19. You are examining a population of marmots in Yellowstone National Park. Some have black fur and some have a lighter brown. You suspect the same gene that encodes for melanosome density in Labrador retrievers is the cause. You sequence the gene for 250 animals and find only two alleles in the population: BB:89, Bb: 125, bb: 36 a. Using the genotype information, calculate the allele frequencies. b. Test whether this population is likely in Hardy-Weinberg with respect to this locus. (first estimate your expected counts and then do your Chi-square test) Observed (O) 89 125 36 Expected (E) O-E (O-E)² (O-E)²/E

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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19. You are examining a population of marmots in Yellowstone National Park. Some have black fur and
some have a lighter brown. You suspect the same gene that encodes for melanosome density in
Labrador retrievers is the cause. You sequence the gene for 250 animals and find only two alleles in the
population: BB:89, Bb:125, bb: 36
a. Using the genotype information, calculate the allele frequencies.
|
b. Test whether this population is likely in Hardy-Weinberg with respect to this locus.
(first estimate your expected counts and then do your Chi-square test)
Observed (O)
89
125
36
Expected (E)
O-E
(O-E)²
(O-E)²/E
Transcribed Image Text:19. You are examining a population of marmots in Yellowstone National Park. Some have black fur and some have a lighter brown. You suspect the same gene that encodes for melanosome density in Labrador retrievers is the cause. You sequence the gene for 250 animals and find only two alleles in the population: BB:89, Bb:125, bb: 36 a. Using the genotype information, calculate the allele frequencies. | b. Test whether this population is likely in Hardy-Weinberg with respect to this locus. (first estimate your expected counts and then do your Chi-square test) Observed (O) 89 125 36 Expected (E) O-E (O-E)² (O-E)²/E
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