (phenotype here includes whether child is boy or girl and whether they have hemophilia or not)? Girl hemophilia: ey wout hephila war hemophilia: Boy w 2; Take a different family. If they have a girl with hemophilia, what are the possible genotypes of both the girl and her parents? f. XyX XY Parents Girl g. Now consider a boy with hemophilia. What are the possible genotypes of the boy and his parents? XaY Xa Xa KaY Bay Y

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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please answer questions d, e, f, and g. 

3. The single locus cross with an x-linked trait. Hemophilia b is an X-linked recessive gene that was present in the British royal family. Queen Victoria and Prince Albert had four children: 1 son had hemophilia, 1 son did not, and the two daughters did not have hemophilia. a. List the possible genotypes of the sons and daughters. Use the following terminology: XH no hemophilia, Xh hemophilia. Two daughters ot Vevophiia San henophitia iY Son wfotut ot he mophilia b. Neither Queen Victoria nor Prince Albert had hemophilia. Use their phenotypes along or with the phenotypes of their children (above) to determine the genotypes of Queen Victoria and Prince Albert. Prince Albert Quean Victoria Draw the Punnett Square of this cross. С. homo th Xit XAXE X4 XA Y Xa Xa KERY KY What are the expected genotype ratios of their children? t d. e. If Queen Victoria and Prince Albert had a lot of children, what would be the expected phenotype ratio of these children (phenotype here includes whether child is boy or girl and whether they have hemophilia or not)? Girl hemophilia: ey wout hephila war hemophilia: Boy w 2; Take a different family. If they have a girl with hemophilia, what are the possible genotypes of both the girl and her parents? f. XyX XY Parents Girl g. Now consider a boy with hemophilia. What are the possible genotypes of the boy and his parents? XaY Xa Xa KaY Bay Y
Transcribed Image Text:3. The single locus cross with an x-linked trait. Hemophilia b is an X-linked recessive gene that was present in the British royal family. Queen Victoria and Prince Albert had four children: 1 son had hemophilia, 1 son did not, and the two daughters did not have hemophilia. a. List the possible genotypes of the sons and daughters. Use the following terminology: XH no hemophilia, Xh hemophilia. Two daughters ot Vevophiia San henophitia iY Son wfotut ot he mophilia b. Neither Queen Victoria nor Prince Albert had hemophilia. Use their phenotypes along or with the phenotypes of their children (above) to determine the genotypes of Queen Victoria and Prince Albert. Prince Albert Quean Victoria Draw the Punnett Square of this cross. С. homo th Xit XAXE X4 XA Y Xa Xa KERY KY What are the expected genotype ratios of their children? t d. e. If Queen Victoria and Prince Albert had a lot of children, what would be the expected phenotype ratio of these children (phenotype here includes whether child is boy or girl and whether they have hemophilia or not)? Girl hemophilia: ey wout hephila war hemophilia: Boy w 2; Take a different family. If they have a girl with hemophilia, what are the possible genotypes of both the girl and her parents? f. XyX XY Parents Girl g. Now consider a boy with hemophilia. What are the possible genotypes of the boy and his parents? XaY Xa Xa KaY Bay Y
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