4. Compute F-statistics and infer genetic differentiation. Flower color of desert snow (Linanthus parryae) is controlled by one locus with two alleles (P and W, forpink and white, respectively). A river divides the area into two regions. Three subpopulations (Demes) weresampled from each region, with genotype frequencies shown by Region and Deme in the table below. 4. Compute F-statistics and infer genetic differentiation.Flower color of desert snow (Linanthus parryae) is controlled by one locus with two alleles (P and W, forpink and white, respectively). A river divides the area into two regions. Three subpopulations (Demes) weresampled from each region, with genotype frequencies shown by Region and Deme in the table below.Compute F_IS, F_SR, F_RT and F_IT, and answer the questions based on your results.E(P_PW) expected PW genotype frequency, p_Deme: allele frequency of the P allele in a deme. _S' and '_R'indicates subscripted subpopulation and region, respectively.RegionDemePPPWp_DemeЕ(P_PW)110.690529 0.2809030.0285674692 0.614506 0.338797 0.046697284130.667076 0.299342 0.03358150124 0.020771 0.2467030.73252575625 0.012541 0.198894 0.78856508626.0.02087 0.247188 0.731941902H_IH_SH_RH_TF_ISF_SRF_RTF_STF_ITIs there much inbreeding within each deme (Yes/No)?Answer:Most of genetic differentiation is observed1. between demes within each region.2. between the two regions.Choose either 1 or 2:Answer:

Answered: Compute F-statistics and infer genetic…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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4. Compute F-statistics and infer genetic differentiation.
Flower color of desert snow (Linanthus parryae) is controlled by one locus with two alleles (P and W, for
pink and white, respectively). A river divides the area into two regions. Three subpopulations (Demes) were
sampled from each region, with genotype frequencies shown by Region and Deme in the table below.