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• Set A₁A₁ (HbAA) • Set A₁A₂ (HbAS) • Set A₂A₂ (Hbss) Using your simulations as examples, explain why the HbS allele is more common in some parts of the world than others. Include information about the genotypes in your response.

• Set A₁A₁ (HbAA) • Set A₁A₂ (HbAS) • Set A₂A₂ (Hbss) Using your simulations as examples, explain why the HbS allele is more common in some parts of the world than others. Include information about the genotypes in your response.

Human Heredity: Principles and Issues (MindTap Course List)
Human Heredity: Principles and Issues (MindTap Course List)
11th Edition
ISBN:9781305251052
Author:Michael Cummings
Publisher:Michael Cummings
Chapter19: Population Genetics And Human Evolution
Section: Chapter Questions
Problem 9QP: Using the HardyWeinberg Law in Human Genetics Suppose you are monitoring the allelic and genotypic...
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• Set A₁A₁ (HbAA) • Set A₁A₂ (HbAS) • Set A₂A₂ (Hbss) Using your simulations as examples, explain why the HbS allele is more common in some parts of the world than others. Include information about the genotypes in your response.
Transcribed Image Text:• Set A₁A₁ (HbAA) • Set A₁A₂ (HbAS) • Set A₂A₂ (Hbss) Using your simulations as examples, explain why the HbS allele is more common in some parts of the world than others. Include information about the genotypes in your response.
X Population Data Population: Finite N = 200 Frequency A, Allele 0.7- 0.6 0.1 Frequency A₂ Allele 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 -8° 0 Allele Frequency # of Populations 5 # of Generations 200 20 freq A₁ 0.5 T 20 40 GO 60 40 A₁A₁ 0.5 Fitness (w) 80 A₁ A₂ 60 0 A₂A2 Change in A₁ Allele Frequency Over Time 100 Generations Migration 120 80 None 140 100 0 Generations A₁ ==>A₂ 120 160 Change in A₂ Allele Frequency Mutation 0 180 140 A₁ <==A₂ Inbreeding 160 + += 84 (temporarily disabled) 0 F Infinite Population Pop_1 Pop_2 Pop_3 Pop_4 Pop_5 180 Bottleneck Start gen Stop gen Pop Size Info. Growth Rate 1 Populations # with A₁ Fixed=0 # with A₁ Lost = 0 Average # of Generations till Fixation =N/A =N/A (no populations with A₁ fixed) Average # of Generations till loss (no populations with A₁ lost) Infinite Population Pop_1 Pop_2 Pop_3 Pop_4 Pop 5
Transcribed Image Text:X Population Data Population: Finite N = 200 Frequency A, Allele 0.7- 0.6 0.1 Frequency A₂ Allele 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 -8° 0 Allele Frequency # of Populations 5 # of Generations 200 20 freq A₁ 0.5 T 20 40 GO 60 40 A₁A₁ 0.5 Fitness (w) 80 A₁ A₂ 60 0 A₂A2 Change in A₁ Allele Frequency Over Time 100 Generations Migration 120 80 None 140 100 0 Generations A₁ ==>A₂ 120 160 Change in A₂ Allele Frequency Mutation 0 180 140 A₁ <==A₂ Inbreeding 160 + += 84 (temporarily disabled) 0 F Infinite Population Pop_1 Pop_2 Pop_3 Pop_4 Pop_5 180 Bottleneck Start gen Stop gen Pop Size Info. Growth Rate 1 Populations # with A₁ Fixed=0 # with A₁ Lost = 0 Average # of Generations till Fixation =N/A =N/A (no populations with A₁ fixed) Average # of Generations till loss (no populations with A₁ lost) Infinite Population Pop_1 Pop_2 Pop_3 Pop_4 Pop 5
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