hi how to figure this one out since it has to associated to all three of them? Taita thrush is an endangered bird endemic to Kenya. Galbusera and colleagues genotypedTaita thrush individuals from three populations at microsatellite markers. You have amuseum specimen, and you want to determine which population it most likely to camefrom. You determine that the museum specimen is homozygous for two microsatellitealleles (A₁ and B₁). The frequencies of each allele in each population are shown in the tablebelow.PopulationChawiaMbololoAllele A₁0.64710.70630.6204Allele B₁0.29170.18630.4000NgangaoWhat is the probability that your individual comes from each of the three populations?

Answered: Taita thrush is an endangered bird…

Human Anatomy & Physiology (11th Edition)

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Author:Elaine N. Marieb, Katja N. Hoehn

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hi how to figure this one out since it has to associated to all three of them?

Taita thrush is an endangered bird endemic to Kenya. Galbusera and colleagues genotyped
Taita thrush individuals from three populations at microsatellite markers. You have a
museum specimen, and you want to determine which population it most likely to came
from. You determine that the museum specimen is homozygous for two microsatellite
alleles (A₁ and B₁). The frequencies of each allele in each population are shown in the table
below.
Population
Chawia
Mbololo
Allele A₁
0.6471
0.7063
0.6204
Allele B₁
0.2917
0.1863
0.4000
Ngangao
What is the probability that your individual comes from each of the three populations?

Expert Solution

Step 1: Introduce about the Hardy-Weinberg concept

If a population is in the Hardy-Weinberg equilibrium, then the allele and genotype frequencies will remain the same generation after generation in this population, if they follow the criteria of Hardy-Weinberg principle..

To determine the probability that the museum specimen most likely came from each of the three populations, we used the Hardy-Weinberg equilibrium and allele frequencies in each population.

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