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

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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
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 153 times
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.:
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