Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN: 9780134580999
Author: Elaine N. Marieb, Katja N. Hoehn
Publisher: PEARSON
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- Assume no Bombay allele for this entire question.) Consider a cross between someone with blood type B+ with someone with blood type A+ (and you don’t know their genotype). a. Can they have a child with blood type O-? If not, why not? If so, give the genotypes of the parents that would allow this. (Remember to include the genotypes for the A/B/O gene as well as the Rh gene. ) Give two different sets of genotypes for these parents (B+ and A+) that would NOT allow them to have an O- child. Let’s say these two parents have a child with blood type B-. Give the genotypes of the parents and the child.arrow_forwardConsider the following pedigree, which traces the inheritance of a single-gene hereditary disease. Only individuals that are either affected or normal are shown. In other words, potential heterozygotes are NOT indicated. Characterize each of the following modes of inheritance as: impossible, unlikely, or probable. Justify your answers: Autosomal dominant Autosomal recessive X-linked dominant X-linked recessive Y linkedarrow_forwardWhat is the approximate percentage chance that individual V.2, shown in the pedigree diagrams above will have inherited the X-linked recessive allele shown to be carried by his great great grandmother?arrow_forward
- Sickle cell anemia is inherited as an autosomal recessive condition. It also exhibits incomplete dominance in that the heterozygous genotype displays a mild form of the disease known as sickle cell trait while individuals with the homozygous recessive genotype have a severe form of SCA. A man who has severe sickle cell anemia marries a woman who suffers from a mild trait. What is the probabilitu they will have a child with severe SCA?What is the probability they will have a child with mild SCA? What is the probability they will have a normal child? Show ALL work using punnett squares.arrow_forwardI will be adding two questions here because I asked two of the same questions twice by accident earlier. A man and a woman do not have hemophilioa, but the womans father did. (Hemophilia is X-linked recessive). a) What is the probability that they will have a child with hemophilia? b) Is it possible for any of their daughters to be affected? Explain. A cross between a horse homozygous for red hair and a horse homozygous for white hair results in offspring with the coat colour called roan. When you look at the fur of the roan offspring you see both red and white hairs. What type of inheritance best explains this? a) blending inheritance b)codominance c)incomplete codominance d)multiple allelesarrow_forwardAn X-linked dominant allele controls the androgen receptor mutation that is responsible for male pattern baldness (MPB). A father who shows MPB has two children, with a mother who is a heterozygote carrier for the mutation. What is the probability that neither child will be affected by MPB? а. О.25 b. О.5 с. 0.03 d. 0.12 e. 0.0625arrow_forward
- Duchenne muscular dystrophy is a recessive disorder caused by a rare,loss-of-function allele that is located on the X chromosome in humans. Anunaffected woman (i.e., without disease symptoms) who is heterozygousfor the X-linked allele causing Duchenne muscular dystrophy has childrenwith a man with a functional (non-disease-causing) allele. What is theprobability that this couple will have an unaffected son?arrow_forwardIn humans, red-green color-blindness is a recessive X-linked trait. A man with red-green color- blindness marries a normal-vision woman whose father was color-blind. As the genetic counselor, construct a Punnett square to determine the genotypic and phenotypic possibilities of their children. orange is due to heteroz means In human, assume that albinism is an autosomal recessive characteristic while hemophilia is X-linked recessive. An albino nonhemophiliac man has children with a normally-pigmented nonhemophiliac woman whose father was a hemophiliac and whose mother was albino. Calculate the phenotypes of the children they could produce.arrow_forwardImagine a cross between a man and a woman having the following genotypes: Genotype of the Husband Genotype of the Wife Aa bb Dd Gg Hh RR Tt X Aa Bb Dd gg Hh Rr Tt Assuming that the dominant allele in each gene pair exhibits complete dominance over the recessive allele, what is the probability that this couple would have a daughter who exhibits the recessive phenotype with respect to all seven of the gene pairs?arrow_forward
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