- 1 For Each Of The Following Problems Two Pure Lines With Or Without Recessive Mutant Phenotypes Were Crossed To Each O 1 (43.6 KiB) Viewed 154 times
1. For each of the following problems, two pure lines with or without recessive mutant phenotypes were crossed to each o
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1. For each of the following problems, two pure lines with or without recessive mutant phenotypes were crossed to each o
1. For each of the following problems, two pure lines with or without recessive mutant phenotypes were crossed to each other. One of the F1 individuals was then outcrossed to a tester strain to give the numbers of individuals in the observed classes in the F2. a) Phenotypes of progeny from test cross: WT = 600, a 145, b=140, ab-615 - Circle nonparental (NP) classes above. Genotypes of pure lines: Genotype of F1: Genotype of tester: Genotype for each class: WT a b ab Total progeny: Total Parental (P):_ Total NP: Recombination frequency: Map distance in cM/m.u. :: b) Phenotypes of progeny from test cross: WT-12, a -989, b-993, a b= 10 Circle nonparental (NP) classes above. Genotype of pure lines: Genotype of F1: Genotype of tester: ab a Genotype for each class: WT Total progeny: Recombination Frequency:__ Total P: Total NP: Map distance in cM/m.u.: