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Labrador retrievers come in three colors determined by the allele combination for 2 different genes as shown below. An underscore () means it can be the either the dominant or recessive allele. E_B_= Black E_bb Chocolate = Yellow ee__ I EEbb TO eeBB Black Chocolate Black Eebb Yellow Yellow eebb a. Using all of the information above and in the pedigree show here, label the phenotypes for the animals in generation I. b. Using all of the information above and in the pedigree show here, label the genotypes for the animals in generations II & III. Use an underscore () where you cannot determine whet it is a dominant or recessive allele. (Hint: you can determine every allele for both animals in generation II.) c. If there were a fourth puppy in the litter from a mating between the Black and Yellow Labrador retrievers shown above, what is the probability that it would be (i) Black, (ii) Chocolate and (iii) Yellow? Please show relevant work so partial credit may be given.

Labrador retrievers come in three colors determined by the allele combination for 2 different genes as shown below. An underscore () means it can be the either the dominant or recessive allele. E_B_= Black E_bb Chocolate = Yellow ee__ I EEbb TO eeBB Black Chocolate Black Eebb Yellow Yellow eebb a. Using all of the information above and in the pedigree show here, label the phenotypes for the animals in generation I. b. Using all of the information above and in the pedigree show here, label the genotypes for the animals in generations II & III. Use an underscore () where you cannot determine whet it is a dominant or recessive allele. (Hint: you can determine every allele for both animals in generation II.) c. If there were a fourth puppy in the litter from a mating between the Black and Yellow Labrador retrievers shown above, what is the probability that it would be (i) Black, (ii) Chocolate and (iii) Yellow? Please show relevant work so partial credit may be given.

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
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Labrador retrievers come in three colors determined by the allele combination for 2 different genes as shown below. An underscore () means it can be the either the dominant or recessive allele. E_B_ = Black E_bb = Chocolate ee = Yellow I III te eeBB EEbb Black Chocolate Black Eebb Yellow Yellow eebb a. Using all of the information above and in the pedigree show here, label the phenotypes for the animals in generation 1. b. Using all of the information above and in the pedigree show here, label the genotypes for the animals in generations II & III. Use an underscore () where you cannot determine whether it is a dominant or recessive allele. (Hint: you can determine every allele for both animals in generation II.) c. If there were a fourth puppy in the litter from a mating between the Black and Yellow Labrador retrievers shown above, what is the probability that it would be (i) Black, (ii) Chocolate, and (iii) Yellow? Please show relevant work so partial credit may be given.
Transcribed Image Text:Labrador retrievers come in three colors determined by the allele combination for 2 different genes as shown below. An underscore () means it can be the either the dominant or recessive allele. E_B_ = Black E_bb = Chocolate ee = Yellow I III te eeBB EEbb Black Chocolate Black Eebb Yellow Yellow eebb a. Using all of the information above and in the pedigree show here, label the phenotypes for the animals in generation 1. b. Using all of the information above and in the pedigree show here, label the genotypes for the animals in generations II & III. Use an underscore () where you cannot determine whether it is a dominant or recessive allele. (Hint: you can determine every allele for both animals in generation II.) c. If there were a fourth puppy in the litter from a mating between the Black and Yellow Labrador retrievers shown above, what is the probability that it would be (i) Black, (ii) Chocolate, and (iii) Yellow? Please show relevant work so partial credit may be given.
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