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| Description: One generation of random mating produces Hardy–Weinberg equilibrium frequencies for genotypes of autosomal genesOne generation of random mating produces Hardy–Weinberg equilibrium frequencies for genotypes of autosomal genes Population 1 Population 2 A,A,405(o.81) A,A,125(o.25) ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, A,A2 90(0.18) A7142 250(0-50) Two initial populations with differ- AZAZ M A2A2125 0-25 ent frequencies of genotypes and 500(1-00) 500(1-00) of alleles A7 and A2. .. New population A,A, 530(o.53) A, = (0.53) + 1/2(o.34) = 0.70 A,A2 340(0-34) A2 = (0-13) + V2(0-34) = 030 ...unite to form a new population AzAz 130 0-13 with new genotype and allele 1000(1.00) frequencies. ' f mating under A A = p2 = (0_70)2 = 049 One generation 0 ' A:A; = qu = (0.70)“).30) = 042 Hargy—Weinberg assfumptions ' A1A2 = q2 : (0_30)2 = 009 pro uces genotype requencres in W equilibrium. Picture Stats: Views: 47 Filesize: 257.61kB Height: 1131 Width: 1406 Source: https://biology-forums.com/index.php?action=gallery;sa=view;id=48898 |