Genetic HW Need help. Please step by step，show details. The human MN blood group is determined by two codominant alleles, M and N. Thefollowing data were obtained from five human populations:E4.Genotype Frequencies (%)*PopulationPlaceMMMNNNInuitEast Greenland83.515.60.9Navajo IndiansNew Mexico84.514.41.1FinnsKarajala45.743.111.2Moscow39.944.016.1RussiansAboriginesQueensland2.430.467.2A. Calculate the allele frequencies in these five populations. AnswerB. Which populations appear to be in Hardy-Weinberg equilibrium? AnswerC. Which populations do you think have experienced significant intermixing due to migration? Answer

Name: Genetic HW Need help. Please step by step，show details. The human MN b
Uploaded: 2024-03-20T06:42:55.000Z
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Description: Genetic HW Need help. Please step by step，show details. The human MN blood group is determined by two codominant alleles, M and N. Thefollowing data were obtained from five human populations:E4.Genotype Frequencies (%)*PopulationPlaceMMMNNNInuitEast

Answer of the following questions given below...Answer: A. The following formula is used to calculate allele frequencies in each population: M allele frequency in the Inuit population, = 0.835+(0.156/2) = 0.835 + 0.078 = 0.913 Frequency of N allele, = 0.009 + (0.156/2) = 0.009+0.078 = 0.087 In Navojo Indian population, the frequency of M allele, = 0.845+0.072 = 0.917 The frequency of N allele, = 0.011+0.072 = 0.083 In Finn population, the frequency of M allele, = 0.457+0.2155 = 0.6725 The frequency of N allele, = 0.112+0.2155 = 0.3275 In Russian population, the frequency of M allele, = 0.399+0.22 = 0.619 The frequency of N allele, = 0.161+0.22 = 0.381 In Aborigines, the frequency of M allele is, = 0.024+0.152 = 0.176 The frequency of N allele, = 0.672 +0.152 = 0.824 B. The frequency of M and N alleles is equal in all populations. Likewise, p2+2pq+q2 = 1. As a result, they've all reached Hardy Weinberg's equilibrium. C. Migration has resulted in extensive intermixing of the Finn and Russian populations.